Quotes by TradingView · May be delayed; see provider market status. Directory coverage and documented project or parent-company relationships are distinct. Links open the relevant research.
Independent investment research · AI infrastructure
Follow AI infrastructure. Understand the money.
AI is opening new territory for investors. Fjord Journal explores the projects, companies and capital behind it, grounding each story in documented evidence.
Candidates’ positions on local control, power costs and oversight leave investor effects dependent on enacted rules and implementation.
Investor question Which policy changes could alter project approvals, costs and timelines?
Investor lens Political proposals can affect approvals, capital needs and timelines; party labels alone do not establish project exposure.
Next evidence Enacted rules, regulatory orders, incentive eligibility and project-specific power and permitting commitments.
18 reviewed documents · sources & verification
Published 2026-10-12 · Sources reviewed October 14, 2026 (debate update; baseline source audit October 12)
18 reviewed documents: primary campaign positions, statements from both sides of the federal legislative dispute, Arizona enacted Chapter 140 section 31, and independent reporting. The October 8 Michigan debate update adds two separately published accounts (WSBT and The Collegiate Live) plus Bridge Michigan’s primary event recording. The three additions were reviewed October 14; the original 15-document audit remains dated October 12. The recording is linked for readers but was not treated as a transcript here. Campaign and office claims remain attributed. No endorsements, original interviews, site visits, stock forecasts or claim that a proposed moratorium applies to an existing campus. Four state examples illustrate a national issue; this is not an exhaustive voter guide.
Contextual project exposure: Oracle; Blackstone. No company-specific earnings impact inferred.
Bloomberg Tax, June 15 · See source label; reviewed October 12, 2026Published reporting or reference tracker — Source 13: supports the corresponding numbered references in the article; campaign and office statements establish their authors’ positions, not independent validation of outcomes.
WIRED, October 11 · See source label; reviewed October 12, 2026Published reporting or reference tracker — Source 14: supports the corresponding numbered references in the article; campaign and office statements establish their authors’ positions, not independent validation of outcomes.
The Collegiate Live, Kyle Jackson, October 12, 2026 · Published October 12, 2026; reviewed October 14, 2026Independent student newsroom reporting — Supports the reported sequence and attributed debate remarks: moderator Rick Albin asked Rogers whether a one-year pause was long enough; the account says Rogers favored local choice, data centers covering their power use and property-tax revenue going to surrounding residents. It also reports El-Sayed advocated more public agency in AI and raised The Barn, and that Rogers rebutted the accusation. These are reported candidate claims, not verified policy or findings about the project.
A delivered Blackwell system gives the Poznań project a benchmark record. Its larger campus plans have separate power and commercial milestones.
Investor question How much of the AI Factory is delivered?
Investor lens An operating first phase inside a larger campus plan
Next evidence Installed GPUs, phase power and utilization
Evidence and limits
Project-specific Poznań government records establish the physical host; operator disclosures establish the AI installation; TOP500 supplies a separate benchmark record. DCD is an independent publisher reporting the company announcement, while Puls Biznesu contributes original interview-based investment reporting. Ownership and certification have separate official sources. Corporate filings are context and are not counted as project-specific government evidence. Decision dates are distinguished from undated register publication and later database-import timestamps.
Groundwork and building plans have been approved for the Keflavík addition. Verne’s first-phase target is early 2028.
Investor question How far has Verne’s planned Iceland expansion progressed toward delivery?
Investor lens The 120 MW plan spans three phases; power service and commissioning determine delivery.
Next evidence Construction evidence, phase-specific power and first-phase completion.
Evidence and limits
Eight project and ownership documents: three project-specific approval records, a municipal forum-date record, original Víkurfréttir reporting, and operator/shareholder disclosures. Issuer statements remain attributed. The local report independently covers the presentation but does not verify actual construction or engineering.
DeepGreen pairs 34 underwater compute pods with tidal generation near Eastport. Federal review and city records define its current status.
Investor question What does DeepGreen’s filing establish about its Maine subsea-compute plan?
Investor lens Equipment ratings, a request for study priority and delivered computing describe different project stages.
Next evidence October 19 filing deadline, then any FERC decision and phase-specific feasibility evidence.
Evidence and limits
Six distinct documents: the FERC notice, two separate municipal records, two original Maine Monitor reports and an independently reported Quoddy Tides council account. The two Monitor reports share one newsroom. Government descriptions of the application establish proposed scope, not demonstrated engineering. The complete amended application and an authoritative corporate ownership disclosure were not retrieved.
Investor Field Guide · Ireland / Arizona / New Mexico
Tallaght’s operating heat network, Google’s Mesa energy arrangement and Meta’s Rio Grande water work show three distinct connections—and three different evidence trails.
Investor question What does local integration mean in practice, and what does current evidence establish?
Investor lens Heat delivery, grid-linked energy targets and basin-level water benefits require separate measures.
Next evidence Tallaght storage and phase two; Mesa’s measured hourly result; Los Lunas’ site withdrawals and basin accounting.
FJI Watchlist
Monday, October 19, 2026
FJ Intelligence’s proprietary algorithm analyzes AI infrastructure data across our full tracked company universe. Each week, we share three companies with our readers and explain the developments that brought them into focus.
The three are editorial selections of developments to monitor. Roman numerals show section order, not a numerical ranking.
Track announced plans, construction and operations, with verified delivery clearly distinguished.
Refine resultsLocation · Readiness · Operator+
AI infrastructure project mapExplore locations, readiness and project research
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Project location · numbered circles group projectsPins show approximate locality or campus vicinity; regional cloud projects do not identify individual buildings.
Markers represent approximate city or locality centers, not parcel boundaries. Select a project to read its sourced profile. Basemap: OpenStreetMap. World view includes every mapped project across our current geographic coverage. Use region and country filters to explore individual markets.
Project directory
Go deeper into any project.
Explore the evidence behind each campus, including energy for AI, data center cooling and the path to operating capacity. Use the map filters above to narrow this directory, or open the full collection below.
Readiness reflects reviewed evidence for the strongest documented phase. Operating does not mean every expansion is complete. Existing listings without confirmed service remain unverified. Empty categories have no qualifying projects.
Six projects to understand the investment landscape.
Our AI infrastructure analysis examines data center investment across different geographies and delivery stages. These six projects highlight data center financing, data center power demand and delivery risk—not a ranking of investment recommendations.
Turn project evidence into a clearer investment picture.
Use our data center project tracker to compare documented stages, capacity and upcoming milestones. Research AI infrastructure companies and the project exposure behind AI infrastructure stocks, with sources and unknowns kept visible.
Nearly 500 MW utility agreement; planned eight 40 MW IT buildings, not operating load
Named companies
Compass Datacenters; Corderill; Mississippi Power
Next milestone
End-2026 first-building target
Reviewed
October 7, 2026
Approximate locality marker. Construction-stage classification does not mean every planned phase is permitted, energized or serving customers.
Investment takeaway
Compass offers a private wholesale-development route into Mississippi compute demand. A long-term utility agreement and reporting of work on the first two buildings support construction-stage coverage. These milestones do not establish occupied capacity or investment returns.
Site and development scope
The campus is in Meridian’s I-20/59 Industrial Park, Lauderdale County. Plans describe eight single-tenant buildings developed over eight years. Use a locality marker near Meridian rather than an exact parcel centroid.
Power and capacity
Mississippi Power says it signed a nearly 500 MW long-term agreement. Separately, Compass told DCD each planned building would provide 40 MW of IT capacity. Utility service capacity and IT capacity are different measures; neither is verified operating load.
Capital and financing
The announced $10 billion investment includes future tenants’ IT equipment and full campus fitout. It is not Compass-only construction spending. Project-specific financing commitments, loan closure, lease economics and expected returns were not established.
Demand and customer evidence
MDA announced Corderill LLC as a tenant on April 22, 2026, with at least $100 million planned equipment investment and 20 jobs. This supports an identified tenant role, but does not establish computing delivery, an ultimate hyperscaler customer or customer equipment installed.
Company economic roles
Compass develops and operates single-tenant campuses; Corderill is an announced tenant and equipment investor. Mississippi Power provides utility service. State and local bodies support incentives and site infrastructure. No project-specific GPU or other vendor contracts were established.
Milestones and readiness
The project was announced January 9, 2025; WTOK covered the January 28 groundbreaking. July 21, 2026 reporting described work on the first two buildings and a first-building target near year-end 2026. Classify construction underway; the target is not completion or occupancy evidence.
Government evidence
MDA’s April 22, 2026 record says Corderill’s incentive was approved based on expected employment. Incentive certification does not establish construction completion. Campus building and environmental permit identifiers, legal applicants and utility docket conditions were not established in this audit.
Risks and unknowns
Phased customer demand, tenant fitout, utility commissioning, construction labor and equipment delivery can alter the schedule. Contract quantities delivered, tariff obligations, signed leases, occupancy and project financing remain insufficiently disclosed.
What would change the assessment
A verified occupancy or commissioning record, delivered utility service, disclosed customer activation and project financing would strengthen readiness. An amended service arrangement, construction delay or evidence of reduced tenant demand would warrant reassessment.
Coverage and scope
Adds private wholesale operator diversity in Mississippi beyond AWS. One Compass Meridian campus; first two buildings under construction, later buildings remain planned.
Financial significance and assumptions
The announced $10 billion investment includes future tenants’ IT equipment and full campus fitout. It is not Compass-only construction spending. Project-specific financing commitments, loan closure, lease economics and expected returns were not established.
Our analysis: construction can precede customer billing and cash returns. No utilization, pricing, margin or project earnings model is assumed. Investment plans, financing facilities and money spent are different quantities.
Listed company connections
SO: Mississippi Power utility parent; service economics are not campus compute revenue.
Government record audit
Mississippi Development Authority · Record / evidence ↗. Reviewed October 7, 2026.
Identifier
not established
Record type
Tenant incentive announcement
Applicant / entity
Corderill LLC
Filed
not established
Decision
not separately established
Status
Incentive approval reported by MDA
Phase scope
Tenant equipment investment and employment incentive, not whole-campus permit
Conditions / limits
Employment expectation; full incentive instrument not retrieved. Campus permit identifiers not established.
Source basis and claim audit
6 distinct reviewed documents. Primary evidence and independent reporting are identified below; syndicated releases count once. Sources establish only the stated claim, not whole-campus completion.
Mississippi Power ↗ · Primary evidence. Published not displayed; event not separately established; reviewed October 7, 2026.
Signed nearly 500MW long-term agreement; eight buildings/eight years; investment includes tenant IT; industrial-park substation and water/sewer/site grants described. Agreement terms, commissioning dates, full campus energization not disclosed.
Corderill LLC announced as tenant, ≥$100M planned data equipment investment, ≥20 jobs. MDA approved Data Center Incentive conditional on expected employment. No GPU/hyperscaler ultimate customer identity or operational delivery established; do not guess Corderill's ultimate owner.
DatacenterDynamics ↗ · Independent reporting. Published 2025-02-04; event not separately established; reviewed October 7, 2026.
Compass told DCD each planned building 250,000 sqft/40MW IT. Eight-building construction plan, $10B total includes tenant equipment. This is company-reported plan, not installed computing.
WTOK ↗ · Independent reporting. Published 2025-01-28; event not separately established; reviewed October 7, 2026.
Onsite groundbreaking, site near interstate corridors next to Southern Pipe and Supply; single-tenant developer model explained by Compass VP.
WTOK ↗ · Independent reporting. Published 2026-07-21; event not separately established; reviewed October 7, 2026.
Work begun first two buildings; first building anticipated end2026 (reported target ONLY); construction onsite, count attributed local release >1050 workers. No operation/occupancy certificate.
116 MW Phase 1 planned power; 1,036 MW marketing envelope unverified as committed or energized
Named companies
AVAIO Digital; Entergy Mississippi; Yates Construction
Next milestone
Dated structural progress, phase-specific utility delivery and customer acceptance; August 2027 issuer occupancy target
Reviewed
October 7, 2026
Approximate locality marker. Construction-stage classification does not mean every planned phase is permitted, energized or serving customers.
Investment takeaway
Taurus has moved beyond announcement through an executed electric-service agreement and company-reported sitework with a named contractor. Its changing occupancy target and enlarged capacity marketing warrant phase-specific treatment rather than treating the entire campus as ready.
Delivery commitments and dated checkpoints
Scoped source review · October 16, 2026. Earlier full-profile dates remain recorded; business events retain their actual dates.
Dated physical checkpoint
The Clarion Ledger’s October 11, 2026 report, reviewed through its accessible AOL syndication, describes a September 24 site visit at Taurus in Brandon. The reporter observed clearing and machinery but no structures. This is a dated, attributed physical observation—not a finding that underground work was absent, construction had stopped, the project was cancelled or the site remains unchanged today. The article reported no company response to its requests at publication. (Mississippi Clarion Ledger / Bea Anhuci, accessible AOL syndication)
Plan versus actual
AVAIO’s September 10, 2025 release announced sitework, Yates Construction and an August electric-service agreement. It forecast first-half 2027 occupancy and Phase 1 completion/energization. The undated live project page now presents August 2027 first occupancy. Preserve both dated targets and their different wording; no exact delay in days is established. Neither source proves accepted service or current delivered capacity. (AVAIO Digital; AVAIO Digital)
Investor read-through and next checkpoint
Our analysis: the useful next checkpoint is visible structural progress accompanied by phase-specific utility delivery and customer acceptance, not another groundbreaking label. Incentive support in the governor’s announcement does not certify all campus permits. Rankin First’s service-agreement approval statement remains attributed because the MPSC order was not retrieved. Keep planned power separate from operating IT load, and announced investment separate from paid construction costs. (Office of Governor Tate Reeves; Rankin First)
AVAIO identifies a 329-acre site at East Metropolitan Center in Brandon, Rankin County. The initial announcement described 175 acres; DCD explicitly identified the discrepancy and sought clarification. The current 329-acre figure remains attributed to AVAIO.
Power basis
AVAIO says an Entergy Mississippi ESA was executed in August 2025. Its construction release specified 116 MW of Phase 1 power capacity, not independently verified IT capacity. The current page advertises a 1,036 MW long-term baseload envelope including 536 MW grid and 500 MW behind-the-meter supply; this is not verified energized or fully committed capacity.
Capital and financing
Promoters describe an initial $6 billion investment. No project-level financing close, lender terms, customer lease value or earnings contribution was established. The announced amount should remain an investment plan rather than money proven spent.
Demand and economic roles
AVAIO is the private developer, owner and operator; Yates Construction is the named general contractor; Entergy Mississippi is the utility. MDA provides incentive support and Rankin First supports the industrial site. Named customers, GPU vendors and contracted customer MW were not established.
Construction milestones
Strongest documented phase only; no whole-campus completion inferred. Company-reported sitework; September 24, 2026 local visit found clearing but no structures; August 2027 occupancy target
Government and utility record limits
The governor’s announcement records MDA tax-exemption approval. Rankin First’s detailed FAQ says the Entergy agreement was approved by MPSC and assigns interconnection costs to the customer. The MPSC order, docket identifier, approval date and full conditions were not retrieved; attribute that claim to Rankin First.
Water and community considerations
AVAIO describes water infrastructure, sewer extension work and recycled-water options. Rankin First distinguishes non-evaporative Phase 1 cooling from possible graywater use in future phases. WLBT’s original document-based reporting records Brandon residents’ clearing, grading and drainage concerns; those concerns do not establish a permit violation.
Risks and unknowns
Customer demand, financing, electric delivery, later behind-the-meter generation approvals and drainage conditions remain material uncertainties. Campus building and air permit identifiers were not established. Company-reported sitework supports construction-stage coverage, not a finding that every phase is fully permitted.
What would change the assessment
Retrieved permits and the MPSC order, measurable building progress, disclosed signed customer commitments and actual energization would strengthen the assessment. Further timetable changes, financing gaps or unresolved generation and water conditions would weaken it.
Coverage and scope
Adds distinct private Taurus development and utility-service execution in Mississippi. One Taurus campus at East Metropolitan Center; Phase 1 sitework does not establish approval of later generation.
Financial significance and assumptions
Promoters describe an initial $6 billion investment. No project-level financing close, lender terms, customer lease value or earnings contribution was established. The announced amount should remain an investment plan rather than money proven spent.
Our analysis: construction can precede customer billing and cash returns. No utilization, pricing, margin or project earnings model is assumed. Investment plans, financing facilities and money spent are different quantities.
Listed company connections
ETR: Utility parent; executed service agreement reported by AVAIO, delivered capacity and earnings unverified.
Government record audit
Mississippi Public Service Commission · Record / evidence ↗. Reviewed October 7, 2026.
Identifier
not established
Record type
Utility service agreement approval claimed by Rankin First
Applicant / entity
not established
Filed
not established
Decision
not established
Status
Company-reported sitework; September 24, 2026 local visit found clearing but no structures; August 2027 occupancy target
Phase scope
Entergy Phase 1 service agreement, not whole-campus generation approval
Conditions / limits
Order, legal applicant and conditions not verified.
Source basis and claim audit
7 distinct reviewed documents. Primary evidence and independent reporting are identified below; syndicated releases count once. Sources establish only the stated claim, not whole-campus completion.
AVAIO Digital ↗ · Primary evidence. Published 2025-09-10; event not separately established; reviewed October 7, 2026.
Sitework underway, Entergy ESA executed August2025, Yates Construction GC; 329 acres, Phase1 >600k sqft/116MW power; historical H1 2027 delivery target.
AVAIO Digital ↗ · Primary evidence. Published undated live page; event not separately established; reviewed October 7, 2026.
First occupancy now August2027,329acres; executed ESA for 2027; company says zoned; sewer extension underway and recycled water option; enlarged long-term power figures. No proof later generation/BTM permits/financing. Don't retain obsolete H1 target as current.
Office of Governor Tate Reeves ↗ · Government record. Published 2025-08-19; event not separately established; reviewed October 7, 2026.
MDA Data Center Enterprises tax exemption approval/site grants and Entergy participation. Incentive is not construction completion. Confirm exact date header if displaying (search reports Aug19; initial OPEN excerpt omitted header).
City of Brandon ↗ · Government record. Published 2025-08-22; event not separately established; reviewed October 7, 2026.
City confirms operator/site/AI-ready plan but historical175acres; promotions/quotes overlap initial release, don't count same shared statements as independent corroboration.
DatacenterDynamics ↗ · Independent reporting. Published 2025-09-13; event not separately established; reviewed October 7, 2026.
Specialist reporting of sitework/Yates and independent editorial identification of175vs329-acre discrepancy; sought clarification. Underlying sitework claim company-reported, not reporter onsite.
Rankin First ↗ · Primary evidence. Published undated live FAQ; event not separately established; reviewed October 7, 2026.
Distinct substantive local project disclosure: Phase1 draws116MW; says Entergy agreement MPSC approved/customer pays interconnection; building-permit process still applies; power, cooling and fiscal terms described. MPSC docket/date/order NOT independently retrieved. Attribute claimed approval to Rankin First; no docket invented. Closed-loop Phase1 and graywater future phases; marketing household comparisons/savings not independently established.
WLBT ↗ · Independent reporting. Published 2026-07-29; event not separately established; reviewed October 7, 2026.
Obtained consultant documents via records request; Brandon residents raised clearing/grading/drainage concerns. Does not imply Jackson moratorium applies Brandon. Distinct original local scrutiny; only Brandon-specific facts useful here.
Dated physical observation. In its October 11, 2026 report, the Clarion Ledger describes a September 24 visit that found clearing and machinery but no structures. This is the reporter’s dated observation, not an FJ site visit or proof of a halt, absent underground work or the site’s current condition. Mississippi Clarion Ledger / Bea Anhuci, accessible AOL syndication · 2026-10-11
Earlier delivery target. AVAIO’s September 10, 2025 release forecast first-half 2027 occupancy and Phase 1 completion/energization, naming Yates Construction and reporting an August electric-service agreement. These were issuer forecasts, not actual acceptance. AVAIO Digital · 2025-09-10
Current published target. AVAIO’s undated project page, checked October 16, 2026, forecasts first occupancy in August 2027. The page revision date is unknown. This target differs from the earlier wording; no precise delay or missed delivery date is established. AVAIO Digital · publication date unavailable
Official scope. The August 19, 2025 governor’s announcement establishes project-specific MDA incentive support, not all construction/environmental permits or power acceptance. Office of Governor Tate Reeves · 2025-08-19
Power-record limit. Rankin First says MPSC approved the Entergy service agreement. This remains attributed to the development body: the controlling order, approval date and conditions were not retrieved. Rankin First · publication date unavailable
Amazon Web Services; NorthPoint; PECO; Morrisville Municipal Authority
Next milestone
Q4 2026 initial-sections company target
Reviewed
October 7, 2026
Approximate locality marker. Construction-stage classification does not mean every planned phase is permitted, energized or serving customers.
Investment takeaway
AWS Falls Township combines industrial-site reuse, local approval and documented construction with phase-specific environmental approvals. It is distinct from the nuclear-adjacent Susquehanna campus. Later generator review and statewide permitting changes remain relevant delivery risks.
Location and scope
DEP identifies the campus at 600 Ben Fairless Drive, Falls Township, Bucks County, within the Keystone Trade Center redevelopment. Local planning described roughly 247 acres, ten structures and more than two million square feet. Later reports vary in geometry; avoid asserting an exact final building count without the adopted plan.
Power arrangements
AWS told local reporting the campus would use PECO service and fund required infrastructure upgrades. A PECO representative described a take-or-pay arrangement and June 2026 energization of the initial connection. This does not establish all-campus energization or delivered computing capacity; contracted campus MW was not verified.
Capital and financial significance
Amazon’s June 9, 2025 announcement concerns at least $20 billion across Pennsylvania campuses. It cannot be allocated wholly or equally to Falls Township. NorthPoint’s broader industrial redevelopment costs likewise are not AWS-campus capital spending. Project earnings and construction spending remain undisclosed.
Economic roles and customers
Amazon/AWS is the campus operator and computing provider; NorthPoint is the site developer; PECO provides grid service. Williams is associated with a gas-meter station for backup generators, not verified baseload generation. Morrisville Municipal Authority supplies water and wastewater infrastructure. Customer identities and equipment vendor contracts were not established.
Issued permits and documentary scope
DEP’s live dossier records July 2025 Air Quality Plan Approval 09-0261 to Amazon Data Services, Inc., a November modification and August 2025 NPDES permit PAD090088 A-3. These are agency-summary verified milestones; underlying PDF retrieval failed. Exact issuance days and full permit conditions were not audited.
Later application and regulatory risk
DEP records an April 2026 application, 09-0261A, for 280 natural-gas and three diesel backup engines. Its dossier documents a July 18–August 17 comment period. August 20 independent reporting said review continued after removal from fast-track permitting. A final approval was not established; generator capacity is not IT load.
Construction and delivery milestones
Construction is confirmed by township and independent reporting. Local July 2026 reporting attributed a Q4 2026 first-sections operating target to AWS. Initial grid-connection energization does not prove customer service; classify construction underway and treat commissioning targets as unverified.
Risks and unknowns
Additional approvals, environmental conditions, public opposition, grid economics, brownfield obligations and phased customer demand can affect delivery. Whole-campus power quantity, operational IT load, occupancy and financing detail remain unknown. Statewide rule changes do not by themselves prove this campus cancelled.
What would change the assessment
A final 09-0261A decision and conditions, occupancy and commissioning evidence, and actual customer service would strengthen readiness. Permit restrictions, utility amendments or a verified delay would prompt reassessment. Keep nuclear-power claims confined to the separate Susquehanna project.
Coverage and scope
Adds southeastern Pennsylvania industrial redevelopment beyond Susquehanna and Lancaster. 600 Ben Fairless Drive / Keystone Trade Center; separate from Susquehanna nuclear-adjacent campus.
Financial significance and assumptions
Amazon’s June 9, 2025 announcement concerns at least $20 billion across Pennsylvania campuses. It cannot be allocated wholly or equally to Falls Township. NorthPoint’s broader industrial redevelopment costs likewise are not AWS-campus capital spending. Project earnings and construction spending remain undisclosed.
Our analysis: construction can precede customer billing and cash returns. No utilization, pricing, margin or project earnings model is assumed. Investment plans, financing facilities and money spent are different quantities.
Listed company connections
AMZN: AWS operator and compute provider; statewide $20 billion pledge is not campus-specific capex.
EXC: PECO utility parent; initial connection is not delivered computing or quantified earnings.
Agency summary verified; underlying permit PDFs inaccessible. Exact issuance day and full conditions not established.
Source basis and claim audit
6 distinct reviewed documents. Primary evidence and independent reporting are identified below; syndicated releases count once. Sources establish only the stated claim, not whole-campus completion.
Amazon ↗ · Primary evidence. Published 2025-06-09; event not separately established; reviewed October 7, 2026.
$20B statewide investment for Falls/Salem and additional locations; company/customer AWS; do not allocate capital equally or to one campus.
Construction600 Ben Fairless; township March2025 approval; July2025 issued Air Plan Approval09-0261 to Amazon Data Services,Inc.; August2025 issued NPDES PAD090088 A-3; Nov2025 modification09-0261. April2026 application09-0261A280gas+3diesel backup units, public comment July18-Aug17. Later approval NOT established. Generator permit≠ITload or full campus completion. PDF links click unavailable; disclose summary-level agency verification only, exact issuance days and conditions not established.
Application09-0261A and backup-only use; confirms government hearing and proposed status. Distinct document but same agency not independent corroboration.
Falls Township ↗ · Government record. Published not established; event not separately established; reviewed October 7, 2026.
Approved modified digital campus plan247acres10structures>2M sqft; NorthPoint developer; PECO design coordination attributed developer. Header date omitted excerpt; exact approval March2025 supported DEP, no exact day invented. $1.5B/$40-45M figures relate overall NorthPoint industrial redevelopment NOT AWS campus.
LevittownNow ↗ · Independent reporting. Published 2026-07-15; event not separately established; reviewed October 7, 2026.
AWS says PECO sourced/upgrades funded AWS; PECO representative take-or-pay arrangement, June initial connection energization, studies; Williams gas meter station for backup engines; phased demand-dependent campus construction and Q4 2026 first sections target. Choose ~200word aggregate attributed content maximum. Power_connection energization not customer compute delivery. Some geometry/building figures differ other documents; don't assert exact final campus structures without adopted plan.
Philadelphia Inquirer ↗ · Independent reporting. Published 2026-08-20; event not separately established; reviewed October 7, 2026.
(turn21view5), accessible full text. DEP spokesperson said latest generators still reviewed and1236comments received; Shapiro removed data centers from fast-track Aug18; phase approvals distinguished. Governor executive-order text not separately opened, so attribute regulatory effect/report; no inference campus prohibited/cancelled. No final generator decision retrieved.
26 MW company-planned campus capacity; delivered IT load unverified
Named companies
Bell / BCE; TRU Community Trust; TrueNorth; Hillside Data Centre; iTel
Next milestone
Late 2027 university completion target
Reviewed
October 7, 2026
Approximate locality marker. Construction-stage classification does not mean every planned phase is permitted, energized or serving customers.
Investment takeaway
Physical construction and a university anchor make this more concrete than a sovereign-AI pledge. Investment relevance comes through BCE's compute platform, with commercial utilization and power economics still unquantified.
Campus boundary
One distinct McGill Road campus. Excludes nearby Equinix KA1, operating Bell Mission Flats and an unfinalized second TRU proposal.
Power and readiness
Planned hydroelectric infrastructure; no verified energization or campus-specific binding power contract. Closed-loop cooling design does not mean zero energy demand.
Demand and customers
CFJC reports university statement that approximately half the computing capacity supports academic research and the remainder enterprise services; this is not verified contracted utilization.
Milestones
City permit issuance February 13, 2026; university construction announcement April 9; independent construction reporting June 4; late 2027 completion remains target.
Risks
Schedule, cooling electricity demand, commercial customer conversion, unquantified capital/returns, local opposition and uncompleted heat-reuse integration.
Project capex and financing terms; supplier contracts; power tariff/service commitment; delivered IT MW; occupancy and delivery date. Network-wide Groq relationship is not a campus-specific hardware contract.
Coverage and scope
Adds a distinct purpose-built sovereign AI campus in interior British Columbia. 1452 McGill Road Hillside campus; excludes operating Mission Flats, Equinix KA1 and unfinalized second TRU proposal.
Financial significance and assumptions
BCE/Bell is operator and AI platform provider; TRU Property Trust is landlord and academic partner; TrueNorth Sustainable Infrastructure Inc is lead developer per TRU. Castanet identifies Hillside Data Centre Inc as lessee/developer and iTel as partner. Corporate relationship between developer entities is not independently established. No contract value, standalone financing close, project earnings or return verified.
Our analysis: construction can precede customer billing and cash returns. No utilization, pricing, margin or project earnings model is assumed. Investment plans, financing facilities and money spent are different quantities.
Listed company connections
BCE: Bell operator and AI platform provider; campus returns and capital costs unquantified.
Property information report listing development application and commercial building permit
Applicant / entity
Hillside Data Centre; legal parcel PL EPP58422 LT 1 SEC 1 TWP 20 RGE 18 MER 6; PID 029-892-163
Filed
2025-10-22
Decision
2026-02-13
Status
B-COMMERCIAL permit issued; no occupancy status established
Phase scope
1452 McGill Road / Hillside Data Centre
Conditions / limits
Underlying permit conditions not retrieved; report is not a survey or completion certificate.
Source basis and claim audit
7 distinct reviewed documents. Primary evidence and independent reporting are identified below; syndicated releases count once. Sources establish only the stated claim, not whole-campus completion.
City of Kamloops ↗ · Government property/permit record. Published 2026-09-24; event 2026-02-13; reviewed October 7, 2026.
Lists DPM01081 Hillside Data Centre and BP054664 B-COMMERCIAL application 2025-10-22 issued 2026-02-13. Does not establish occupancy or energization.
Construction underway at 1452 McGill Road, final university design review completed, TrueNorth named lead developer, late2027 completion anticipated; future heat reuse capability.
Castanet / Josh Dawson ↗ · Independent original local reporting/interviews. Published 2026-05-12; event not separately established; reviewed October 7, 2026.
TRU-owned property leased to Hillside Data Centre Inc, Bell operating partnership; university interviews discuss closed-loop cooling, energy use and incomplete future heat reuse; second TRU facility not yet formally discussed.
CFJC / Victor Kaisar ↗ · Independent original reporting/site photos/interviews. Published 2026-06-04; event 2026-06-04; reviewed October 7, 2026.
Construction underway; university reports 30000-square-foot AI compute facility and approximate half academic capacity, remainder enterprise services.
Bell ↗ · Current company campus footprint. Published date not established; event not separately established; reviewed October 7, 2026.
Hillside AI Centre at TRU explicitly 26MW planned and hydroelectric-powered; not delivered load or independent power verification.
Bell ↗ · Historical company disclosure. Published 2025-05-28; event 2025-05-28; reviewed October 7, 2026.
Academic training/inference partnership; initial 2026 TRU timing superseded. Groq relationship is network-wide and not verified hardware allocation at this campus.
DatacenterDynamics / Dan Swinhoe ↗ · Specialist reporting largely following TRU disclosure. Published 2026-04-14; event not separately established; reviewed October 7, 2026.
Summarizes construction/late2027 target, distinguishes nearby Equinix site. Not additional independent proof of construction.
300 MW initial grid-supplied plan; additional up to 900 MW nonbinding generation proposal separate
Named companies
Bell / BCE; Cerebras; CoreWeave; SaskPower; SaskTel; Bird Construction
Next milestone
Next BCE financial disclosure for dated Sherwood spending and tenant receipts; phase-specific power delivery and first-hall acceptance against H1 2027 target
Reviewed
October 7, 2026
Approximate locality marker. Construction-stage classification does not mean every planned phase is permitted, energized or serving customers.
Investment takeaway
Verified ongoing construction, named compute tenants and a quantified Bell capex plan make this a consequential sovereign AI build. Cash returns depend on delivery, tenant ramp and grid economics; the uncommitted1.2GW vision should not drive readiness.
Campus boundary
One300MW RM Sherwood campus; potential900MW expansion retained only as conditional context and not a separate counted project.
Power and readiness
Original300MW project grid-supplied according to IAAC. Substation construction scope identified; no delivered customer service established. Proposed expansion uses partner natural-gas power under non-binding MOU.
Capital and financing
Company plans debt and cash financing for C$1.7bn initial construction. No standalone financing close established. Leverage-neutral claim is management expectation on run-rate adjusted EBITDA.
Milestones
DP26-005 municipal development agreement approval reported April20; work begun April21 per local reporting; IAAC June5 designation unavailable because activity substantially begun; structural shells October1; H12027 first-hall target.
Risks
Municipal drainage/acoustic/aquifer conditions, community opposition, commissioning and cooling/power delivery, capex and debt exposure, tenant economics. Conditional expansion requires customer/commercial commitments, permits and assessments.
What would change the assessment
Energization and first-hall commissioning, public service terms, actual tenant utilization and capex disclosure, verified compliance with development agreement conditions.
Unknowns
Operating IT load, occupancy authorizations, detailed power contract/tariff, tenant lease economics, phase completion, financing close and expansion permits. IAAC not-designated status is not environmental approval.
Coverage and scope
Adds Saskatchewan sovereign AI delivery and a new Canadian provincial location. One Sherwood campus, initial 300 MW scope; nonbinding generation expansion is not a second project.
Financial significance and assumptions
BCE/Bell direct campus/platform operator; CoreWeave and Cerebras tenants per Bell announcement (do not infer lease value/terms). Bird Construction TSX BDT lead construction partner, contract value undisclosed; SaskTel fibre and go-to-market partner. NVIDIA GPU exposure is through CoreWeave's stated compute, not an independently verified Bell procurement contract. George Gordon First Nation land/procurement/workforce relationship. C$50bn-plus refers potential expanded ecosystem including customer hardware and generation, not current Bell capex.
Our analysis: construction can precede customer billing and cash returns. No utilization, pricing, margin or project earnings model is assumed. Investment plans, financing facilities and money spent are different quantities.
Listed company connections
BDT: Named lead construction partner; contract value, project margin and realized earnings undisclosed.
BCE: Operator and planned C$1.7 billion construction investor; expansion headline includes other participants.
CRWV: Named compute tenant; contracted pricing and campus revenue undisclosed.
Notice establishes permitted Light Industry use and planned April20 agreement review; actual council approval verified in independent reporting only
Phase scope
NW33 16 19 W2M, initial300MW campus
Conditions / limits
Notice references Zoning Bylaw18/17 Section8.1.2 and applicant executive summary; full adopted agreement not inspected.
Impact Assessment Agency of Canada · Record / evidence ↗. Reviewed October 7, 2026.
Identifier
90514
Record type
Request for designation determination
Applicant / entity
Bell Canada
Filed
2026-05-08 and 2026-05-15 requests
Decision
2026-06-05
Status
Request for designation not applicable: activity substantially begun
Phase scope
Bell Canada300MW industrial AI campus,65-hectare agricultural site, grid supplied
Conditions / limits
Not an environmental approval or determination of no impacts. Linked response document failed retrieval; public registry summary accessible.
Source basis and claim audit
8 distinct reviewed documents. Primary evidence and independent reporting are identified below; syndicated releases count once. Sources establish only the stated claim, not whole-campus completion.
Bell ↗ · Original company disclosure. Published 2026-03-16; event 2026-03-16; reviewed October 7, 2026.
300MW campus, Cerebras/CoreWeave tenants, SaskTel fibre/market partnership, C$1.7bn construction capex plan financed debt/cash, first hall H12027 target; no actual returns inferred.
RM of Sherwood ↗ · Municipal primary notice. Published 2026-04-02; event 2026-04-02; reviewed October 7, 2026.
DP26-005 location/legal use and scheduled development agreement review, not itself adopted approval.
Impact Assessment Agency of Canada ↗ · Federal primary determination registry. Published 2026-06-05; event 2026-06-05; reviewed October 7, 2026.
CKRM / Martin Oldhues ↗ · Independent original council reporting. Published 2026-04-20; event 2026-04-20; reviewed October 7, 2026.
Council unanimously approved development agreement;16 conditions including drainage, acoustic testing and record drawings, permit suspension possible for unaddressed off-site impacts; protests and consultation concerns.
Bell and Bird Construction ↗ · Joint primary company disclosure. Published 2026-05-14; event 2026-05-14; reviewed October 7, 2026.
Bird lead construction partner, ATAL architect, George Gordon site services, first phase H12027; Bird mirror same release not extra source.
Government of Saskatchewan ↗ · Primary government construction-site update. Published 2026-10-01; event 2026-10-01; reviewed October 7, 2026.
Four first-phase shells taking shape, preparation for interior fitout,500-plus workers; Dynamo Electric substation scope; first hall H12027 target, not operational.
Company construction progress statement and expansion announcement; government says300MW grid plus potential900MW BYOP. Not proof financing or expansion completion.
Bell ↗ · Primary expansion disclosure. Published 2026-09-14; event 2026-09-14; reviewed October 7, 2026.
Explicitly NON-BINDING MOU for up to900MW additional natural-gas partner generation; phased development subject to customers, commercial agreements, permits, approvals and assessments.
Scoped review · October 16, 2026. Financial disclosures retain their August dates; this is historical research enrichment.
BCE’s August 2026 report put Sherwood expenditure and related cash outflows at about C$150 million to date, without a separate cutoff. The development plan was about C$1.7 billion, including C$1.3 billion expected in 2026. These are different measures, not a completion ratio or proof of financing closure. BCE · 2026-08-06
On August 6, BCE’s CFO put Q2 tenant prepayments at slightly under C$100 million within an approximately C$400 million package. He classified the receipts in working capital and free cash flow. The exact amount, payer and site revenue were not established. BCE · 2026-08-06
Saskatchewan’s October 1 update described four first-phase shells under construction and retained an H1 2027 first-hall target. It did not establish energized IT load or customer acceptance. Government of Saskatchewan · 2026-10-01
CKRM’s September 15 reporting says the proposed expansion requires new development approval. This does not establish operating capacity or independently verify BCE’s cash figures. 620CKRM / Martin Oldhues · 2026-09-15
Investor takeaway: Compare future dated spending, receipts and accepted service against the plan. The prepayment package is not extra construction spending, and the figures cannot be added together. The initial 300 MW grid plan remains separate from the conditional, nonbinding proposal for up to 900 MW of generation.
Kao Data; Harlow Operations Limited; Nebius; Infratil; Shell Energy; Downing
Next milestone
Early 2027 KLON-03 capacity target
Reviewed
October 7, 2026
Approximate locality marker. Construction-stage classification does not mean every planned phase is permitted, energized or serving customers.
Investment takeaway
A contracted AI expansion at an established UK campus, supported by construction evidence and a project-specific environmental decision, offers a more tangible delivery case than speculative UK greenfield announcements. Listed exposure differs sharply: Nebius pays for compute hosting; Infratil participates through ownership; Shell supplies electricity.
Power and readiness
The existing campus supply and renewed Shell electricity arrangement are documented. Downing plans a private-wire solar project supplying up to 40 MW; neither the solar announcement nor annual renewable certificates proves continuous carbon-free electricity or new phase grid headroom. The environmental permit covers emergency generators, not IT commissioning.
Capital and financing
Infratil reports construction progressing and materially all operating and under-construction capacity contracted at year-end. No KLON-03-specific debt amount, lease pricing or return is disclosed. Nebius’s £1.7 billion UK program is a national allocation, not Harlow capex. Kao-wide revenue and EBITDA must not be assigned to this campus.
Company economic roles
Kao Data develops and operates the campus. Harlow Operations Limited is the permit operator. Nebius (NBIS) is the contracted AI cloud customer; Infratil (IFT) is a listed investor; Shell (SHEL) is the electricity supply counterparty; Downing is the prospective solar developer. NVIDIA-ready design is not a verified GPU procurement contract.
Milestones
KLON-03 was announced March 12, 2025. Downing disclosed the solar arrangement November 18, 2025. Infratil’s May 26, 2026 results reported construction progressing and capacity from early 2027. The Environment Agency granted its variation June 3, 2026; the Nebius agreement followed June 8. Shell signed its renewed agreement July 1 (published July 2).
Risks
Commissioning and cooling delivery, tenant ramp and concentration, electricity tariffs and prospective solar permitting remain material. Historical campus design totals differ from the current operator profile; use phase-specific figures and retain that discrepancy.
What would change the assessment
Verified ready-for-service and energized customer delivery would strengthen the assessment. A revised customer agreement, delayed power or cooling commissioning, or new backup-operating restrictions would weaken it.
Unknowns
The exact Nebius allocation between KLON-02 and KLON-03, GPU delivery date, Harlow revenue and EBITDA, lease economics, actual utilization, solar PPA terms and commissioning, and phase-specific grid capacity are not established.
Coverage and scope
Begins U.K. coverage through a documented AI expansion at an established campus. One Harlow campus; KLON-03 construction readiness, earlier buildings operational, no duplicate phase entry.
Financial significance and assumptions
Infratil reports construction progressing and materially all operating and under-construction capacity contracted at year-end. No KLON-03-specific debt amount, lease pricing or return is disclosed. Nebius’s £1.7 billion UK program is a national allocation, not Harlow capex. Kao-wide revenue and EBITDA must not be assigned to this campus.
Our analysis: construction can precede customer billing and cash returns. No utilization, pricing, margin or project earnings model is assumed. Investment plans, financing facilities and money spent are different quantities.
Listed company connections
NBIS: Contracted AI customer; campus hosting costs differ from Nebius revenue.
IFT: Listed investor in Kao; owner-wide results cannot be assigned to KLON-03.
SHEL: Electricity supply counterparty; contract value and campus earnings undisclosed.
Routine monthly readiness tests on weekdays between 9 a.m. and 5 p.m.; air emission and performance monitoring and reporting. Read the decision with the full permit. Covers emergency combustion plant, not computing commissioning.
Source basis and claim audit
7 distinct reviewed documents. Primary evidence and independent reporting are identified below; syndicated releases count once. Sources establish only the stated claim, not whole-campus completion.
Kao Data ↗ · Company disclosure. Published 2025-03-12; event 2025-03-12; reviewed October 7, 2026.
KLON-03 construction announcement: 17.6 MW planned AI capacity, hybrid direct-to-chip cooling and up to 130 kW racks are company design claims.
Infratil ↗ · Listed owner results. Published 2026-05-26; event 2026-05-26; reviewed October 7, 2026.
FY26 presentation, PDF page 24 (printed 19): KLON-03 construction progressing; capacity expected from early 2027. Materially all operating and under-construction capacity was contracted at year-end. Revenue £48 million and EBITDAF £4.7 million are Kao-wide figures.
Environment Agency ↗ · Government decision. Published 2026-06-03; event 2026-06-03; reviewed October 7, 2026.
Permit EPR/WE4588AB/V002 granted to Harlow Operations Limited June 3, 2026. Adds KLON-03 emergency generators and extra KLON-01/02 units. 152 MW combined thermal combustion input is not IT load.
Kao Data ↗ · Company commercial disclosure. Published 2026-06-08; event 2026-06-08; reviewed October 7, 2026.
22 MW ten-year Nebius campus agreement; AI Cloud and Token Factory to be hosted at Harlow. The entire allocation is not attributed solely to KLON-03.
DatacenterDynamics ↗ · Independent specialist reporting. Published 2026-06-08; event 2026-06-08; reviewed October 7, 2026.
Independent specialist reporting of the Nebius agreement and national investment plan. Historical building capacity figures differ from the current operator profile.
Downing Renewable Developments ↗ · Power counterparty disclosure. Published 2025-11-18; event 2025-11-18; reviewed October 7, 2026.
Prospective private-wire solar development up to 40 MW with planned PPA; announcement does not establish solar commissioning or continuous firm electricity.
Kao Data / Shell agreement ↗ · Power supply disclosure. Published 2026-07-02; event 2026-07-01; reviewed October 7, 2026.
Shell Energy UK signed renewed supply agreement July 1, published July 2. Kao-wide approximately 140 GWh annual supply since 2022 is renewable-certificate matched, not exclusive Harlow generation.
57.6 MW lender full-buildout IT figure; current English operator page says 62.6 MW
Named companies
VIRTUS / STT GDC; Standard Chartered; DATA2HEAT; GASAG
Next milestone
2027 opening expected in April 2026 reporting
Reviewed
October 7, 2026
Approximate locality marker. Construction-stage classification does not mean every planned phase is permitted, energized or serving customers.
Investment takeaway
Berlin construction and a named lender facility make this more tangible than a sovereign-AI pledge. €210m development financing is verified as lender-reported; it is not the whole campus cost, revenue, or evidence that all planned capacity is leased.
Power and readiness
Incoming electrical supply and IT load are different measures. The DATA2HEAT relationship documents a planned heat reuse pathway. No signed project-specific firm electricity service agreement or customer energization record was verified.
Capital and financing
Standard Chartered reports a €210 million bespoke facility. VIRTUS’s July 2025 commentary described €900 million campus investment; that is an attributed capital plan, not the confirmed facility amount. Drawdowns, covenants and tenant leases remain undisclosed. September 2026 portfolio financing cannot be allocated entirely to Berlin.
Company economic roles
VIRTUS is the developer and operator and part of STT GDC. Standard Chartered (STAN) is an arranger and hedging bank. DATA2HEAT, a joint venture of Investa Real Estate and GASAG Solution Plus, plans heat reuse infrastructure. Lending exposure is different from campus ownership and operating rent.
Milestones
GASAG documented groundbreaking June 6, 2025; DCD reported construction June 10. VIRTUS’s July 4 commentary targeted Q3 2026; that elapsed target is not proof of completion. Standard Chartered disclosed financing February 5, 2026. DCD’s April 16 reporting expected Marienpark opening in 2027.
Risks
Grid and electrical commissioning, lease-up, construction costs, financing conditions and heat network delivery are unresolved. The lender’s 57.6 MW full-buildout figure conflicts with the current English operator webpage’s 62.6 MW; retain both source dates and scope rather than silently reconcile.
What would change the assessment
Named customer contracts and documented commissioning would strengthen the assessment. Power delays, funding conditions or unexplained capacity revisions would weaken it.
Unknowns
Project permit identifiers, firm grid service terms, financing close date and drawdowns, customer leases, rental rates and delivered AI capacity remain unverified.
Coverage and scope
Begins Germany coverage with Berlin construction and named project financing. One Marienpark campus, distinct from VIRTUS Wustermark; no completed-service finding.
Financial significance and assumptions
Standard Chartered reports a €210 million bespoke facility. VIRTUS’s July 2025 commentary described €900 million campus investment; that is an attributed capital plan, not the confirmed facility amount. Drawdowns, covenants and tenant leases remain undisclosed. September 2026 portfolio financing cannot be allocated entirely to Berlin.
Our analysis: construction can precede customer billing and cash returns. No utilization, pricing, margin or project earnings model is assumed. Investment plans, financing facilities and money spent are different quantities.
Listed company connections
STAN: Arranger and hedging bank for lender-reported €210 million facility; not operator ownership.
Government record audit
Project-specific permit identifiers and underlying conditions were not established in this audit. Construction and counterparty evidence do not establish all-phase authorization.
Source basis and claim audit
6 distinct reviewed documents. Primary evidence and independent reporting are identified below; syndicated releases count once. Sources establish only the stated claim, not whole-campus completion.
GASAG Group ↗ · Utility and heat counterparty disclosure. Published 2025-06-06; event 2025-06-06; reviewed October 7, 2026.
June 2025 groundbreaking; four buildings and 57.6 MW planned IT capacity. DATA2HEAT is an Investa/GASAG joint venture planning waste heat reuse.
DatacenterDynamics ↗ · Independent specialist reporting. Published 2025-06-10; event 2025-06-10; reviewed October 7, 2026.
Construction start; four 14.4 MW buildings planned; heat network and ownership context reported.
VIRTUS ↗ · Company construction commentary. Published 2025-07-04; event 2025-07-04; reviewed October 7, 2026.
Company construction commentary describes €900 million planned investment and original Q3 2026 delivery target; elapsed target does not establish completion.
Standard Chartered ↗ · Lender disclosure. Published 2026-02-05; event 2026-02-05; reviewed October 7, 2026.
€210 million bespoke financing facility. Standard Chartered acted as Mandated Lead Arranger and Hedging Bank. Lender describes 57.6 MW at full buildout.
DatacenterDynamics ↗ · Later independent reporting. Published 2026-04-16; event 2026-04-16; reviewed October 7, 2026.
Later independent reporting expects Marienpark opening in 2027; the main article covers a separate Wustermark campus.
VIRTUS ↗ · Current company profile. Published date not established; event not separately established; reviewed October 7, 2026.
Current English operator profile describes 62.6 MW across four buildings, conflicting with lender figure; discrepancy requires attribution.
Approximate locality marker. Construction-stage classification does not mean every planned phase is permitted, energized or serving customers.
Investment takeaway
A brownfield Frankfurt-market campus combines September 2025 construction evidence with an attributed capital plan above €2 billion and a project-specific first partial generator authorization. Its power reserves and city connection assumptions do not establish delivered compute capacity.
Power and readiness
Company documents describe 180 MW power reserves. Hanau’s climate model instead uses 180 MVA connection capacity with a prospective 230 MVA ceiling; these are not interchangeable with operating IT load. Stadtwerke Hanau and Hanau Netz provide relevant infrastructure, while the neighboring 30 MWe CHP feeds the local grid rather than providing an exclusive 180 MW campus supply.
Capital and financing
Data4 increased its announced campus investment plan from more than €1 billion to more than €2 billion by September 2025. Brookfield ownership is documented in specialist reporting. No Hanau-specific closed lender facility was verified; platform capital pledges must not be assigned to the campus.
Company economic roles
Data4 is developer and operator; Data 4 Germany S.à.r.l. is the legal generator applicant. Brookfield is an indirect owner. Stadtwerke Hanau and Hanau Netz have infrastructure roles. Mainova is a planned waste heat counterparty. Engie’s documented contract is for the neighboring CHP, not a verified campus EPC contract.
Milestones
Acquisition and preparation were disclosed in 2023. Mainova disclosed a signed heat integration letter of intent August 29, 2024. Groundbreaking occurred September 15, 2025. The government portal records a June 17, 2026 decision for first partial standby generator authorization. The historical 2025 first-module target does not establish completed service.
Risks
Phase-specific approvals, electrical delivery, tenant leasing, brownfield construction and commissioning remain material. The full generator grant attachment returned 404, limiting review of conditions, amendments and appeal provisions.
What would change the assessment
Readable permit conditions, verified substation energization, first service and customer contracts would strengthen the assessment. Grid delay, appeal or capacity reduction would weaken it.
Unknowns
Full environmental conditions, amendments and appeals, energized load, ready-for-service date, tenant leases, site EBITDA, closed financing and electricity contract terms remain unverified.
Coverage and scope
Adds Frankfurt-market brownfield construction with project-specific regulator evidence. One Hanau campus; first generator authorization covers M1-M4, not whole-campus customer service.
Financial significance and assumptions
Data4 increased its announced campus investment plan from more than €1 billion to more than €2 billion by September 2025. Brookfield ownership is documented in specialist reporting. No Hanau-specific closed lender facility was verified; platform capital pledges must not be assigned to the campus.
Our analysis: construction can precede customer billing and cash returns. No utilization, pricing, margin or project earnings model is assumed. Investment plans, financing facilities and money spent are different quantities.
Government record audit
Regierungspräsidium Darmstadt · Record / evidence ↗. Reviewed October 7, 2026.
Identifier
RPDA - Dez. IV/F 43.1-53 u 35.14/38-2023/1
Record type
First partial generator authorization under BImSchG
Applicant / entity
Data 4 Germany S.à.r.l.
Filed
not established
Decision
2026-06-17
Status
Authorization decision recorded by official portal; full grant attachment inaccessible (404)
Phase scope
Emergency generators for modules M1-M4 of a six-module campus
Conditions / limits
Application describes up to 360 operating hours per year and 457 MW thermal input. Do not present these as full granted conditions or IT load without reading the decision.
Source basis and claim audit
7 distinct reviewed documents. Primary evidence and independent reporting are identified below; syndicated releases count once. Sources establish only the stated claim, not whole-campus completion.
Data4 ↗ · Company construction disclosure. Published 2025-09-15; event 2025-09-15; reviewed October 7, 2026.
September 2025 groundbreaking; 25-hectare site; company 180 MW power capacity; planned investment increased above €2 billion.
DatacenterDynamics ↗ · Independent specialist reporting. Published 2025-09-17; event 2025-09-17; reviewed October 7, 2026.
Independent construction reporting; Brookfield-owned operator. Its 25-acre figure differs from primary 25 hectares and should not be copied.
Hessenschau/dpa ↗ · Independent public broadcaster. Published 2025-09-15; event 2025-09-15; reviewed October 7, 2026.
Public broadcaster reports groundbreaking and roughly €2 billion announced investment; includes regional Frankfurt context.
RP Darmstadt / UVP portal ↗ · Government project procedure. Published date not established; event not separately established; reviewed October 7, 2026.
Official portal records authorization decision June 17, 2026. First partial generator proceeding covers M1-M4: 64 diesel engines plus one house generator, 457 MW thermal input. Full decision attachment returned 404.
Mainova / Stadtwerke Hanau ↗ · Utility counterparty disclosure. Published 2024-08-29; event 2024-08-29; reviewed October 7, 2026.
Signed letter of intent with Data4 for waste heat integration via heat pump. Neighboring 30 MWe CHP feeds the local grid; it is not exclusive campus power supply.
CityofHanau ↗ · Government climate planning study. Published date not established; event not separately established; reviewed October 7, 2026.
2026 climate plan, printed page 99: Data4 180 MVA connection assumption with prospective 230 MVA ceiling. Model assumptions do not prove energization.
Data4 ↗ · Earlier company disclosure. Published 2023-02-15; event 2023-02-15; reviewed October 7, 2026.
Acquisition and preparation of 25 hectares; historical 2025 first-module and 2032 full-campus targets cannot prove completion.
Company-reported delivery: On its September 10, 2026 earnings call, Oracle management said six of the campus’s eight buildings, representing 618 MW and 75% of its stated capacity, had been delivered to the customer. This is an attributed delivery statement. It does not independently establish energized IT load, utilization or full-campus completion. Published earnings-call transcript →
A separate expansion: Reuters reported on March 6, citing Bloomberg and people familiar with the matter, that Oracle and OpenAI were no longer pursuing a proposed additional 600 MW near Abilene after negotiations over financing and changing capacity needs. Reuters also reported that this capacity would be fulfilled at other campuses. This is separate from the existing 1.2 GW planned campus envelope and the adjacent Microsoft development; it does not establish cancellation of the existing campus or financing as the sole cause. Reuters scope and attribution →
Still open: Independent capacity measurement and its power basis, commissioning of the remaining buildings, utilization, site pricing and project-level economics. Do not multiply the 75% statement by the 1.2 GW planned envelope to invent operating IT capacity. The end-2026 second-phase date below remains a historical developer target.
Oracle management reported six of eight buildings, representing 618 MW (75% of stated campus capacity), delivered to its customer on Sept. 10, 2026; this is customer-reported delivery, not independently measured IT load.
Commissioning of the remaining Oracle/OpenAI buildings; delivered and utilized compute.
Scoped check
October 16, 2026
Expanded analysis · Original disclosures linked below · Amounts in USD · Company claims attributed; analyst interpretations labeled.
The one-minute investment takeaway
Abilene is a documented AI workload story, not simply a land or construction announcement. Oracle provides the compute service used by OpenAI; Crusoe delivers the physical infrastructure. The investor test is whether additional capacity becomes billable compute quickly enough to justify its financing and equipment costs.
Readiness basis: Classification of evidence in the reviewed profile; strongest documented phase, not full-campus completion. Oracle reports 75% of capacity delivered as of September 2026; remaining delivery pending Readiness source →
What the sources establish
Operator / company disclosureOperating evidence. Crusoe’s September 30, 2025 disclosure confirmed the first phase running on Oracle Cloud Infrastructure, with early training and inference workloads and NVIDIA GB200 racks. Source ↗
Operator / company disclosureRevised delivery target. Crusoe’s March 27, 2026 update moved the existing campus’s six-building second-phase target to end-2026. The earlier March 2025 disclosure had targeted mid-2026. The 1.2 GW figure describes planned total power capacity, not verified current IT load. Source ↗
Operator / company disclosureScope boundary. The adjacent 900 MW Microsoft development is a separate two-building campus, with its first building targeted for mid-2027. The combined 2.1 GW headline must not be assigned entirely to Oracle or OpenAI. Source ↗
Who receives the money?
Our analysis of the disclosed company roles. Revenue routes below are business-model interpretations, not estimates of booked project revenue.
Equipment deliveries support a supplier opportunity; replacement orders and campus-specific revenue remain undisclosed.
OpenAI / private
Uses the compute capacity for AI workloads.
Model usage and customer demand underpin the economic case; campus spending is a cost to the user, not its revenue.
How financially meaningful is it? Analyst interpretation
Oracle reported FY2026 cloud infrastructure revenue of USD 18.1 billion and negative USD 23.7 billion free cash flow. These are company-wide results, not Abilene results. Our analysis: the relevant tension is rapid infrastructure revenue growth alongside upfront funding needs. Backlog is valuable only as delivery converts it into recognized revenue and cash; the campus’s share of either measure is unknown. Financial disclosure ↗
How to test the economicsHypothetical model · not reported results
Delivered accelerator-hours × billable utilization × net realized price = modeled compute revenue. Subtract power, operating expenses, hardware depreciation and financing or infrastructure costs to assess returns.
Illustration, not a site forecast: moving utilization from 50% to 70% increases billable hours by 40% at unchanged available capacity and pricing. A 20% price decline would reduce that revenue improvement to 12%. More hardware alone does not guarantee proportionally higher profit.
Milestones that would change the assessment
Milestone / disclosed target
Evidence to watch
By end-2026: operator target
Dated completion and commissioning evidence for the six additional buildings; do not infer success from the target date.
After equipment deployment
Evidence that installed racks are delivering customer workloads; energized buildings and utilized hardware are different milestones.
Revenue conversion, capital spending and financing disclosures. Portfolio metrics provide context rather than campus attribution.
What could break the investment case?
Our analysis: The delivery target has already shifted. Slower power or equipment commissioning would defer billing while some costs continue. Concentrated compute demand, financing expense and faster hardware obsolescence could compress returns even if the campus is completed.
What would change our view?
Our analysis: We would weaken the economic thesis if commissioning slips without matching customer protections, if available compute grows faster than paid usage, or if realized pricing falls faster than unit costs. We would strengthen it with verified utilization, stable contracts and improving cash conversion.
What remains unknown Not established in this review
No verified current full-campus IT load, campus utilization, realized compute prices, specific lease rates or project-level profit. The full site’s planned power capacity, Stargate-wide spending commitments and Oracle’s company backlog are three different quantities.
This is project research, not a valuation model or a buy recommendation. Financial illustrations are assumptions, not management guidance. Review current company filings and valuation before making an investment decision.
Public-market context
Companies mentioned in this profile
Price, daily change and one-day charts are supplied by TradingView and may be delayed. Mention does not establish a confirmed supplier contract. Private companies have no public stock quote.
Independent coverage to read alongside the primary evidence. Subscription may be required. Links reviewed October 6, 2026; historical reports do not establish current project readiness.
Our reading focus: distinguish the existing campus from expansion plans, assess the reliability of its power strategy, and separate temporary construction activity from permanent employment. Bloomberg’s full report was not accessible during this review; it is included as further reading, not as the basis for a new factual claim.
Developer lists owned land in development; operating capacity unestablished
Confirmed companies
Tract; future tenants and equipment suppliers unconfirmed
Next milestone
Executed customer commitments, dated utility delivery and financed construction phases.
Reviewed
October 6, 2026
Expanded analysis · Original disclosures linked below · CAD and USD preserved as labeled · Company statements attributed; interpretations labeled.
The one-minute investment takeaway
Buckeye is a land-and-infrastructure development opportunity at an early economic stage. The most valuable next evidence is a binding customer commitment paired with deliverable power. Acreage creates room to build, but it does not tell investors when revenue begins or which listed company benefits. The developer, future campus owner and computing customer may be different parties.
Readiness basis: Classification of evidence in the reviewed profile; strongest documented phase, not full-campus completion. Developer lists owned land in development; operating capacity unestablished Readiness source →
What the sources establish
Operator / company disclosureCurrent listing. Tract lists 2,019 acres, 1,800 MW of capacity and an owned-and-in-development status. It describes 22 parcels and by-right data-center use. These are developer specifications, not confirmation of energized IT capacity. Primary source →
Operator / company disclosureHistorical scope. The August 28, 2024 acquisition announcement described 2,069 acres, potential for up to 40 data centers and utility planning that could support 1.8 GW. The reviewed sources do not explain the acreage difference. Potential full build-out is distinct from financed construction. Primary source →
Who receives the money?
Our analysis of disclosed roles. Revenue routes are business-model interpretations, not estimates of booked project revenue.
Company / exposure
Economic role
What investors need to establish
Tract / private
Acquires and develops land and infrastructure.
Land sales, development fees or lease economics depend on transaction terms that are not established here.
Future campus tenants
Would fund or use individual developments.
No reviewed source establishes a named hyperscaler commitment; Microsoft, Amazon and Alphabet are comparison context only.
Power and equipment suppliers
Would enable serviced land and computing operations.
Proximity to Palo Verde does not establish a power contract. No project-specific supplier orders are verified.
How financially meaningful is it? Analyst interpretation
Our analysis: value is created by converting land into usable, contracted infrastructure. The central diligence bridge runs from zoning to utility delivery, then customer financing, construction and billing. The 1,800 MW headline cannot be multiplied by a generic construction cost and called committed spending. Investors also need to know which counterparty pays for substations, roads and water infrastructure, and whether the developer retains ownership or sells parcels.
How to test the economicsHypothetical model · not reported results
Development cash return = net land or lease proceeds + earned development fees − land basis − infrastructure and carrying costs − financing costs. A retained campus requires a separate recurring-rent model; no specific transaction structure is assumed.
Hypothetical illustration: USD 100 million of debt carried at an assumed 8% costs USD 8 million annually before other expenses. A two-year delay adds USD 16 million of simple interest if the balance and rate stay constant. These are assumed values, not Tract debt terms.
Milestones that would change the assessment
Milestone
Evidence to watch
Customer commitment
Identify a named counterparty, binding scope and cancellation conditions; a prospective customer is an earlier stage.
Utility delivery
Seek executed service arrangements, phased delivery dates and cost allocation rather than proximity or total development capacity.
Financed construction
Track funded phases, permits and physical handovers; separate serviced land from a commissioned computing campus.
What could break the investment case?
Our analysis: Infrastructure delivery can lag customer requirements, and financing costs accrue before revenue. Tenant concentration can weaken bargaining power. Water, cooling and community constraints require project-specific evidence; neither adequate supply nor a shortage is inferred here.
What would change our view?
Our analysis: Our confidence would rise with executed tenant agreements, financed phases and dated utility commitments. It would fall if infrastructure spending proceeds without contractual demand or if delivery obligations require costs that expected proceeds cannot cover.
What remains unknown Not established in this review
Tenant identity, financing terms, infrastructure budget, water and cooling plans, current energized capacity, completion dates and public-company project earnings remain unestablished.
Project research for information, not a buy recommendation. Financial illustrations use assumptions, not disclosed site results or management guidance.
Public-market context
Companies mentioned in this profile
Price, daily change and one-day charts are supplied by TradingView and may be delayed. Mention does not establish a confirmed supplier contract. Private companies have no public stock quote.
Reviewed October 7, 2026 · Reported city agreement; primary agreement verification unresolved
Independent local reporting describes Buckeye’s August 6, 2024 council action replacing the Cipriani residential development agreement with a technology corridor associated with Tract. The executed city agreement, its adopted ordinance and infrastructure reimbursement conditions were not retrieved in this review; those terms are therefore not certified here. The developer’s 1,800 MW figure remains a development envelope. No matched project-specific utility decision or service agreement was retrieved establishing committed delivery dates, and no air-permit match was established for future tenant facilities.
Targeted record screen; air permits, building completion and project-specific power service remain unverified in this review. Readiness is based on the separately cited project evidence.
Paid compute utilization, operating cost evidence and second-facility delivery.
Reviewed
October 6, 2026
Expanded analysis · Original disclosures linked below · Amounts in USD · Company claims attributed; analyst interpretations labeled.
The one-minute investment takeaway
Fairwater’s first facility has crossed from construction into operation. That changes the investment question: the key issue is now how effectively Microsoft monetizes an operating AI system, rather than whether a large building can be completed. The adjacent second facility remains a future development.
Readiness basis: Classification of evidence in the reviewed profile; strongest documented phase, not full-campus completion. First facility operational; second facility targeted for 2028 Readiness source →
What the sources establish
Operator / company disclosureOperating milestone.Microsoft announced the first facility fully operational on June 23, 2026, after startup activities in April. Its second Mount Pleasant facility was under construction with completion scheduled for 2028. Source ↗
Operator / company disclosureInvestment boundary.Microsoft’s estimated USD 4.7 billion Wisconsin hyperscale construction spending spans 2024–2028. It is not a disclosed GPU budget, current-year expense or standalone cost of the first facility. Source ↗
Operator / company disclosureTechnical connection. The September 2025 design disclosure identifies a system interconnecting hundreds of thousands of NVIDIA GPUs for training and inference. Treat that as a disclosed architecture and scale description, not an independently measured October 2026 installed inventory. Source ↗
Who receives the money?
Our analysis of the disclosed company roles. Revenue routes below are business-model interpretations, not estimates of booked project revenue.
Confirmed accelerator connection in Microsoft’s design disclosure.
Supplier revenue depends on equipment contracts and delivery timing, not Microsoft’s total construction spending.
Other infrastructure vendors
Potential electrical, cooling and networking demand.
No project-specific vendor award is inferred solely from a company’s product category.
How financially meaningful is it? Analyst interpretation
Our analysis: Fairwater is strategically relevant to Microsoft’s AI capacity, but site-level revenue and earnings are not disclosed. Training may support future products rather than immediately billable third-party consumption. That creates a timing mismatch between upfront hardware and construction commitments and eventual revenue. A completed facility can improve capacity while initially lowering cash flow or increasing depreciation.
How to test the economicsHypothetical model · not reported results
For sold compute: available accelerator-hours × paid utilization × realized price. For internal training: assess resulting product revenue or cost savings separately; do not count training expenditure as sales.
Illustration: if paid utilization improves but price per compute-hour falls by the same proportion, revenue need not improve. For internal workloads, higher utilization can still create value, but it requires evidence of better products, cheaper delivery or durable customer adoption.
Milestones that would change the assessment
Milestone / disclosed target
Evidence to watch
First facility: operating
Look for deployment, reliability and utilization updates that go beyond the completion announcement.
Second facility: 2028 target
Watch steel, utilities, equipment readiness and commissioning separately; construction completion is not proof of paid workloads.
Financial follow-through
Compare cloud and AI monetization with depreciation, capital spending and operating margins; avoid attributing company trends entirely to this site.
What could break the investment case?
Our analysis: Large fixed commitments amplify the cost of underutilization. Hardware generations may change before assets earn back their costs. Operating constraints, customer concentration, power costs and local concerns can affect expansion or ongoing operation.
What would change our view?
Our analysis: The thesis weakens if new capacity does not relieve demand constraints or product revenue fails to cover increasing depreciation and operating costs. Verified paid utilization, efficient delivery and stable margins would provide stronger support than another capacity headline.
What remains unknown Not established in this review
No campus revenue, profit, paid utilization or verified current GPU inventory is established. The operator’s fully operational statement describes the first facility; it does not imply all future facilities are complete.
This is project research, not a valuation model or a buy recommendation. Financial illustrations are assumptions, not management guidance. Review current company filings and valuation before making an investment decision.
Public-market context
Companies mentioned in this profile
Price, daily change and one-day charts are supplied by TradingView and may be delayed. Mention does not establish a confirmed supplier contract. Private companies have no public stock quote.
Under development; expanded campus and utility infrastructure planned
Company
Meta Platforms; Entergy Louisiana; DPR, Turner and Mortenson
Next milestone
Separate campus commissioning and utility approvals, construction and service dates.
Reviewed
October 6, 2026
Expanded analysis · Original disclosures linked below · Amounts in USD · Company claims attributed; analyst interpretations labeled.
The one-minute investment takeaway
Hyperion combines two different investment models: Meta spends to improve its AI capabilities, while Entergy develops the power infrastructure needed to serve a large customer. The same growth story can create construction demand, a utility capital requirement and a technology-company cash outflow before it produces operating returns.
Readiness basis: Classification of evidence in the reviewed profile; strongest documented phase, not full-campus completion. Under development; expanded campus and utility infrastructure planned Readiness source →
What the sources establish
Operator / company disclosureCampus scope.Meta’s July 13, 2026 update expanded the plan to 5 GW of compute capacity and more than USD 50 billion of Richland Parish regional investment. It names DPR, Turner and Mortenson as general contractors. These are planned scale and regional investment figures, not current operating capacity. Source ↗
Operator / company disclosureEarlier utility approval. Entergy’s August 2025 announcement described LPSC approval for three generation facilities: two targeted for late 2028 and one for end-2029. This approval should not be treated as blanket approval of every later expansion. Source ↗
Operator / company disclosureExpanded power plan. Entergy’s March 2026 agreement outlined seven gas-fired plants totaling more than 5,200 MW, transmission and storage. The announcement describes a regulatory filing and Meta-funded infrastructure; it does not establish that all expanded assets are approved or in service. Source ↗
Who receives the money?
Our analysis of the disclosed company roles. Revenue routes below are business-model interpretations, not estimates of booked project revenue.
The payoff depends on better monetization or efficiency in Meta’s services; the announced spend is not project revenue.
Entergy / ETR
Generation, transmission and electricity service through Entergy Louisiana.
Returns depend on regulatory treatment, funding, contract protections and service commencement; electricity sales are not automatically shareholder profit.
Named construction contractors
DPR, Turner and Mortenson roles confirmed.
Construction activity is distinct from recurring campus operation; award amounts and margins are not quantified here.
Equipment vendors
Potential demand for chips, cooling and electrical equipment.
No named chip or turbine supplier contract is inferred from the campus headline.
How financially meaningful is it? Analyst interpretation
Entergy reported completing a USD 2.175 billion common-stock offering with a forward component in Q2 2026. That is company-wide financing, not a Hyperion-specific equity raise. Our analysis: utility expansion can increase the earnings base while requiring debt or equity funding. Investors should test returns per share after financing—not merely growth in capital spending. For Meta, the critical question is whether AI-enabled revenue or efficiencies exceed the cost of the build and operation. Financial disclosure ↗
How to test the economicsHypothetical model · not reported results
Utility shareholder return depends on allowed asset recovery and return, financing cost and share count. Meta’s return depends on incremental product cash flow or savings relative to infrastructure and operating commitments.
Illustration: more utility investment can increase total earnings while leaving earnings per share flat if share issuance grows at the same rate. Higher electricity sales also need not produce an equal increase in profit because fuel, operating and financing costs intervene.
Milestones that would change the assessment
Milestone / disclosed target
Evidence to watch
Regulatory stage
Track separate decisions and cost-allocation protections for each infrastructure package; a company announcement is not a final commission order.
Power stage: 2028–2029 targets for earlier plants
Monitor construction, fuel and transmission readiness; earlier plant targets do not date the entire expanded campus.
Campus stage
Require dated commissioning and workload evidence before converting the 5 GW plan into operating capacity.
What could break the investment case?
Our analysis: Mismatch between campus readiness and power availability could delay usage. Cost overruns, interest rates, financing dilution and changes in customer commitments can alter utility returns. At Meta, greater spending may precede demonstrable product revenue by years.
What would change our view?
Our analysis: The thesis weakens if service dates slip, customer protections do not cover stranded assets, funding costs outpace allowed returns, or Meta’s incremental AI benefit fails to justify the capital commitment. The stronger case requires both infrastructure delivery and measurable economic use.
What remains unknown Not established in this review
No full-campus operating date, installed GPU inventory, project revenue, current IT load or campus profit is established. Projected customer bill savings are not Entergy earnings. The 5 GW compute plan and 5,200 MW generation package are different measures.
This is project research, not a valuation model or a buy recommendation. Financial illustrations are assumptions, not management guidance. Review current company filings and valuation before making an investment decision.
Public-market context
Companies mentioned in this profile
Price, daily change and one-day charts are supplied by TradingView and may be delayed. Mention does not establish a confirmed supplier contract. Private companies have no public stock quote.
Verify completed transmission configuration, actual regional deliveries and phase-specific campus acceptance
Reviewed
October 6, 2026
Expanded analysis · Original disclosures linked below · Amounts in USD · Company claims attributed; analyst interpretations labeled.
The one-minute investment takeaway
This is one of the clearest cases where an AI infrastructure story connects to a disclosed commercial contract. Talen sells nuclear energy under a long-term AWS agreement; Amazon uses power to support cloud infrastructure. The contract is broader than the adjacent campus, so its value cannot be assigned wholly to Salem Township.
Readiness basis: Strongest documented phase only; no whole-campus completion inferred. Talen reports revised AWS PPA transition in April 2026; regional supply ramp and campus load remain distinct Readiness source →
Delivery commitments and dated checkpoints
Scoped source review · October 16, 2026. Earlier full-profile dates remain recorded; business events retain their actual dates.
Investor takeaway
The Susquehanna record should distinguish a contractual transition from full power delivery. Talen’s Q2 2026 filing says the transition to its revised AWS power purchase agreement occurred in April 2026. That is an attributed issuer-reported checkpoint, not independently metered delivery or campus commissioning. (Talen / SEC)
Target and actual history
Talen’s 2025 annual report expected transition to begin after transmission work in spring 2026, with full transition expected in spring 2027. Preserve that dated forecast rather than silently replacing its history. The later quarterly filing records an April 2026 transition. Its short disclosure does not establish that every previously forecast transmission phase was finished or that the regional contract’s full quantity was already delivered. No numerical schedule variance is calculated across these potentially different transition scopes. (Talen / SEC; Talen / SEC)
The regional contract remains distinct from the adjacent campus. Utility Dive’s original June 2025 reporting described a staged 1,920 MW agreement, Talen’s retail-supply role and PPL’s transmission/delivery role. Neither that account nor the reviewed quarterly passage discloses current campus IT load, utilization or a campus-specific share of supply. (Utility Dive / Ethan Howland; Talen / SEC)
Next evidence
Seek utility or project evidence identifying the completed transmission configuration, actual supply delivered under the revised agreement and the next campus acceptance milestone. This update reconciles an existing research gap; it is not a new October opening or a quantified earnings forecast. (Talen / SEC; Talen / SEC)
Disclosed supply agreementContract scope. The June 2025 agreement targets 1,920 MW at full quantity through 2042, with extension options and full volume expected no later than 2032. It can serve the adjacent campus and other Pennsylvania locations. Talen’s presentation described approximately USD 18 billion of notional revenue over a 17-year contract. Source ↗
Operator / company disclosureUpdated transition schedule. Talen’s 2025 annual report, filed in 2026, described transition beginning after transmission work expected in spring 2026, with full front-of-the-meter transition expected in spring 2027. These are disclosed expectations; this review does not establish completion. Source ↗
Who receives the money?
Our analysis of the disclosed company roles. Revenue routes below are business-model interpretations, not estimates of booked project revenue.
Power purchaser and cloud infrastructure operator.
Reliable energy is an input cost; returns require computing demand and margins after infrastructure costs.
Future nuclear developers
Uprates and small modular reactors have been discussed.
Exploration is not a committed construction project or a supplier order.
How financially meaningful is it? Analyst interpretation
The USD 18 billion amount is a management contract estimate, not annual sales, present value or profit. Dividing it by 17 produces about USD 1.06 billion per year as arithmetic only; the actual ramp and escalators mean annual revenue need not be level. For context, Talen’s Q2 2026 release guided to USD 2.025–2.225 billion of company-wide adjusted EBITDA for 2026. Contract revenue and company EBITDA are not comparable profit measures, and this agreement’s isolated contribution is not supplied. Financial disclosure ↗
How to test the economicsHypothetical model · not reported results
Delivered energy × realized contract price, plus applicable capacity or contractual payments, drives gross receipts. Deduct operating, nuclear maintenance, delivery, financing and tax costs to evaluate earnings and cash flow.
Illustration, not a contract forecast: 100 MW supplied continuously represents 876,000 MWh per year. At an assumed USD 10/MWh incremental margin, it would generate USD 8.76 million before further fixed costs and taxes. Neither that margin nor constant delivery is asserted for this PPA.
Milestones that would change the assessment
Milestone / disclosed target
Evidence to watch
Transition: disclosed spring-2027 expectation
Confirm transmission work and final front-of-the-meter transition with subsequent disclosures.
Contract ramp: no later than 2032 target
Track actual delivery commitments and volumes against the schedule; early ramps and final quantity are different.
Each reporting period
Watch nuclear availability, contract receipts and cash conversion. Separate plant performance from acquired assets and other portfolio drivers.
What could break the investment case?
Our analysis: The contract reduces some merchant-price exposure but introduces customer concentration and long-dated delivery obligations. Nuclear outages, transmission constraints, replacement-energy costs and financing can alter margins. Changes in wholesale prices also affect the value of committing generation long term.
What would change our view?
Our analysis: The investment case weakens if the ramp slows, delivery costs absorb the contracted premium, or plant availability deteriorates. It strengthens with verified volume growth, dependable generation and demonstrated free-cash-flow conversion.
What remains unknown Not established in this review
No campus-specific portion of the regional PPA, current campus computing load or standalone project profit is disclosed. Contracted MW cannot be translated directly into installed GPUs. Small modular reactor exploration is not an operating asset.
This is project research, not a valuation model or a buy recommendation. Financial illustrations are assumptions, not management guidance. Review current company filings and valuation before making an investment decision.
Public-market context
Companies mentioned in this profile
Price, daily change and one-day charts are supplied by TradingView and may be delayed. Mention does not establish a confirmed supplier contract. Private companies have no public stock quote.
Later contractual checkpoint. Talen’s Q2 2026 Form 10-Q glossary states that transition to the revised AWS PPA occurred in April 2026. This is issuer-reported contractual progress, not current metered campus load or full delivery of the regional agreement. Talen / SEC · publication date unavailable
Historical forecast retained. Talen’s 2025 Form 10-K expected transition to begin after transmission work in spring 2026 and full transition in spring 2027. The later April contractual milestone does not, by itself, resolve every previously forecast physical subphase. Talen / SEC · 2026-02-26
Contract and company scope. Utility Dive’s June 11, 2025 reporting describes staged regional supply, Talen’s retail-supply role and PPL Electric Utilities’ transmission/delivery role. These roles were attributed to Talen; the report does not independently verify April 2026 delivery. Utility Dive / Ethan Howland · 2025-06-11
Groundbreaking announced July 2026; planned capacity
Confirmed companies
Meta; Capital Power; Greenlight Limited Partnership; AltaLink; Alberta Electric System Operator
Next milestone
Phased power delivery, computing deployment and evidence of productive use
Reviewed
October 6, 2026
Expanded analysis · Original disclosures linked below · CAD and USD preserved as labeled · Company statements attributed; interpretations labeled.
The one-minute investment takeaway
Our analysis: this is an owner-user computing investment, so a landlord rent model is the wrong test. Meta must convert large upfront spending into useful computing capacity that improves its products or reduces unit costs. Investors need to connect infrastructure delivery to monetization while keeping project costs in Canadian dollars.
Readiness basis: Classification of evidence in the reviewed profile; strongest documented phase, not full-campus completion. Groundbreaking announced July 2026; planned capacity Readiness source →
What the sources establish
Operator / company disclosureAnnounced scope.Meta’s July 8, 2026 release describes its first Canadian campus as a planned 1 GW AI-optimized facility and says completed investment will exceed CAD 13 billion. Neither is current operating capacity or spending already incurred. Primary source →
Disclosed supply agreementConfirmed power agreement. Capital Power’s July 8, 2026 release discloses a greater-than-10-year agreement for 250 MW of capacity and energy, backed by its Alberta portfolio, with service anticipated in the back half of 2028. Capacity and energy payments are included, but prices are not disclosed. Primary source →
Operator / company disclosureCooling and local works.Meta describes planned closed-loop liquid cooling with dry heat rejection, and approximately CAD 60 million for local infrastructure improvements. These are company plans and commitments, not independently measured operating results. Primary source →
Who receives the money?
Our analysis of disclosed roles. Revenue routes are business-model interpretations, not estimates of booked project revenue.
Pays for infrastructure and seeks product or efficiency benefits
Incremental operating contribution after power, staff, hardware replacement and depreciation.
Capital Power / TSX: CPX
Confirmed future capacity and energy payment route
Pricing, fuel and carbon exposure, generation availability and actual service commencement.
Other grid planning participants
Potential connection and transmission economics
Executed agreements and cost allocation; planning involvement is not revenue.
Construction and computing suppliers
Potential upfront procurement receipts
Named purchase orders and scope; no GPU vendor or order value is established here.
How financially meaningful is it? Analyst interpretation
Our analysis: a campus can be technically successful and still earn an inadequate corporate return. Training benefits may take time to reach revenue, while inference can have recurring unit economics tied to usage and product adoption. Distinguish long-lived buildings from faster-obsolescing servers and accelerators. The investment headline cannot identify that split. Currency translation also changes reported US-dollar cost without changing local engineering scope. Capital Power has a separate supplier return: contractual payment stability must be weighed against generation costs and performance obligations. Its disclosed 250 MW agreement does not establish supply arrangements for the entire campus.
How to test the economicsHypothetical model · not reported results
Incremental economic value = additional product contribution plus avoided computing costs minus power, staffing, maintenance, hardware replacement and the cost of capital. Attribute benefits cautiously because the campus serves a broader system.
Hypothetical illustration: CAD 1 billion of long-lived assets depreciated over 20 years adds CAD 50 million annual depreciation; the same amount over five years adds CAD 200 million. This isolates useful-life sensitivity and is not Meta’s project asset mix or accounting guidance.
Milestones that would change the assessment
Milestone
Evidence to watch
Electrical delivery
Dated generation and grid milestones matched to individual facility phases.
Compute acceptance
Commissioned hardware, cooling validation and evidence that capacity is serving workloads.
Economic productivity
Product adoption or cost-per-workload improvements alongside total operating and replacement costs.
What could break the investment case?
Our analysis: Buildings, generation and computing equipment may arrive on incompatible schedules. Hardware can age while waiting for usable power. Corporate AI growth does not prove this specific campus earns its cost of capital, and clean-energy matching does not alone establish hourly physical supply.
What would change our view?
Our analysis: Productive deployment with measurable unit-cost improvements would strengthen the case. Persistent idle capacity, rising enabling costs or replacement spending before expected benefits would weaken it. Strong supplier orders could coexist with weak owner returns.
What remains unknown Not established in this review
Phase schedule, present spending, current power delivery, IT versus total-site interpretation of the 1 GW figure, hardware vendors, contract pricing, remaining supply arrangements and campus-attributable benefits remain unestablished here.
Project research for information, not a buy recommendation. Financial illustrations use assumptions, not disclosed site results or management guidance.
Public-market context
Companies mentioned in this profile
Price, daily change and one-day charts are supplied by TradingView and may be delayed. Mention does not establish a confirmed supplier contract. Private companies have no public stock quote.
North Slope Borough, Alaska / about 26 road miles south of Deadhorse
Readiness
Proposed / development
Status
Proposed campus; preliminary land-lease decision reviewed; final authorization and construction unverified
Confirmed companies
STAK Energy Corporation; Alaska DNR as land authority
Next milestone
Final lease decision, binding gas and customer agreements, financed first-phase delivery
Reviewed
October 6, 2026
Expanded analysis · Original disclosures linked below · CAD and USD preserved as labeled · Company statements attributed; interpretations labeled.
The one-minute investment takeaway
Our analysis: STAK proposes to bring computing to North Slope gas rather than move all that energy to a distant computing market. The opportunity is an integrated fuel, generation and computing business. Its challenge is proving that savings at the fuel and cooling layers exceed remote construction, pipeline, networking, staffing and financing costs. The project remains a proposal in the records reviewed, not an operating AI campus.
Readiness basis: Classification of evidence in the reviewed profile; strongest documented phase, not full-campus completion. Proposed campus; preliminary land-lease decision reviewed; final authorization and construction unverified Readiness source →
What the sources establish
Government preliminary recordLocation and lease stage. Alaska DNR’s June 17, 2026 notice describes a proposed 50-year lease on 715.4 acres about 26 road miles south of Deadhorse. It extended comments to July 17. A closed comment period does not establish a final lease decision. Primary source →
Applicant plan in government recordApplicant design and timetable. STAK’s March 12, 2026 development plan describes approximately 1 GW of onsite gas generation, new pipeline supply and modular HPC infrastructure. It targets late 2028 initial operation; its summer 2026 start intention is not verified construction progress. Generation output is not equivalent to IT load. Primary source →
Government preliminary recordInvestment scope. DNR’s May 12 preliminary decision references approximately USD 500 million of construction capital. The record does not supply an independently validated, all-in funded budget reconciling generation, pipelines, computing hardware and every phase. Primary source →
Applicant plan in government recordComputing and geography. The applicant describes cloud computing and AI training among intended uses. The map pin uses the approximate center of the four pad corners in its plan, near 69.912° N, 148.859° W; it represents a proposed site, not an occupied building. Primary source →
Who receives the money?
Our analysis of disclosed roles. Revenue routes are business-model interpretations, not estimates of booked project revenue.
Company / exposure
Economic role
What investors need to establish
STAK Energy Corporation
Potential integrated power and computing or facility-service receipts
Who owns accelerators, whether customers buy power, space or compute, and enforceable payment obligations.
Gas suppliers and pipeline counterparties
Potential fuel sales, transportation or infrastructure returns
Binding volume, quality, pressure, price, treatment and delivery commitments. No supplier contract is assigned here.
Turbine, electrical and computing vendors
Potential construction and hardware orders
Named awards, deposits, delivery dates and scope. No NVIDIA, turbine OEM or cloud contract is inferred.
State of Alaska / DNR
Potential land-lease receipts and land stewardship obligations
Final lease, compensation, financial security and restoration obligations; preliminary documents are not a perfected lease.
How financially meaningful is it? Analyst interpretation
Our analysis: underwrite the first deliverable phase before giving value to gigawatt-scale expansion. A gas resource in the region is not delivered turbine fuel: treatment, compression, rights of way and pipeline construction can become the critical path. A computing customer may tolerate distance for some batch workloads, but network diversity, latency and data movement still matter. Identify whether STAK is a landlord, power seller or computing-service operator; each has different capital intensity and exposure to hardware obsolescence. The USD 500 million reference cannot safely be divided by headline generation capacity to derive an all-in cost per IT MW. Nor should generation and customer IT capacity be added together. An attractive fuel price is only one input to a project return.
How to test the economicsHypothetical model · not reported results
Delivered computing cost = fuel per useful kWh + generation operations and financing + cooling and electrical overhead + network and remote support + computing hardware replacement. For a facility lease model, separately test billable rent against full enabling capital. Our analytical fuel conversion: a gas price in USD/MMBtu multiplied by heat rate in MMBtu/MWh yields fuel cost in USD/MWh, before other expenses.
Hypothetical illustration: USD 3/MMBtu gas at a 7 MMBtu/MWh heat rate costs USD 21/MWh in fuel alone. A USD 1/MMBtu increase adds USD 7/MWh. At 100 MW average generation over 8,760 hours, that change adds USD 6.132 million annually. These are assumptions, not STAK prices, turbine efficiency, dispatch or earnings. Cooling and facility overhead mean customer IT output is lower than total supplied electricity.
Milestones that would change the assessment
Milestone
Evidence to watch
Land authorization
A final finding and decision, any appeal outcome, lease execution and satisfied entry conditions. Do not treat unsigned proposed attachments as issued approvals.
Bankable fuel and infrastructure
Executed gas contracts, pipeline permits, treatment requirements, generation procurement and a funded schedule for the same first phase.
Customer commitment
Named or otherwise verifiable offtake with credit support, minimum payments, cancellation rights and clear ownership of computing hardware.
Arctic execution
Independent geotechnical design, pad and road progress, logistics planning, staffing and contingency capital.
Commissioned service
Tested generation, resilient networking, customer acceptance and recurring billable deployment; reconcile the applicant’s late-2028 target with actual progress.
What could break the investment case?
Our analysis: This combines several development risks rather than merely adding servers to a powered building. Pipeline or turbine delays can strand computing hardware; hardware delays can leave generation capital underused. Cold ambient air may reduce cooling energy but does not remove permafrost, freeze protection, snow, remote maintenance or seasonal logistics costs. Air authorization, fuel availability and restoration security can change both timing and capital. A single anchor customer could make financing possible while concentrating credit and renewal risk. Claimed environmental benefits require measured fuel and emissions performance; gas-powered does not itself establish low-carbon computing.
What would change our view?
Our analysis: A financed first phase with binding fuel supply, enforceable customer payments, executable permits and independently reviewed capital estimates would strengthen the case. Unfunded generation ambitions, no customer offtake, unclear pipeline rights or a budget omitting major hardware and enabling works would weaken it. Milestone evidence matters more than increasing the headline size. Public-stock exposure should wait for documented counterparties and material contracts.
What remains unknown Not established in this review
No final lease decision, issued entry authorization, verified construction start, operating capacity, funded all-in phase budget, binding gas supplier, turbine award, computing tenant, GPU order, network-service contract or site revenue was established in this review. Late 2028 is an applicant target. We use approximately 1 GW from the linked applicant plan and do not adopt higher capacity figures from secondary summaries without reconciling scope and document version.
Project research for information, not a buy recommendation. Financial illustrations use assumptions, not disclosed site results or management guidance.
Incremental capacity, water and power requirements, and useful computing output
Reviewed
October 6, 2026
Expanded analysis · Original disclosures linked below · CAD and USD preserved as labeled · Company statements attributed; interpretations labeled.
The one-minute investment takeaway
Our analysis: The Dalles adds a mature owner-user campus to the atlas. Google’s long local operating history reduces uncertainty about the site’s existence, but it does not establish today’s AI workload, current capacity or site return. The investor test is whether incremental computing improves product economics after energy, cooling and hardware replacement costs.
Readiness basis: Classification of evidence in the reviewed profile; strongest documented phase, not full-campus completion. Existing Google campus; current capacity and workload mix undisclosed Readiness source →
What the sources establish
Operator / company disclosureOperating history.Google identifies The Dalles as the location where it began building and operating its own data centers in 2006. The location page also records a fourth-building construction milestone in 2015. Primary source →
Operator / company disclosureInvestment scope. The page says Google has invested more than USD 7 billion in Oregon since 2006. That statewide cumulative figure is not the budget for a new individual building, current annual spending or campus earnings. Primary source →
Operator / company disclosureResource diligence.Google links a site-specific water profile and water-stewardship material from its location page, but does not disclose current campus IT MW, utilization or an AI-specific share of computing. Primary source →
Who receives the money?
Our analysis of disclosed roles. Revenue routes are business-model interpretations, not estimates of booked project revenue.
Owns computing infrastructure to support products and services
Incremental product contribution and avoided computing costs after operating and replacement spending.
Power and water providers
Potential recurring utility services
Named service contracts, allocated capacity and tariffs before attributing supplier earnings.
Construction and hardware suppliers
Potential expansion and refresh orders
Documented procurement; no specific GPU, cooling or electrical vendor is inferred.
How financially meaningful is it? Analyst interpretation
Our analysis: the corporate return comes through the services using the campus, rather than rent collected from an independent hyperscale tenant. Distinguish a facility expansion from a hardware refresh: both consume cash, but their useful lives and productive output differ. An established site can reuse common infrastructure, yet denser equipment may require power and cooling upgrades that eliminate some apparent savings. A long operating history is valuable evidence of execution, not a guarantee of an attractive return on the next dollar invested. Alphabet’s aggregate growth cannot be assigned to this campus without an attribution method.
How to test the economicsHypothetical model · not reported results
Incremental computing benefit = additional product contribution plus avoided external computing expense minus power, water, staffing, network costs, maintenance and hardware replacement. Evaluate each expansion or refresh against its own capital commitment.
Hypothetical illustration: 10 MW of steady IT load at a 1.2 PUE consumes 105,120 MWh annually at the facility level. A USD 10/MWh electricity price change alters annual cost by USD 1.0512 million. Neither the load, PUE nor tariff is disclosed for The Dalles.
Milestones that would change the assessment
Milestone
Evidence to watch
Scope of new spending
A dated phase announcement separating facility construction, hardware replacement and statewide investment.
Resource readiness
Usable electricity and water capacity, permit conditions and customer-equipment acceptance.
Computing productivity
Evidence of more useful work per dollar and per kWh, with realistic hardware replacement assumptions.
What could break the investment case?
Our analysis: Cooling and water requirements can change with density and operating conditions. An older building may need substantial modifications before accepting new hardware. Statewide investment and economic-impact estimates can make scale appear financially precise while leaving site returns unknown. Equipment may become obsolete faster than the buildings housing it.
What would change our view?
Our analysis: Disciplined phase spending, resource readiness and improved workload economics would strengthen the case. Rising retrofit costs, idle computing equipment or spending that outpaces monetizable usage would weaken it. We would upgrade AI attribution only with workload-specific evidence rather than assume all Google capacity is AI.
What remains unknown Not established in this review
Current IT and facility MW, occupancy-equivalent utilization, workload mix, new-phase budget, hardware orders, tariffs, measured efficiency and campus-attributable revenue or operating savings remain unestablished by the location page. Map coordinates represent the campus area, not a specific server hall.
Project research for information, not a buy recommendation. Financial illustrations use assumptions, not disclosed site results or management guidance.
Phase-specific energization, contracted demand and rent commencement
Reviewed
October 6, 2026
Expanded analysis · Original disclosures linked below · CAD and USD preserved as labeled · Company statements attributed; interpretations labeled.
The one-minute investment takeaway
Our analysis: the Citadel combines an established colocation campus with a much larger development envelope. The earnings case depends on what is delivered and billable now, followed by the return on each added phase. Full-buildout ambitions should be treated as options requiring capital, power and customers.
Readiness basis: Classification of evidence in the reviewed profile; strongest documented phase, not full-campus completion. Existing campus; operator markets multi-gigawatt expansion potential Readiness source →
What the sources establish
Operator / company disclosureExisting campus evidence. Switch’s opening announcement describes Tahoe Reno 1 as the first facility in the Citadel campus at the Tahoe Reno Industrial Center. It used design ceilings of up to 130 MW for that building and 650 MW for the campus. Primary source →
Operator / company disclosureNewer scope. The current location page markets gigawatts of capacity upon completion and links a Q2 2025 expansion update. The newer ambition is not proof of current energized load and should not be added to the historical design ceilings. Primary source →
Operator / company disclosureConnectivity role. Switch describes SUPERLOOP connections linking its regional facilities and major California markets. These are operator-described network capabilities, not disclosed connection volumes or tenant income. Primary source →
Who receives the money?
Our analysis of disclosed roles. Revenue routes are business-model interpretations, not estimates of booked project revenue.
Company / exposure
Economic role
What investors need to establish
Switch
Potential recurring colocation, power-service and connectivity margin
Billable capacity, contract pricing, owner capital and electricity pass-through treatment.
Customers
Computing deployments and contractual payments
Named commitments, acceptance dates and concentration; nearby industrial companies are not presumed tenants.
Power and equipment ecosystem
Potential enabling works and procurement receipts
Actual agreements and awards before assigning a utility, turbine, accelerator or cooling supplier.
How financially meaningful is it? Analyst interpretation
Our analysis: an operating campus can offer expansion efficiencies through established staff, network access and shared infrastructure. Those benefits do not make new power free or eliminate commissioning risk. Model common electrical and site spending consistently across phases. A higher-density offering also needs customer-specific evidence: marketing a technical ceiling does not establish that every hall can deliver it, or that all costs are included in ordinary rent. Recurring property and service contribution is distinct from customer computing revenue.
How to test the economicsHypothetical model · not reported results
Phase development yield = stabilized facility and service contribution divided by all allocated delivery capital. Campus cash flow sums billable phases, then deducts common costs, maintenance and financing obligations.
Hypothetical illustration: 20 MW billed at USD 150 per kW-month produces USD 36 million annual rent before costs. A 25% reduction in billable capacity reduces that to USD 27 million. These assumptions are not Citadel leases, occupancy or earnings.
Milestones that would change the assessment
Milestone
Evidence to watch
Capacity reconciliation
A current table separating designed, constructed, energized, contracted and billable MW by building.
Customer-backed expansion
Binding commitments, delivery protections and funded enabling infrastructure.
Service margin
Net electricity and network economics after reimbursed expenses and ongoing support costs.
What could break the investment case?
Our analysis: Changing design envelopes can create inflated totals if historical and current ambitions are combined. Electrical and cooling readiness may lag shell construction. Concentrated hyperscale demand can support growth but increase acceptance and renewal exposure. Network latency claims require workload-specific testing; they do not establish universal suitability.
What would change our view?
Our analysis: Verified new-phase rent commencement and adequate returns on shared capital would strengthen the case. Expansion commitments without customers, repeated electrical delays or expensive density upgrades without compensation would weaken it. The operator’s claimed industry superlatives are not used as investment evidence.
What remains unknown Not established in this review
Current commissioned and billable MW, tenants, lease pricing, new-phase investment, power contracts, measured facility efficiency, supplier awards and site earnings remain undisclosed in the cited pages. The map pin denotes the Tahoe Reno campus area rather than a specific phase.
Project research for information, not a buy recommendation. Financial illustrations use assumptions, not disclosed site results or management guidance.
Existing campus online since 2021; expansion announced September 2026
Confirmed companies
Meta; Rocky Mountain Power; Lydian Energy, named energy-project operator
Next milestone
Expansion-specific scope, power readiness and incremental productive computing
Reviewed
October 6, 2026
Expanded analysis · Original disclosures linked below · CAD and USD preserved as labeled · Company statements attributed; interpretations labeled.
The one-minute investment takeaway
Our analysis: Eagle Mountain supplies a recent expansion within an established campus. The existing operation and September 2026 growth announcement should be modeled separately. For Meta, the payoff is better product economics and computing efficiency; for utilities and energy counterparties, the relevant evidence is contract scope and payment terms.
Readiness basis: Classification of evidence in the reviewed profile; strongest documented phase, not full-campus completion. Existing campus online since 2021; expansion announced September 2026 Readiness source →
What the sources establish
Operator / company disclosureRecent expansion.Meta’s September 14, 2026 announcement says the campus is expanding and its investment in Utah will exceed USD 3 billion. It does not disclose the expansion’s standalone budget or IT MW. Primary source →
Operator / company disclosureExisting operation.Meta’s Eagle Mountain fact sheet says the campus went online in 2021 and identifies work with Rocky Mountain Power on energy planning. Meta’s statements about paying energy costs are company assertions, not a site tariff analysis. Primary source →
Operator / company disclosureEnergy scope. The September release says Meta supports a 150 MW Faraday battery project owned and operated by Lydian Energy, alongside broader Utah renewable and storage additions. Those generation and storage figures are not campus IT capacity. Primary source →
Who receives the money?
Our analysis of disclosed roles. Revenue routes are business-model interpretations, not estimates of booked project revenue.
Funds capacity for its products and computing services
Incremental productive utilization and benefits after hardware replacement and facility costs.
Rocky Mountain Power
Named energy planning relationship
Service agreement, tariff and infrastructure recovery; no exact campus revenue is assigned.
Lydian Energy / Faraday project
Named storage project relationship
Contracted payments, delivery schedule and asset economics; battery MW is not annual energy or computing capacity.
Construction and hardware suppliers
Potential expansion procurement
Named orders and margins; no computing-equipment vendor is inferred.
How financially meaningful is it? Analyst interpretation
Our analysis: an expansion can share site infrastructure and workforce while still demanding substantial new electrical and cooling capital. The cumulative Utah spending headline does not reveal the incremental return. Meta’s product benefits may be spread across its global system, making direct site earnings attribution difficult. For energy infrastructure, distinguish capacity in MW from stored energy in MWh and annual delivered energy. A battery can shift electricity delivery across hours, but its usefulness depends on duration, cycling and the contractual role it actually serves.
How to test the economicsHypothetical model · not reported results
Expansion return = incremental product contribution or avoided computing costs minus added operating and replacement spending, relative to expansion capital. Energy-counterparty return requires its own contract and asset cost model.
Hypothetical illustration: USD 300 million in long-lived facility capital depreciated over 20 years adds USD 15 million annual depreciation. USD 300 million in computing equipment over five years adds USD 60 million. These assumptions demonstrate asset-life sensitivity and are not Meta’s expansion asset mix.
Milestones that would change the assessment
Milestone
Evidence to watch
Expansion definition
Building scope, expected commissioning and a standalone capital commitment.
Electrical and cooling delivery
Actual customer-equipment acceptance rather than renewable project totals.
Productive deployment
Useful computing output, replacement cycle and product or efficiency benefits.
Energy-project evidence
Faraday service commencement and contract terms without assigning battery output to IT load.
What could break the investment case?
Our analysis: Existing operations can make new buildings appear more advanced than they are. Compute hardware, utility works and facilities may arrive at different times. Renewable matching does not itself establish hourly physical supply or low electricity costs. The campus may absorb capital without a separately measurable product payoff.
What would change our view?
Our analysis: Timely accepted capacity and improved computing efficiency would strengthen the assessment. Expensive upgrades, long idle periods or replacement spending ahead of benefits would weaken it. Named supplier or energy contracts could improve public-market attribution, but no investment conclusion follows from participation alone.
What remains unknown Not established in this review
Expansion IT MW, standalone budget, completion dates, actual load, equipment orders, utility pricing, battery payment terms and campus-attributable financial benefits remain undisclosed in the cited materials. Map coordinates denote the Eagle Mountain campus vicinity.
Project research for information, not a buy recommendation. Financial illustrations use assumptions, not disclosed site results or management guidance.
Capacity updates, resource-service obligations and computing productivity
Reviewed
October 6, 2026
Expanded analysis · Original disclosures linked below · CAD and USD preserved as labeled · Company statements attributed; interpretations labeled.
The one-minute investment takeaway
Our analysis: Stanton Springs adds an operating owner-user campus whose resource relationships are documented more clearly than its site economics. The investment test is whether resilient water, power and computing infrastructure produces useful workloads at competitive cost. It should not be labeled a dedicated AI training cluster without specific evidence.
Readiness basis: Classification of evidence in the reviewed profile; strongest documented phase, not full-campus completion. Operating Meta campus; current IT capacity and AI workload share undisclosed Readiness source →
What the sources establish
Operator / company disclosureDocumented operation.Meta’s April 3, 2026 article discusses operations at Stanton Springs in Newton County, Georgia. It identifies the Newton County Water and Sewerage Authority as the source of all campus water and says groundwater is not used in operations. Primary source →
Operator / company disclosureService relationship. The article quotes the water authority as confirming service agreements and operation within the agreed allocation. This is attributed evidence, not an independent measurement of daily withdrawal, tariff or drought resilience. Primary source →
Operator / company disclosureInvestment figures need reconciliation.Meta’s location pages and dated fact sheets publish differing investment headlines. We do not treat an unreconciled cumulative figure as the cost of a current expansion or an operating-income estimate. Primary source →
Who receives the money?
Our analysis of disclosed roles. Revenue routes are business-model interpretations, not estimates of booked project revenue.
Owns infrastructure supporting its wider product and computing system
Useful computing and incremental product benefits after energy, water, staff and hardware replacement.
Newton County Water and Sewerage Authority
Confirmed water-service relationship
Actual allocation, tariff, peak demand obligations and infrastructure cost recovery.
Power, construction and hardware counterparties
Potential ongoing services and capital purchases
Named agreements and procurement before attributing project revenue or an AI supplier.
How financially meaningful is it? Analyst interpretation
Our analysis: a water agreement can reduce operating uncertainty, but its cost and resilience need to be evaluated alongside electrical service and the intended computing equipment. Annual water restoration or community investment has a different economic role from delivering water at the hottest operating hour. Mature campuses also face continuing replacement and efficiency decisions. A new server generation may improve computing output while increasing local heat rejection and electrical requirements. The important denominator is useful work, rather than building area or a cumulative investment headline.
How to test the economicsHypothetical model · not reported results
Resource-adjusted computing cost = electricity, water, network, staffing and maintenance costs plus hardware replacement, divided by useful workload output. A resource constraint affects value through both direct expense and any lost service availability.
Hypothetical illustration: a USD 2 million annual increase in utility and maintenance expense reduces USD 20 million of assumed annual operating benefit by 10%. Those figures are not Stanton Springs costs or earnings; they show why resource obligations belong in the economic model.
Milestones that would change the assessment
Milestone
Evidence to watch
Capacity and workload definition
Dated operating MW and workload evidence, distinguishing broad infrastructure from an AI-specific deployment.
Resource resilience
Peak allocation, backup arrangements, utility upgrades and published measured usage.
Capital reconciliation
A consistent investment scope separating historical spending, new phases, local infrastructure and hardware.
Efficiency evidence
More useful computing per unit of cost without uncounted replacement or retrofit spending.
What could break the investment case?
Our analysis: An operating campus can still face resource, maintenance and hardware-obsolescence risk. Water-service compliance at one date does not establish indefinite capacity for future expansion. Cumulative investment figures can vary because of reporting dates and scope; picking the largest without reconciliation would exaggerate precision. Corporate AI growth cannot be assigned to the site without workload evidence.
What would change our view?
Our analysis: Measured efficient operation, clear expansion obligations and competitive workload costs would strengthen the case. Resource bottlenecks, heavy retrofit spending or unexplained capital growth without productive output would weaken it. Verified AI deployments would strengthen thematic relevance, while broader enterprise workloads could still support infrastructure value.
What remains unknown Not established in this review
Current IT MW, AI workload share, measured utilization, site-specific return, tariff terms, peak water demand, new-phase budget and named equipment contracts remain unestablished in the cited article. The map pin represents the Stanton Springs campus vicinity, with no claim to identify a particular building.
Project research for information, not a buy recommendation. Financial illustrations use assumptions, not disclosed site results or management guidance.
Operator-listed colocation facility; historical development plans distinguished from current results
Confirmed companies
Equinix; Bloom Energy in the historical campus power plan
Next milestone
Billable deployments, density upgrades and evidence of current power configuration.
Reviewed
October 6, 2026
Expanded analysis · Original disclosures linked below · CAD and USD preserved as labeled · Company statements attributed; interpretations labeled.
The one-minute investment takeaway
SV11 shows how connectivity and existing campus infrastructure can support customers without a new hyperscale development. The financial test is recurring deployments and service attachment relative to operating and upgrade costs. The original development budget and cabinet plan provide useful historical context, but do not establish current occupancy, AI demand or a new procurement cycle.
Readiness basis: Classification of evidence in the reviewed profile; strongest documented phase, not full-campus completion. Operator-listed colocation facility; historical development plans distinguished from current results Readiness source →
What the sources establish
Operator / company disclosureCurrent marketed footprint.Equinix lists SV11 at 5 Great Oaks Boulevard in San Jose with 121,930 square feet of colocation space, N+1 power and N+2 cooling redundancy. Floor area does not establish billable occupancy. Primary source →
Operator / company disclosureHistorical construction scope. The June 2, 2021 announcement described a USD 142 million facility, 1,450 initial cabinets and 2,950 at full build, with opening targeted for June 30. These are dated development figures, not current occupied-cabinet counts or an AI expansion budget. Primary source →
Operator / company disclosurePower partner boundary. That release described expansion of Bloom Energy fuel cells toward 20 MW of campus capacity, intended as primary generation with utility and generator backup. It is a historical campus plan, not evidence that SV11 presently has 20 MW of operating IT load. Primary source →
Who receives the money?
Our analysis of disclosed roles. Revenue routes are business-model interpretations, not estimates of booked project revenue.
Paid deployments, recurring services and retention determine economics; SV11 revenue is undisclosed.
Bloom Energy / BE
Named fuel-cell provider in the historical campus plan.
The connection does not establish a new order, current equipment value, renewal revenue or project margin.
Computing customers and vendors
Customers deploy their own workloads and equipment.
No named AI tenant or project-specific NVIDIA order is established; the existing NVIDIA quote is contextual only.
How financially meaningful is it? Analyst interpretation
Our analysis: the historical facility budget cannot be divided by current area and treated as today’s marginal cost. Later phases, power systems, customer fit-out and density changes may have different funding scopes. Connection revenue can supplement cabinet income, but network availability alone does not create a paid connection. For listed-company exposure, separate Equinix’s recurring infrastructure model from Bloom’s equipment and service economics.
How to test the economicsHypothetical model · not reported results
Modeled recurring contribution = cabinet and power-service margin + paid connectivity margin − site operating expense and maintenance. Deduct upgrade investment and funding costs to assess the cash return on additional density.
Hypothetical illustration: 500 additional paid connections at an assumed USD 200 monthly net revenue add USD 1.2 million annually before costs. This does not establish SV11 connection counts, prices or incremental profit.
Milestones that would change the assessment
Milestone
Evidence to watch
Customer deployment
Look for occupied and billable capacity rather than full-build design inventory.
Power configuration
Seek current documentation of commissioned generation, fuel arrangements and redundancy; historical intentions do not prove present delivery.
High-density economics
Watch site-specific upgrade scope, contracted customer demand and cash costs before assigning an AI growth premium.
What could break the investment case?
Our analysis: Density upgrades may consume capital without enough additional billable demand. Power generation introduces fuel, maintenance and reliability considerations. Customers can choose cloud services or other facilities, limiting pricing and retention.
What would change our view?
Our analysis: Our confidence would rise with recurring deployments and economical upgrades, plus verified current power configuration. It would fall if capacity grows without service attachment or if generation and retrofit expenses absorb expected margins.
What remains unknown Not established in this review
Current occupied cabinets, IT MW, AI workload mix, current fuel-cell capacity, upgrade spending and site earnings remain undisclosed in the reviewed sources.
Project research for information, not a buy recommendation. Financial illustrations use assumptions, not disclosed site results or management guidance.
Public-market context
Companies mentioned in this profile
Price, daily change and one-day charts are supplied by TradingView and may be delayed. Mention does not establish a confirmed supplier contract. Private companies have no public stock quote.
Beta reported fully online August 10, 2026; Gamma remains a future phase
Confirmed companies
Empire AI consortium; University at Buffalo; NVIDIA
Next milestone
Research utilization, funded procurement and Gamma delivery milestones.
Reviewed
October 6, 2026
Expanded analysis · Original disclosures linked below · CAD and USD preserved as labeled · Company statements attributed; interpretations labeled.
The one-minute investment takeaway
Empire AI is a research-computing procurement story with public-interest objectives. Equipment suppliers can receive commercial revenue even though the system is not a commercial cloud campus. Investors should distinguish a funded research phase, supplier revenue recognition and the consortium’s scientific outcomes. A queue of projects demonstrates interest, not billable cloud demand.
Readiness basis: Classification of evidence in the reviewed profile; strongest documented phase, not full-campus completion. Beta reported fully online August 10, 2026; Gamma remains a future phase Readiness source →
What the sources establish
Institution / consortium disclosureOperating evidence. The University at Buffalo’s August 10, 2026 report says Beta is fully online, with more than 300 research projects queued. It describes Gamma construction continuing toward completion by end-2027. Beta operation does not establish Gamma completion. Primary source →
Institution / consortium disclosureBudget and equipment boundary. Empire AI describes Beta as a USD 40 million NVIDIA-powered supercomputer launched in 2026. That phase amount is not the consortium’s lifetime budget or a disclosed NVIDIA order value. Its comparison with Alpha describes capacity increases, not measured commercial revenue. Primary source →
Who receives the money?
Our analysis of disclosed roles. Revenue routes are business-model interpretations, not estimates of booked project revenue.
Supplier economics depend on purchased scope, delivery and contract terms; the whole phase budget is not NVIDIA revenue.
Empire AI / consortium
Pools computing access for academic research.
Funding and outcomes support the mission; commercial cloud income is not established.
University at Buffalo
Hosts the system and future full-scale facility.
Facility and heat-reuse investment is distinct from semiconductor procurement and research-access utilization.
How financially meaningful is it? Analyst interpretation
Our analysis: hardware demand is real even when the end user does not sell compute commercially. However, project budgets can include networking, integration, facilities and services, so assigning every dollar to an accelerator vendor would overstate exposure. Renewed public or philanthropic funding can support future orders, but neither a queue nor successful research automatically guarantees a refresh budget. This project’s supplier effect must be evaluated relative to the supplier’s total business.
How to test the economicsHypothetical model · not reported results
Potential supplier revenue = contracted equipment and service scope recognized under the actual delivery terms. Consortium efficiency is a different measure: fully loaded program cost divided by useful completed research work, with scientific quality assessed separately.
Hypothetical illustration: if a USD 40 million phase allocated an assumed 60% to computing hardware, that would be USD 24 million for all such hardware, not automatically one supplier’s sales. The allocation is illustrative and is not disclosed for Beta.
Milestones that would change the assessment
Milestone
Evidence to watch
Beta utilization
Track actual research access, useful GPU hours and completed work; queued projects are not measured utilization.
End-2027 Gamma target
Seek dated construction, commissioning and funding evidence, separating the building from computing installation.
Recurring funding
Watch approved operating and refresh budgets plus procurement disclosures; future supplier demand requires funding.
What could break the investment case?
Our analysis: Operating costs and equipment obsolescence can exceed recurring funding. Access bottlenecks can leave research demand unmet despite installed capacity. Heat reuse depends on infrastructure delivery and usable thermal demand, and it does not establish a supplier profit margin.
What would change our view?
Our analysis: Our confidence in sustained procurement would rise with funded refresh plans and documented research utilization. It would fall if budgets are consumed by facilities or operations without additional computing procurement, or if delivery and access constrain useful work.
What remains unknown Not established in this review
Supplier-specific contract value, hardware allocation, operating budget, actual utilization, maintenance terms and Gamma procurement spending remain unestablished. Scientific benefits are not equated with shareholder profit.
Project research for information, not a buy recommendation. Financial illustrations use assumptions, not disclosed site results or management guidance.
Public-market context
Companies mentioned in this profile
Price, daily change and one-day charts are supplied by TradingView and may be delayed. Mention does not establish a confirmed supplier contract. Private companies have no public stock quote.
MI6-specific customers, resilience investment and cash-efficient density upgrades.
Reviewed
October 6, 2026
Expanded analysis · Original disclosures linked below · CAD and USD preserved as labeled · Company statements attributed; interpretations labeled.
The one-minute investment takeaway
MI6 offers existing infrastructure in the Miami market, where a connectivity narrative needs facility-level verification. A regional network gateway can support customer demand, but it does not establish that every site hosts the same services or AI workloads. The investment test combines billable deployments with the capital needed to preserve reliable operation and meet customer requirements.
Readiness basis: Classification of evidence in the reviewed profile; strongest documented phase, not full-campus completion. Existing operator-listed facility; dedicated AI deployment unconfirmed Readiness source →
What the sources establish
Operator / company disclosureFacility evidence.Equinix lists MI6 at 1525 NW 98th Court in Doral with 75,046 square feet of colocation space and N+1 UPS, generator and cooling redundancy. The published configuration does not quantify outage performance, leased capacity or current customer load. Primary source →
Operator / company disclosureDemand boundary. The listing does not identify a dedicated AI training cluster, named AI tenant or new construction budget. Miami-wide connectivity claims require separate verification before assigning a specific cable connection or service deployment to MI6. Primary source →
Who receives the money?
Our analysis of disclosed roles. Revenue routes are business-model interpretations, not estimates of booked project revenue.
Paid deployments, retention and sustaining capital determine site cash economics.
Customers
Choose the facility for workload and connectivity requirements.
Named contracts and technical acceptance are needed to establish current demand and density.
Power, cooling and network suppliers
Potential delivery and maintenance roles.
No project-specific order value is established from the operator listing.
How financially meaningful is it? Analyst interpretation
Our analysis: reliability is an economic requirement because customer service obligations can expose the owner to costs or lost demand. Redundancy specifications alone do not establish those financial terms. Weather resilience, insurance and backup-service requirements are diligence questions rather than findings of a problem at MI6. Capital spent to sustain service should be separated from capital that adds new billable capacity.
How to test the economicsHypothetical model · not reported results
Sustainable site cash = recurring service contribution − operating expense − maintenance and resilience spending. Incremental upgrades require a separate comparison with contracted new cash, including financing and downtime costs.
Hypothetical illustration: USD 10 million of annual operating cash before sustaining investment leaves USD 8 million after USD 2 million of maintenance and resilience spending. If that spending rises to USD 4 million, residual cash falls 25% to USD 6 million. These are not MI6 cash-flow figures.
Milestones that would change the assessment
Milestone
Evidence to watch
Customer evidence
Seek MI6-specific deployments, contracted expansion and recurring service attachment.
Resilience scope
Verify customer obligations and maintenance requirements rather than relying on a portfolio uptime slogan.
Density delivery
Track engineered and commissioned upgrades plus customer acceptance before attributing AI growth.
What could break the investment case?
Our analysis: Sustaining capital can rise faster than rent. Customer consolidation or competition can pressure retention. High-density requirements may necessitate upgrades without an adequate pricing premium. Regional network strengths do not automatically deliver site revenue.
What would change our view?
Our analysis: Our confidence would rise with durable customer expansion and stable cash after sustaining costs. It would fall if upgrade and service obligations consume most growth or if demand evidence remains solely regional.
What remains unknown Not established in this review
Current IT MW, utilization, customer mix, AI hardware, pricing, insurance and maintenance costs, upgrade budget and site earnings remain unestablished.
Project research for information, not a buy recommendation. Financial illustrations use assumptions, not disclosed site results or management guidance.
Public-market context
Companies mentioned in this profile
Price, daily change and one-day charts are supplied by TradingView and may be delayed. Mention does not establish a confirmed supplier contract. Private companies have no public stock quote.
TR6-specific customer expansion, verified capacity and cash-efficient upgrades.
Reviewed
October 6, 2026
Expanded analysis · Original disclosures linked below · CAD and USD preserved as labeled · Company statements attributed; interpretations labeled.
The one-minute investment takeaway
TR6 adds an existing Greater Toronto infrastructure case where customer expansion can matter more than new construction. Recurring relationships can support rent and connectivity revenue, but the investor test is how much cash remains after the spending needed to support them. The facility’s location and marketed footprint do not establish an AI-only deployment.
Readiness basis: Classification of evidence in the reviewed profile; strongest documented phase, not full-campus completion. Existing operator-listed facility; current AI-specific economics undisclosed Readiness source →
What the sources establish
Operator / company disclosureFacility evidence.Equinix lists TR6 at 30 Bramtree Court in Brampton with 31,194 square feet of colocation space and N+1 cooling redundancy. The operator listing supports a physical facility offering, not current occupied cabinets or productive computing load. Primary source →
Operator / company disclosureRevenue boundary. The reviewed page does not identify a dedicated training cluster, named AI customer, site revenue or new project investment budget. Toronto-wide infrastructure demand and Equinix partnerships cannot establish those missing TR6-specific facts. Primary source →
Who receives the money?
Our analysis of disclosed roles. Revenue routes are business-model interpretations, not estimates of booked project revenue.
Supplies colocation and connectivity infrastructure.
Recurring customers, pricing and maintenance determine cash returns; site earnings remain undisclosed.
Enterprise and cloud-related customers
Use infrastructure and network services.
Actual contracted deployments are required to establish workload and demand mix.
Computing and cooling vendors
Possible deployment and upgrade suppliers.
No TR6-specific contract value is established; vendor exposure remains unverified.
How financially meaningful is it? Analyst interpretation
Our analysis: existing customers can add power, cabinets or connections, but expansion may require owner-funded improvements. The relevant comparison is net cash growth after those costs, not just a higher bill. Gross floor area cannot establish the sellable footprint or rent. Portfolio results and customer-retention measures offer context but cannot be assigned to this one facility without supporting disclosure.
How to test the economicsHypothetical model · not reported results
Incremental cash from customer expansion = additional net recurring contribution − incremental operating costs − annualized upgrade and maintenance needs. Separate power-cost recovery from retained margin to avoid overstating growth.
Hypothetical illustration: an additional CAD 2 million of annual billings with CAD 1.2 million of passed-through power cost leaves CAD 800,000 before other expenses. If support and maintenance rise CAD 300,000, the added contribution is CAD 500,000. These are assumptions, not TR6 billing or margin disclosures.
Milestones that would change the assessment
Milestone
Evidence to watch
Contracted expansion
Seek named deployments or disclosed billable capacity and commencement timing.
Engineering readiness
Verify required density, cooling and power at TR6 rather than assuming another Toronto facility’s capability.
Net cash growth
Compare recurring expansion with power recovery, staffing, maintenance and fit-out capital.
What could break the investment case?
Our analysis: Rising billings can reflect electricity recovery rather than improved profit. High-density requirements can require substantial retrofits. Customer migration or consolidation can reduce existing deployments even while regional AI demand grows.
What would change our view?
Our analysis: Our confidence would rise with durable customer expansion supported by economical upgrades. It would fall if capital and operating costs absorb the revenue increase or if demand evidence remains limited to general market claims.
What remains unknown Not established in this review
Current IT MW, billable cabinets, utilization, customer identities, AI mix, pricing, upgrade costs and site profit remain unestablished. No CAD project budget is invented.
Project research for information, not a buy recommendation. Financial illustrations use assumptions, not disclosed site results or management guidance.
Public-market context
Companies mentioned in this profile
Price, daily change and one-day charts are supplied by TradingView and may be delayed. Mention does not establish a confirmed supplier contract. Private companies have no public stock quote.
Redevelopment announced; current energized and leased capacity undisclosed
Confirmed companies
Compass Datacenters; ComEd; Village of Hoffman Estates
Next milestone
Building-specific energization, customer commitments and rent commencement
Reviewed
October 6, 2026
Expanded analysis · Original disclosures linked below · CAD and USD preserved as labeled · Company statements attributed; interpretations labeled.
The one-minute investment takeaway
Our analysis: the former Sears headquarters offers a large redevelopment opportunity, but demolition and a headline investment figure do not establish recurring earnings. The investment case depends on turning successive buildings into contracted, powered space while limiting capital committed ahead of customer demand.
Readiness basis: Classification of evidence in the reviewed profile; strongest documented phase, not full-campus completion. Redevelopment announced; current energized and leased capacity undisclosed Readiness source →
What the sources establish
Operator / company disclosureDated development evidence. Compass announced the redevelopment kickoff on June 13, 2024, describing five hyperscale buildings on nearly 200 acres. It acquired the property in September 2023. Primary source →
Operator / company disclosureInvestment scope. The announcement described approximately $10 billion in local investment once operational. That community investment headline is not a disclosed developer construction budget or earned revenue. Primary source →
Operator / company disclosureHistorical schedule. The release anticipated summer demolition and construction beginning the following year, and identified ComEd participation. Those dated intentions do not verify October 2026 completion or a specific power contract. Primary source →
Who receives the money?
Our analysis of disclosed roles. Revenue routes are business-model interpretations, not estimates of booked project revenue.
Company / exposure
Economic role
What investors need to establish
Compass
Potential recurring facility rent and operating-service receipts
Executed leases, delivery obligations, capital ownership and stabilized cash yield.
ComEd
Potential electricity delivery and infrastructure economics
Actual service agreements, cost allocation and regulatory recovery; event participation alone is insufficient.
Construction and equipment suppliers
Potential demolition, building and electrical orders
Named awards and scope; no vendor revenue is assigned from the campus headline.
How financially meaningful is it? Analyst interpretation
Our analysis: this is a sequencing problem. Site preparation can consume cash before any rent begins, while a large campus allows later buildings to remain options rather than immediate spending obligations. Compare committed capital with the portion backed by enforceable leases, and separate developer infrastructure from customer computing equipment. A public-market proxy needs a documented ownership or supplier relationship plus attributable economics; proximity to the project is inadequate.
How to test the economicsHypothetical model · not reported results
Stabilized property cash yield = annual rent and service margin minus unrecovered operating costs, divided by total delivered capital. Evaluate each phase independently before combining the campus.
Hypothetical illustration: a USD 200 million phase earning USD 18 million annually before financing yields 9%. A 20% capital overrun reduces that yield to 7.5% if income is unchanged. These are assumed figures, not Compass disclosures.
Milestones that would change the assessment
Milestone
Evidence to watch
Preparation to construction
Completed demolition and permits, followed by evidence of building-specific construction rather than the original kickoff.
Power to tenant delivery
Utility readiness, commissioning and customer acceptance for the same phase.
Expansion decision
A subsequent building supported by contracted demand and a credible funding plan.
What could break the investment case?
Our analysis: Upfront remediation, demolition and utility work may outrun leasing. A completed shell can still carry financing and tax costs without rent if electrical delivery or customer acceptance slips. Broad investment estimates can obscure which party pays for servers and which capital earns a property return.
What would change our view?
Our analysis: Signed tenant commitments, independently evidenced energization and phased rent commencement would strengthen the case. Repeated deferrals, speculative construction without leasing, or rising enabling costs would weaken it. Treat municipal enthusiasm as context rather than proof of stabilized economics.
What remains unknown Not established in this review
Current construction progress, energized MW, tenants, lease pricing, financing terms, allocation of the investment headline and project-specific supplier contracts remain unestablished by the cited announcement.
Project research for information, not a buy recommendation. Financial illustrations use assumptions, not disclosed site results or management guidance.
Expansion completion announced April 2023; current utilization undisclosed
Confirmed companies
DataBank
Next milestone
Billable expansion capacity, renewal pricing and incremental capital needs
Reviewed
October 6, 2026
Expanded analysis · Original disclosures linked below · CAD and USD preserved as labeled · Company statements attributed; interpretations labeled.
The one-minute investment takeaway
Our analysis: SNA2 offers a concrete completed-expansion case. The question is whether incremental space and power generated profitable leasing, and whether further workload upgrades require new capital. Regional technology employers are potential sources of demand, not confirmed tenants.
Readiness basis: Classification of evidence in the reviewed profile; strongest documented phase, not full-campus completion. Expansion completion announced April 2023; current utilization undisclosed Readiness source →
What the sources establish
Operator / company disclosureCompleted addition. DataBank’s April 12, 2023 release says the expansion added 24,000 square feet of raised floor and 4 MW, bringing SNA2 to 57,700 square feet and 8 MW of critical IT power. Primary source →
Operator / company disclosureProperty and market. The release locates SNA2 at 17400 Von Karman Avenue in Irvine and describes carrier-neutral interconnection. Its combined Irvine figures include SNA1 and must not be attributed entirely to SNA2. Primary source →
Operator / company disclosureTechnical design. DataBank describes 2N power and N+1 cooling. Its discussion of nearby technology firms does not identify those firms as customers or establish AI-specific utilization. Primary source →
Who receives the money?
Our analysis of disclosed roles. Revenue routes are business-model interpretations, not estimates of booked project revenue.
Company / exposure
Economic role
What investors need to establish
DataBank
Colocation rent, connectivity and service contribution
Incremental leased capacity and margin after operating and maintenance costs.
Carriers
Potential network services and cross-connect economics
Actual contracted connections; market presence is not facility-level receipts.
Equipment and retrofit providers
Potential upgrade orders
Documented award scope and who funds density modifications.
How financially meaningful is it? Analyst interpretation
Our analysis: existing sites may reuse staff, land and some common systems, improving expansion economics. That advantage must be tested against the actual additional electrical and cooling investment. Separate new-customer growth from customers relocating within the operator’s portfolio. Revenue migration can fill a new hall without generating equal net corporate growth. An older completed expansion also invites a renewal analysis rather than continuous reliance on its opening announcement.
How to test the economicsHypothetical model · not reported results
Incremental return = new net rental and service contribution minus added operating costs, divided by expansion and enabling capital. Deduct revenue displaced from other facilities when assessing portfolio growth.
Hypothetical illustration: 1 MW billed at USD 170 per kW-month yields USD 2.04 million annual rent before costs. A USD 5 million unplanned upgrade consumes about 2.45 years of that gross rent. Neither figure is disclosed SNA2 economics.
Milestones that would change the assessment
Milestone
Evidence to watch
Lease-up evidence
Current billable capacity and renewal terms for the completed addition.
Upgrade economics
Customer-specific density approval and contractual responsibility for new equipment.
Portfolio growth
Evidence distinguishing new demand from internal customer transfers.
What could break the investment case?
Our analysis: A completed hall can underperform if leasing takes longer than expected or service costs rise. Higher-density workloads may consume power faster than floor area, reducing usable cabinet inventory. Local employer growth should not be converted into imaginary tenant commitments.
What would change our view?
Our analysis: Stable billable utilization, renewals and low incremental maintenance spending would strengthen the case. Heavy retrofit capital, weak retention or concessions that offset lease-up would weaken it. Evidence of AI demand needs named workloads or contracts rather than a regional technology narrative.
What remains unknown Not established in this review
Current occupancy, AI workload share, rental rates, expansion budget, site margins, measured efficiency, tenant identities and incremental service receipts remain undisclosed in the completion release.
Project research for information, not a buy recommendation. Financial illustrations use assumptions, not disclosed site results or management guidance.
Operator lists campus design scope; current phase delivery not established here
Confirmed companies
Vantage Data Centers
Next milestone
Building-specific delivery, available power and billable leasing
Reviewed
October 6, 2026
Expanded analysis · Original disclosures linked below · CAD and USD preserved as labeled · Company statements attributed; interpretations labeled.
The one-minute investment takeaway
Our analysis: VA2 should be evaluated as three potential delivery and revenue streams rather than a single 96 MW earning asset. The operator provides a clear design envelope, but its forward-looking campus wording does not establish which buildings are commissioned today. The decisive evidence is phase-level power, acceptance and rent.
Readiness basis: Classification of evidence in the reviewed profile; strongest documented phase, not full-campus completion. Operator lists campus design scope; current phase delivery not established here Readiness source →
What the sources establish
Operator / company disclosureCampus envelope. Vantage lists an 18-acre campus with three multi-story data centers, 800,000 square feet and 96 MW of critical IT capacity. Its overview uses future-tense language. Primary source →
Operator / company disclosureInfrastructure design. The operator describes multiple electrical feeds, N+1 electrical redundancy, closed-loop chilled-water cooling and N+2 mechanical redundancy. Primary source →
Operator / company disclosureConnectivity design. The campus offering includes carrier-neutral connectivity, six meet-me rooms and three fiber entry points. These are specifications, not evidence of network-service revenue or tenant occupancy. Primary source →
Who receives the money?
Our analysis of disclosed roles. Revenue routes are business-model interpretations, not estimates of booked project revenue.
Company / exposure
Economic role
What investors need to establish
Vantage
Potential wholesale facility rent and operating services
Ownership economics, delivered phases and billable contracts.
Utility and electrical suppliers
Potential enabling infrastructure and consumption revenue
Named service obligations and awarded contracts; no utility or vendor is inferred here.
Carriers and customers
Connectivity services and tenant computing operations
Actual deployments and service contracts; campus specifications do not identify customer workloads.
How financially meaningful is it? Analyst interpretation
Our analysis: the building count matters because revenue commencement can be staggered while shared infrastructure is paid for early. Allocate common substation and site costs consistently across phases, and avoid calling early phases profitable by leaving shared costs elsewhere. A market with many nearby users can support leasing, but customer willingness to pay requires timely usable power and acceptable technical specifications. Address and market branding should not substitute for precise property and utility evidence.
How to test the economicsHypothetical model · not reported results
Campus cash generation = sum of each phase’s billable capacity × net rental rate, less operating costs and shared infrastructure spending. Development yield should use the full capital allocated to that phase.
Hypothetical illustration: a 12 MW tranche billed at USD 140 per kW-month produces USD 20.16 million annual rent before costs. A three-month delay removes USD 5.04 million in the first year. These assumptions do not represent VA2 pricing or commissioning.
Milestones that would change the assessment
Milestone
Evidence to watch
Phase identification
Dated confirmation of each building’s construction and ready-for-service status.
Electrical acceptance
Utility energization and tested capacity matched to the same customer delivery dates.
Lease economics
Contracted versus billable MW, pricing and customer-funded versus owner-funded fit-out.
What could break the investment case?
Our analysis: Shared infrastructure can become stranded if subsequent buildings are delayed. Network diversity does not compensate for insufficient electrical capacity. Existing cooling specifications also need customer-level validation before assigning modern high-density AI economics. Financing costs can accumulate during the interval between construction spending and accepted delivery.
What would change our view?
Our analysis: Verified commissioning, predictable phase delivery and lease terms that compensate the owner for customer-specific capital would strengthen the case. Extended power delays, disputed acceptance or a mismatch between design and tenant demand would weaken it. A current phase schedule would materially improve confidence beyond the undated campus offering.
What remains unknown Not established in this review
Current delivery dates, energized and billable capacity, tenant identities, utility arrangements, capital commitments, lease rates, measured efficiency and site-level financing are not established by the operator overview.
Project research for information, not a buy recommendation. Financial illustrations use assumptions, not disclosed site results or management guidance.
Virginia DEQ record check
Reviewed October 7, 2026 · Candidate facility match
DEQ lists Vantage Data Centers VA2 LLC at 22435 Glenn Drive, Sterling, under air registration 74242. The legal entity and market align with Ashburn II, but building-level address reconciliation and the current permit document remain outstanding. This candidate is not NTT Global VA2 and does not establish that the full 96 MW design scope is energized.
Facility-register screen; complete permit conditions were unavailable. Air-source classifications do not verify campus IT load, energization or comprehensive compliance.
Second building topped out June 2026; Q2 2027 operating target
Confirmed companies
Edged US; FCL Builders; ThermalWorks
Next milestone
Second-building commissioning, tenant handover and measured cooling performance.
Reviewed
October 6, 2026
Expanded analysis · Original disclosures linked below · CAD and USD preserved as labeled · Company statements attributed; interpretations labeled.
The one-minute investment takeaway
Aurora combines a preleased expansion with a clear physical construction milestone. That reduces some uncertainty about demand and structural progress, while leaving commissioning, customer handover and capital recovery as the next investor tests. The first operating facility and second planned building must be modeled separately rather than treating the entire expansion as already producing rent.
Readiness basis: Classification of evidence in the reviewed profile; strongest documented phase, not full-campus completion. Second building topped out June 2026; Q2 2027 operating target Readiness source →
What the sources establish
Operator / company disclosureDelivery and demand. Edged’s June 4, 2026 announcement says its second Aurora building is structurally topped out, fully preleased and planned for 72 MW of critical capacity. It targets operation in Q2 2027 and names FCL Builders. The tenant is not identified. Primary source →
Operator / company disclosureCooling and phase boundary. The release names ThermalWorks cooling and says the first Aurora facility opened in February 2025. Its water-savings comparison is an operator estimate versus conventional facilities, not measured second-building operation. Waterless cooling is not a claim of zero total site water use. Primary source →
Who receives the money?
Our analysis of disclosed roles. Revenue routes are business-model interpretations, not estimates of booked project revenue.
Company / exposure
Economic role
What investors need to establish
Edged US / private
Develops and operates the leased infrastructure.
Rent commencement, funding and operating costs determine return; pricing and project earnings are undisclosed.
FCL Builders / private
Named construction partner.
Construction progress establishes a delivery role, not contract value, booked margin or recurring campus income.
ThermalWorks / private
Named cooling technology connection.
Equipment and service economics require contract scope; a technology mention is not an order-value disclosure.
Delivery protection, termination terms and payment commencement remain unestablished.
How financially meaningful is it? Analyst interpretation
Our analysis: preleasing improves demand visibility but does not remove execution or counterparty risk. Structural completion precedes electrical, cooling and computing acceptance. The efficiency case must also establish who pays for energy and who retains savings under the lease. Portfolio-wide design metrics are not a measured Aurora result. A planned 72 MW facility is therefore a delivery obligation before it becomes a proven cash-generating asset.
How to test the economicsHypothetical model · not reported results
Modeled owner cash = commenced rent + retained service margin − non-recovered operating costs − maintenance − debt service. Tenant-funded equipment must be kept separate from the owner’s development investment.
Hypothetical illustration: 20 MW of billable load at an assumed USD 150 per kW monthly rent yields USD 36 million annually before expenses. A three-month commencement shift moves USD 9 million beyond the original timetable. Neither rent nor that billable load is disclosed for Aurora.
Milestones that would change the assessment
Milestone
Evidence to watch
Q2 2027 operator target
Seek commissioning and customer acceptance evidence; topping out proves structural progress, not operational readiness.
Lease commencement
Verify handover and billing, plus conditions that protect either party if delivery differs from the contract.
Measured efficiency
Compare actual resource use and cooling reliability with the design, and determine which party receives operating savings.
What could break the investment case?
Our analysis: Power or mechanical readiness can lag the structure. Cooling must meet contracted density and reliability. Unnamed tenant concentration and financing costs can affect owner cash even when the building is preleased.
What would change our view?
Our analysis: Our confidence would rise with commissioned capacity and timely rent commencement at expected costs. It would fall if fit-out or utility requirements delay handover, or if concessions and upgrades absorb the planned efficiency benefit.
What remains unknown Not established in this review
Tenant identity, lease terms, project budget, financing, current commissioned second-building MW, measured efficiency and partner contract values remain undisclosed.
Project research for information, not a buy recommendation. Financial illustrations use assumptions, not disclosed site results or management guidance.
Opened to customers October 2024; current utilization undisclosed
Confirmed companies
Vantage Data Centers; DPR Construction; Silicon Valley Power
Next milestone
Leased and billable capacity, tenant acceptance and density compatibility
Reviewed
October 6, 2026
Expanded analysis · Original disclosures linked below · CAD and USD preserved as labeled · Company statements attributed; interpretations labeled.
The one-minute investment takeaway
Our analysis: CA3 has stronger delivery evidence than a proposed campus. Its investment question has shifted from whether a building can open to how much of its capacity earns rent, at what incremental cost, and with which customer density requirements. Opening is a useful milestone, not a utilization disclosure.
Readiness basis: Classification of evidence in the reviewed profile; strongest documented phase, not full-campus completion. Opened to customers October 2024; current utilization undisclosed Readiness source →
What the sources establish
Contractor disclosureDelivered facility. DPR describes a four-story, 486,000-square-foot single-building campus on nearly eight acres and says it opened to customers in October 2024. Primary source →
Contractor disclosureCapacity and utility. DPR reports more than 64 MW of critical IT capacity and identifies Silicon Valley Power as the electricity provider. Capacity is not a measurement of customer electricity consumption. Primary source →
Contractor disclosureEngineering scope. The contractor describes an onsite substation, multiple utility feeds, N+1 electrical redundancy and closed-loop cooling with N+2 mechanical redundancy. These specifications do not disclose GPU deployment or rack-level liquid cooling readiness. Primary source →
Who receives the money?
Our analysis of disclosed roles. Revenue routes are business-model interpretations, not estimates of booked project revenue.
Company / exposure
Economic role
What investors need to establish
Vantage
Recurring leased-power and facility-service economics
Billable MW, realized pricing, lease duration and owner-funded tenant modifications.
DPR
Construction delivery economics
The source confirms its project role; contract value and realized margin are not disclosed.
Silicon Valley Power
Electric service receipts
Actual consumption and tariff treatment; IT nameplate excludes cooling and other facility load.
How financially meaningful is it? Analyst interpretation
Our analysis: delivered infrastructure reduces one category of risk but can leave leasing, concentration and retrofit risk. Model contracted capacity separately from billable capacity and actual electrical draw. A take-or-pay reservation may earn rent before full customer load, whereas unfinished tenant work can postpone billing. Those possibilities require lease evidence. A dense urban building also needs scrutiny of vertical circulation, structural loads and cooling distribution when customers change hardware generations.
How to test the economicsHypothetical model · not reported results
Annual facility contribution = billable contracted kW × monthly net rent per kW × 12, plus service margin, minus unrecovered fixed and variable costs. Electricity reimbursement should be separated from durable rent margin.
Hypothetical illustration: 10 MW billed at USD 150 per kW-month generates USD 18 million annual rent before costs. Six months of delayed billing removes USD 9 million from that year. Neither the price nor leased quantity is disclosed for CA3.
Milestones that would change the assessment
Milestone
Evidence to watch
Lease conversion
Evidence separating signed reservations, ready-for-service capacity and rent-paying customer deployments.
Density validation
Customer-specific heat rejection, electrical delivery and structural acceptance for intended workloads.
Stabilization
Occupancy, renewal and operating-cost evidence supporting cash yield on delivered capital.
What could break the investment case?
Our analysis: A high-capacity building can remain economically underfilled. Tenant-specific upgrades may erode an attractive headline rental rate, and a few large customers can concentrate renewal exposure. Renewable electricity claims do not by themselves establish physical hourly supply, tariff stability or low cooling costs.
What would change our view?
Our analysis: Sustained billable occupancy and tenant acceptance without major incremental capital would strengthen the assessment. Expensive retrofits, concessions, customer concentration or long gaps between reservation and billing would weaken it. Contractor delivery evidence should not be stretched into owner profitability.
What remains unknown Not established in this review
Current customer utilization, contracted and billable MW, pricing, site capital cost, lease structure, measured PUE, actual electricity draw and workload-specific cooling approvals remain undisclosed in the cited project account.
Project research for information, not a buy recommendation. Financial illustrations use assumptions, not disclosed site results or management guidance.
Operator lists a 79 MW campus; current energized utilization undisclosed
Confirmed companies
Compass Datacenters
Next milestone
Building-level power, tenant acceptance and billable capacity
Reviewed
October 6, 2026
Expanded analysis · Original disclosures linked below · CAD and USD preserved as labeled · Company statements attributed; interpretations labeled.
The one-minute investment takeaway
Our analysis: the Compass market listing establishes a campus offering, but leaves the key earnings bridge incomplete. Investors need to know how much capacity is usable, contracted and billable, and which capital obligations remain. A large number on a market page cannot supply those answers.
Readiness basis: Classification of evidence in the reviewed profile; strongest documented phase, not full-campus completion. Operator lists a 79 MW campus; current energized utilization undisclosed Readiness source →
What the sources establish
Operator / company disclosureOperator-listed scale. Compass’s market page identifies a 79 MW hyperscale campus in Loudoun County, Northern Virginia. It does not label that figure as measured current customer draw. Primary source →
Operator / company disclosureEvidence boundaries. The Northern Virginia entry describes development with local officials but does not name campus customers, provide building-level delivery dates or disclose project contract values. Primary source →
Who receives the money?
Our analysis of disclosed roles. Revenue routes are business-model interpretations, not estimates of booked project revenue.
Company / exposure
Economic role
What investors need to establish
Compass
Potential recurring rent and facility-service receipts
Contracts, ownership share, delivered capital and stabilized cash contribution.
Utility counterparties
Potential electrical service economics
Named agreements, energization and cost allocation; none is assigned from the listing.
Customer and equipment ecosystem
Potential tenant computing and supplier spending
Verified tenant or procurement evidence before adding specific securities.
How financially meaningful is it? Analyst interpretation
Our analysis: hyperscale facilities can have concentrated customers and custom delivery obligations. A long contract may provide predictable receipts but also impose significant upfront fit-out and acceptance risk. Separate the asset’s development yield from the equity return after financing. A leased phase can look attractive before interest and replacement reserves yet provide much less distributable cash. Public investment exposure requires a documented relationship and meaningful ownership economics.
How to test the economicsHypothetical model · not reported results
Property contribution = billable contracted capacity × net rent plus service margin minus unrecovered expenses. Equity cash flow additionally deducts debt service, maintenance and required reserves.
Hypothetical illustration: a USD 100 million asset earning USD 9 million before financing yields 9%. USD 60 million of debt at 7% consumes USD 4.2 million annual interest, leaving USD 4.8 million before other equity costs. These are assumptions, not campus financing.
Milestones that would change the assessment
Milestone
Evidence to watch
Capacity reconciliation
A dated schedule separating planned, energized, accepted and billable MW.
Tenant obligations
Lease commencement, fit-out responsibilities and protections against delivery delays.
Return evidence
Allocated project capital and operating costs sufficient to assess cash yield.
What could break the investment case?
Our analysis: Customer concentration can magnify renewal and credit exposure. A power-ready facility may still await customer acceptance, and pass-through electricity receipts can inflate revenue without equal margin. Common market branding can also conceal different phases with different delivery risks.
What would change our view?
Our analysis: Verified rent commencement and stable customer obligations would strengthen the case. A large gap between listed capacity and usable contracted capacity, or owner-funded spending without compensated rent, would weaken it. Neither interpretation can be resolved from the market listing alone.
What remains unknown Not established in this review
Tenant identities, lease terms, energized and billable MW, delivery schedule, project capital, utility agreements, financing and site earnings remain unknown in the cited entry.
Project research for information, not a buy recommendation. Financial illustrations use assumptions, not disclosed site results or management guidance.
Virginia DEQ record check
Reviewed October 7, 2026 · Candidate facility match
DEQ lists Compass IAD Datacenter at 42254 Thunderball Drive, Leesburg, under air registration 74160. The operator and county align with our Compass Loudoun profile; the operator market page does not establish the precise address or which buildings comprise its 79 MW offering. The record therefore remains a candidate, rather than proof of full-campus delivery.
Facility-register screen; complete permit conditions were unavailable. Air-source classifications do not verify campus IT load, energization or comprehensive compliance.
Renewals, customer deployments and verified density or power upgrades.
Reviewed
October 6, 2026
Expanded analysis · Original disclosures linked below · CAD and USD preserved as labeled · Company statements attributed; interpretations labeled.
The one-minute investment takeaway
ACC6 is an existing facility in a major infrastructure market, so the investment question is how well the owner converts established space into recurring cash. The operator and building specifications are documented. A regional AI demand narrative does not reveal the facility’s customer mix, rents or upgrade needs, and therefore cannot substitute for lease evidence.
Readiness basis: Classification of evidence in the reviewed profile; strongest documented phase, not full-campus completion. Operator-listed facility; site-specific AI demand and utilization undisclosed Readiness source →
What the sources establish
Operator / company disclosureFacility scope.Digital Realty lists ACC6 at 44461 Chilum Place in Ashburn, with a one-story, 262,000-square-foot building and N+2 UPS and cooling redundancy. These are operator specifications; they do not identify usable IT MW or billable occupancy. Primary source →
Operator / company disclosureDemand boundary. The reviewed listing does not disclose a named AI tenant, facility revenue, current utilization or a project-specific accelerator procurement. Its Northern Virginia innovation-lab promotion does not establish an ACC6 customer deployment. Primary source →
Who receives the money?
Our analysis of disclosed roles. Revenue routes are business-model interpretations, not estimates of booked project revenue.
Rent, services, renewals and ongoing investment determine recurring cash generation.
Existing and prospective customers
Lease infrastructure and install computing systems.
Evidence of contracted capacity and commenced billing is needed before assigning site growth.
Power, cooling and hardware vendors
Potential upgrade or tenant procurement roles.
No named ACC6 order is established; an industry role or stock listing is not contract evidence.
How financially meaningful is it? Analyst interpretation
Our analysis: an existing property can benefit from renewals and customer expansion, but renewal pricing must be evaluated after concessions, fit-out spending and service costs. Redundancy supports reliability but does not prove modern high-density suitability without additional engineering evidence. Portfolio financial results can provide context; ACC6’s individual contribution remains unknown.
How to test the economicsHypothetical model · not reported results
Modeled net renewal benefit = change in contracted rent − annualized concessions and upgrade cost − added non-recovered operating expenses. A growth lease requiring major owner-funded fit-out can produce less cash than its headline rent suggests.
Hypothetical illustration: increasing annual rent from USD 10 million to USD 11 million adds USD 1 million before costs. If the owner spends USD 8 million on upgrades, that rent uplift alone takes eight years to recover the upgrade cost, ignoring financing, timing and residual value. These are assumed values, not ACC6 lease terms.
Milestones that would change the assessment
Milestone
Evidence to watch
Contracted demand
Seek customer or leasing evidence that identifies scope, commencement and any owner-funded improvements.
Engineering delivery
Verify site-specific power and cooling upgrades and operating acceptance before assuming high-density computing capability.
Renewal economics
Compare rent growth with concessions, maintenance and fit-out spending; portfolio averages cannot establish ACC6 returns.
What could break the investment case?
Our analysis: High-density changes can require expensive retrofits or reduce usable capacity. Lease renewals may involve concessions. Existing infrastructure can retain tenants yet still consume more sustaining capital than the rent growth supports.
What would change our view?
Our analysis: Our confidence would rise with customer expansion that produces stronger cash after upgrades. It would fall if incremental rent requires disproportionate investment or if AI demand remains a regional claim without facility-level evidence.
What remains unknown Not established in this review
Current IT MW, occupancy, customer identities, AI workload mix, rent and renewal terms, upgrade budget and facility earnings remain unestablished. Stock valuation requires company-level work beyond this project profile.
Project research for information, not a buy recommendation. Financial illustrations use assumptions, not disclosed site results or management guidance.
Public-market context
Companies mentioned in this profile
Price, daily change and one-day charts are supplied by TradingView and may be delayed. Mention does not establish a confirmed supplier contract. Private companies have no public stock quote.
Reviewed October 7, 2026 · No exact facility match established
An exact DEQ air-record match for ACC6 at 44461 Chilum Place was not established. A nearby Digital Realty Ashburn Campus record, registration 73370, lists other Hastings Drive and Chilum Place addresses; it has not been assigned to ACC6. This is a matching gap, not evidence that ACC6 lacks a permit.
Facility-register screen; complete permit conditions were unavailable. Air-source classifications do not verify campus IT load, energization or comprehensive compliance.
January 2025 groundbreaking; subsequent commissioning not verified here
Confirmed companies
CyrusOne; ComEd
Next milestone
New-campus commissioning and first rent-paying deployment
Reviewed
October 6, 2026
Expanded analysis · Original disclosures linked below · CAD and USD preserved as labeled · Company statements attributed; interpretations labeled.
The one-minute investment takeaway
Our analysis: the new Aurora development is a separate underwriting case from CyrusOne’s nearby operating campus. Existing local presence may help execution, but it does not make the expansion operational or preleased. Follow the new buildings’ capital, power and acceptance milestones independently.
Readiness basis: Classification of evidence in the reviewed profile; strongest documented phase, not full-campus completion. January 2025 groundbreaking; subsequent commissioning not verified here Readiness source →
What the sources establish
Operator / company disclosureCorrect initial scope. CyrusOne’s January 28, 2025 announcement identifies two buildings totaling 446,000 square feet and an initial 40 MW of IT capacity, with scalability for future growth. This corrects the prior 50 MW note. Primary source →
Operator / company disclosureSeparate campus. The announcement calls this its second Aurora campus and distinguishes a nearby existing three-building campus operating since 2016. Primary source →
Operator / company disclosureUtility participation. ComEd participated in the groundbreaking and discussed providing electrical infrastructure. The release does not specify an energized date, tariff or signed utility service capacity. Primary source →
Who receives the money?
Our analysis of disclosed roles. Revenue routes are business-model interpretations, not estimates of booked project revenue.
Company / exposure
Economic role
What investors need to establish
CyrusOne
Potential new facility rent and customer-service income
Leases and return on this campus’s capital, separate from existing Aurora operations.
ComEd
Potential electric service and infrastructure recovery
Actual energization, customer load and allocation of network investment.
Builders and equipment vendors
Potential project orders
Awarded scope and margins; no suppliers are named in the cited announcement.
How financially meaningful is it? Analyst interpretation
Our analysis: an initial capacity figure is a construction and leasing envelope, not a revenue forecast. Expansion potential should receive value only after incremental power, permits, spending and demand are established. An existing neighboring business may provide operational experience, but shared staff or infrastructure savings require evidence. Avoid attributing statewide corporate investment totals to this one expansion or counting nearby operating capacity twice.
How to test the economicsHypothetical model · not reported results
New-campus development return = stabilized operating cash contribution divided by new-campus capital, including its share of enabling works. Separate initial delivery from optional expansion capital.
Hypothetical illustration: if a 5 MW delivery tranche earns USD 160 per kW-month, annual rent is USD 9.6 million before costs. A six-month acceptance delay reduces first-year rent by USD 4.8 million. No Aurora lease rate or delivered tranche is asserted.
Milestones that would change the assessment
Milestone
Evidence to watch
Construction completion
Dated progress identifying the new campus and its two buildings rather than existing CHI facilities.
Power and acceptance
Commissioning records, utility readiness and customer acceptance for the initial phase.
Expansion underwriting
Additional contracted load, funded capital and technical permits before assigning value to scalability.
What could break the investment case?
Our analysis: Confusing the operating campus with the new development can conceal unfinished construction and exaggerate current earnings. Power infrastructure delivery, customer fit-out and financing may move on different schedules. Scalability can require substantial new capital rather than being a free addition to the initial facility.
What would change our view?
Our analysis: New-campus energization, tenant acceptance and durable lease economics would strengthen the case. Unclear property identity, repeated delivery delays or expansion spending without committed customers would weaken it. The most valuable update is a dated operational milestone with its specific capacity and campus identity.
What remains unknown Not established in this review
Post-groundbreaking progress, current energized MW, tenants, preleasing, project budget, completion dates, rental terms and binding utility arrangements remain unverified by the cited release.
Project research for information, not a buy recommendation. Financial illustrations use assumptions, not disclosed site results or management guidance.
Leasing, density upgrades and the capital needed to sustain service
Reviewed
October 6, 2026
Expanded analysis · Original disclosures linked below · CAD and USD preserved as labeled · Company statements attributed; interpretations labeled.
The one-minute investment takeaway
Our analysis: EWR12 connects investors to a named public operator, but the facility listing supplies engineering specifications rather than an earnings estimate. The valuable question is how reliability supports pricing and retention after accounting for the capital and operating costs of redundant infrastructure.
Readiness basis: Classification of evidence in the reviewed profile; strongest documented phase, not full-campus completion. Operator-listed facility; site-level utilization and operating MW undisclosed Readiness source →
What the sources establish
Operator / company disclosureProperty identity.Digital Realty lists EWR12 at 365 South Randolphville Road in Piscataway Township, with a two-story, 323,000-square-foot building. Total building area is not rentable IT area. Primary source →
Operator / company disclosureRedundancy offering. The facility page specifies 2N UPS redundancy and 2N cooling redundancy. It does not disclose present IT MW, occupied capacity or a named AI customer. Primary source →
Who receives the money?
Our analysis of disclosed roles. Revenue routes are business-model interpretations, not estimates of booked project revenue.
Potential property rent and associated service receipts
Site occupancy, cash rent, ownership economics and upgrade capital.
Customers
Pay for reliable space, power and services
Actual lease terms and workload requirements, rather than assumed AI usage.
Electrical and cooling vendors
Potential maintenance and upgrade work
Named orders and replacement cycles; engineering specifications alone do not identify vendors.
How financially meaningful is it? Analyst interpretation
Our analysis: two complete redundant paths can improve service continuity but also tie up capital and require maintenance. The owner must recover those costs through pricing, retention and efficient operations. Building scale alone cannot distinguish occupied revenue-producing rooms from support areas. Even a profitable facility may be small relative to a diversified listed company, so site connection and stock valuation should be assessed separately.
How to test the economicsHypothetical model · not reported results
Facility cash contribution = rental and service margin minus unrecovered operating costs and recurring capital needs. Corporate investment relevance depends on the site’s contribution relative to the wider portfolio.
Hypothetical illustration: a USD 2 million annual maintenance reserve reduces USD 10 million of pre-reserve operating contribution by 20%. This shows why gross rent is insufficient; neither amount is reported for EWR12.
Milestones that would change the assessment
Milestone
Evidence to watch
Leasing quality
Renewal pricing, retention and usable capacity rather than building-size comparisons.
Technical upgrades
Customer acceptance of higher densities and transparent allocation of retrofit spending.
Financial relevance
Portfolio reporting or site disclosures that establish materiality without inventing property earnings.
What could break the investment case?
Our analysis: Legacy infrastructure may require modernization to meet changing customer density needs. A technically robust building can still face leasing concessions or expensive replacements. Renewable-energy percentages do not establish actual hourly supply, customer consumption or the site’s electricity cost.
What would change our view?
Our analysis: Durable renewals and upgrades recovered through contracts would strengthen the assessment. Rising maintenance burdens, unused powered rooms or pricing concessions would weaken it. A public operator relationship is useful for research but does not establish a favorable stock entry price.
What remains unknown Not established in this review
Current occupied and billable capacity, rentable IT space, operating MW, site income, maintenance capital, customer identity, workload mix and project-specific supplier contracts remain undisclosed in the facility listing.
Project research for information, not a buy recommendation. Financial illustrations use assumptions, not disclosed site results or management guidance.
Public-market context
Companies mentioned in this profile
Price, daily change and one-day charts are supplied by TradingView and may be delayed. Mention does not establish a confirmed supplier contract. Private companies have no public stock quote.
Historical land purchase and phase plan; current delivery unestablished by reviewed source
Confirmed companies
Compass Datacenters; current company backing described separately from site contracts
Next milestone
Current commissioning evidence, binding tenant scope and dated utility delivery.
Reviewed
October 6, 2026
Expanded analysis · Original disclosures linked below · CAD and USD preserved as labeled · Company statements attributed; interpretations labeled.
The one-minute investment takeaway
Etobicoke illustrates why an old construction target is an evidence lead rather than a current operating conclusion. Compass documented a land purchase and phased plan in 2020. The next underwriting step is to establish what was delivered, what is leased and which obligations remain. A company’s wider institutional backing does not establish this project’s financing or cash return.
Readiness basis: Classification of evidence in the reviewed profile; strongest documented phase, not full-campus completion. Historical land purchase and phase plan; current delivery unestablished by reviewed source Readiness source →
What the sources establish
Operator / company disclosureHistorical development. Compass’s May 5, 2020 release confirms land purchase in Etobicoke and describes a first building planned for 30 MW of critical IT load, with 10 MW targeted for Q3 2020. The elapsed target date is not proof that delivery occurred. Primary source →
Operator / company disclosureBudget and company boundary. The release quotes a phase-one dollar amount without an explicit currency denomination; we do not classify it as CAD or USD. The current company description on the page names institutional backers, but does not establish their site-level equity, debt or tenant contracts. Primary source →
Who receives the money?
Our analysis of disclosed roles. Revenue routes are business-model interpretations, not estimates of booked project revenue.
Company / exposure
Economic role
What investors need to establish
Compass / private
Acquires and develops data-center infrastructure.
Current delivery, lease commencement and funding terms are needed to establish recurring owner returns.
Institutional backers
Company-level backing appears in the current page description.
Do not treat corporate backing as a project-specific capital commitment or assign shareholder earnings.
Tenants and equipment suppliers
Potential computing and procurement counterparties.
No named tenant or site-specific accelerator order is established by the historical release.
How financially meaningful is it? Analyst interpretation
Our analysis: a land acquisition, construction plan and commissioned lease are different economic stages. Six years after a dated target, the relevant action is to find fresh operating evidence rather than assume completion or infer a delay. Unclear currency also prevents a credible cost-per-MW calculation. Historical plan values are useful for tracing scope, while current returns require actual cost, funding and contractual cash.
How to test the economicsHypothetical model · not reported results
Development return requires verified invested capital and cash generated by delivered phases. Recurring lease income begins under the actual commencement terms, not on an old target date. Unconfirmed phases stay outside a current-income model.
Hypothetical illustration: 10,000 billable kW at an assumed CAD 140 monthly net rent generates CAD 16.8 million annually before costs. Planned 10 MW alone generates no modeled current rent without evidence of billable delivery. The currency and price are illustrative, not the announcement’s budget or lease terms.
Milestones that would change the assessment
Milestone
Evidence to watch
Current status
Seek dated operator or public-record confirmation of commissioned buildings and delivered IT capacity.
Customer contracts
Establish tenant identity, billable scope and commencement conditions rather than general prospects.
Funding and economics
Verify cost currency, financing, infrastructure responsibilities and cash available after sustaining costs.
What could break the investment case?
Our analysis: Incomplete current evidence makes revenue timing uncertain. Utility delivery or customer requirements can change between planning and handover. Corporate capital availability does not ensure a particular phase earns attractive returns.
What would change our view?
Our analysis: Our confidence would rise with fresh commissioning evidence and contracted cash flows. It would fall if substantial capital obligations remain without verified demand or if essential scope and delivery information remains unresolved.
What remains unknown Not established in this review
Current operating status and IT MW, leased capacity, tenant identities, explicit budget currency, final cost, financing, supplier contracts and campus earnings remain unestablished by the reviewed release.
Project research for information, not a buy recommendation. Financial illustrations use assumptions, not disclosed site results or management guidance.
Contracted capacity, lease commencements and documented customer or density upgrades.
Reviewed
October 6, 2026
Expanded analysis · Original disclosures linked below · CAD and USD preserved as labeled · Company statements attributed; interpretations labeled.
The one-minute investment takeaway
YYZ10 is an existing infrastructure offering whose investor relevance depends on what customers actually lease and pay for. Its Toronto-area location and operator connection are documented. The next step is to establish contracted demand and the cost of meeting it. Square footage and redundancy specifications provide physical context; they cannot substitute for an earnings model.
Readiness basis: Classification of evidence in the reviewed profile; strongest documented phase, not full-campus completion. Operator-listed facility; AI-specific demand and site economics unestablished Readiness source →
What the sources establish
Operator / company disclosurePhysical scope.Digital Realty lists YYZ10 at 371 Gough Road in Markham with a one-story, 104,500-square-foot building, 2N UPS redundancy and N+1 cooling. The page describes deployments from single cabinets to multi-megawatt suites. Primary source →
Operator / company disclosureEvidence boundary. The reviewed facility page does not identify a dedicated AI cluster, campus investment amount, current operating IT MW, utilization or customer-specific contract. Its reliability specifications establish a marketed infrastructure configuration, not productive computing demand. Primary source →
Who receives the money?
Our analysis of disclosed roles. Revenue routes are business-model interpretations, not estimates of booked project revenue.
Named operator offering colocation infrastructure.
Lease income and services must be assessed against operating expenses, maintenance and financing; YYZ10 economics are undisclosed.
Customers
Lease space and power and deploy their hardware.
A contract can precede billing; lease commencement and fit-out readiness determine when owner cash begins.
Equipment suppliers
Possible customer or facility procurement roles.
No named project-specific equipment order is established; sector exposure is insufficient evidence.
How financially meaningful is it? Analyst interpretation
Our analysis: the distinction between contracted backlog and commenced rent is central. Space can be available, contracted, fitted out and billing at different times. Customer-funded fit-out and owner-funded upgrades can produce very different cash requirements. At the company level, evaluate recurring cash generation after maintenance and funding, including dilution from new equity. This single facility is not a proxy for Digital Realty’s entire portfolio or its AI growth.
How to test the economicsHypothetical model · not reported results
Modeled annual site cash contribution = commenced base rent + net service income − non-recovered operating costs − maintenance investment. Development spending and financing sit outside that simple operating bridge and still affect shareholder returns.
Hypothetical illustration: delaying the start of an assumed CAD 1 million monthly lease by six months shifts CAD 6 million of revenue beyond the original schedule. It does not automatically imply a permanent loss of the full lease value, but carrying costs continue. No such lease or delay is established at YYZ10.
Milestones that would change the assessment
Milestone
Evidence to watch
Customer commitment
Look for a named deployment or disclosed leased capacity, with contract scope and start dates.
Fit-out and power delivery
Verify that customer-required density can be delivered at the agreed economics; general redundancy is insufficient.
Billing and cash return
Track commencement and renewals, then compare cash contribution with upgrades and capital funding.
What could break the investment case?
Our analysis: Density retrofits can cost more than expected and reduce usable space. Customer start dates or renewals can disappoint. Power pass-through may lift reported revenue without improving margin. Higher financing costs can offset stronger leasing, even if a facility performs operationally.
What would change our view?
Our analysis: Our confidence would rise with commenced leases and customer expansion supported by economical upgrades. It would fall if substantial new capital is needed without matching contracted returns or if demand remains unverified despite broad AI marketing.
What remains unknown Not established in this review
IT MW, occupancy, customer identities, AI-specific usage, lease terms, facility earnings and upgrade budget remain unestablished. No equipment supplier or attractive stock valuation is inferred from the operator connection.
Project research for information, not a buy recommendation. Financial illustrations use assumptions, not disclosed site results or management guidance.
Public-market context
Companies mentioned in this profile
Price, daily change and one-day charts are supplied by TradingView and may be delayed. Mention does not establish a confirmed supplier contract. Private companies have no public stock quote.
Operator lists DC1 and DC2; commissioned capacity not established here
Confirmed companies
QTS
Next milestone
Building-specific completion, electrical acceptance and contracted capacity
Reviewed
October 6, 2026
Expanded analysis · Original disclosures linked below · CAD and USD preserved as labeled · Company statements attributed; interpretations labeled.
The one-minute investment takeaway
Our analysis: New Albany 1 requires a building-level evidence chain. The operator provides property identifiers and a campus offering, but not enough information to calculate present rent or utilization. The next useful disclosure is a dated delivery milestone tied to a specific building and power quantity.
Readiness basis: Classification of evidence in the reviewed profile; strongest documented phase, not full-campus completion. Operator lists DC1 and DC2; commissioned capacity not established here Readiness source →
What the sources establish
Operator / company disclosureBuildings identified. QTS’s New Albany 1 listing identifies DC1 at 1235 Beech Road SW and DC2 at 1225 Beech Road SW. The page uses differing locality labels in repeated address blocks, so the street addresses are the clearer identifiers. Primary source →
Operator / company disclosureFinancial scope discipline. The page describes a USD 3 million commitment over three years to an Ohio household electricity-assistance program. That state-level commitment is not this campus’s construction budget or utility connection cost. Primary source →
Operator / company disclosureDelivery gap. The listing does not provide commissioned MW or a dated building-level completion announcement, so operating capacity remains unestablished here. Primary source →
Who receives the money?
Our analysis of disclosed roles. Revenue routes are business-model interpretations, not estimates of booked project revenue.
Company / exposure
Economic role
What investors need to establish
QTS
Potential wholesale facility rent and service contribution
Building-specific leases and delivered capital; campus marketing is insufficient.
Power and infrastructure counterparties
Potential enabling works and electricity receipts
Named service agreements, capacity acceptance and recoverable investment.
Construction and equipment suppliers
Potential upfront procurement
Actual awarded contracts and scope; do not derive orders from building count.
How financially meaningful is it? Analyst interpretation
Our analysis: two buildings may share enabling costs but enter service at different dates. Model each lease commencement separately while including a fair allocation of roads, substations and other common works. A community contribution has a different purpose and scale from construction spending. Investors should avoid both counting that contribution as capital evidence and treating public relations activity as evidence of tenant demand.
How to test the economicsHypothetical model · not reported results
Campus development yield = stabilized net property contribution divided by all allocated delivery capital. Financing carry during the gap between spending and accepted delivery lowers the effective return.
Hypothetical illustration: USD 150 million spent before delivery at a 7% annual financing cost incurs USD 10.5 million over a year. A six-month delay adds USD 5.25 million if that balance stays outstanding. These figures are not New Albany financing.
Milestones that would change the assessment
Milestone
Evidence to watch
Property reconciliation
Consistent building identifiers in permits, commissioning and tenant disclosures.
Power and occupancy
Dated electrical acceptance, ready-for-service capacity and customer billing commencement.
Capital allocation
Construction and common-infrastructure costs reconciled to the delivered phases.
What could break the investment case?
Our analysis: A campus listing can be mistaken for proof that both buildings are fully commissioned. Utility and customer schedules may diverge, leaving completed capital idle. Regional infrastructure enthusiasm does not establish this property’s customer concentration, tariff or return.
What would change our view?
Our analysis: Dated building completion and enforceable customer commitments would strengthen the case. Unresolved utility timing, speculative fit-out or escalating shared costs would weaken it. Current operating evidence would improve confidence more than a broader market growth statistic.
What remains unknown Not established in this review
Present building status, energized and billable MW, tenants, budget, lease rates, financing, utility capacity agreements and construction awards remain unestablished by the cited listing.
Project research for information, not a buy recommendation. Financial illustrations use assumptions, not disclosed site results or management guidance.
Fully operational and nearly fully leased at May 2025 opening; current metrics undisclosed
Confirmed companies
DataBank; AECOM/Tishman, named general contractor
Next milestone
Updated billable utilization, customer concentration and separate LGA4 commitments
Reviewed
October 6, 2026
Expanded analysis · Original disclosures linked below · CAD and USD preserved as labeled · Company statements attributed; interpretations labeled.
The one-minute investment takeaway
Our analysis: LGA3 has both delivery and dated leasing evidence, making the financial question more specific than for a proposed campus. Investigate lease commencement, margins and concentration. The nearby LGA4 growth story remains a separate investment decision and should not be included in LGA3’s existing earnings.
Readiness basis: Classification of evidence in the reviewed profile; strongest documented phase, not full-campus completion. Fully operational and nearly fully leased at May 2025 opening; current metrics undisclosed Readiness source →
What the sources establish
Operator / company disclosureDated operating evidence. DataBank’s May 22, 2025 opening announcement calls LGA3 fully operational and nearly fully leased, including a leading cloud platform that it does not name. That statement is not an October 2026 utilization reading. Primary source →
Operator / company disclosureAI connection. The announcement connects the facility to high-performance and accelerated computing and AI demand, but supplies no customer equipment inventory or site income. Primary source →
Operator / company disclosureProject boundaries. DataBank identifies AECOM/Tishman as general contractor, locates the facility at 2000 Corporate Drive and discusses future LGA4 development separately. Primary source →
Who receives the money?
Our analysis of disclosed roles. Revenue routes are business-model interpretations, not estimates of booked project revenue.
Company / exposure
Economic role
What investors need to establish
DataBank
Recurring facility rent and service economics
Billing commencement, concessions, customer mix and maintenance obligations.
AECOM/Tishman
Confirmed construction role
Award value, recognition timing and margin; role alone does not quantify earnings.
Unnamed cloud customer
Computing deployment and demand
Identity and contractual obligations are undisclosed; do not assign a specific cloud stock.
How financially meaningful is it? Analyst interpretation
Our analysis: leasing reduces demand uncertainty, but “nearly fully leased” can include capacity whose rent starts later or requires additional owner-funded work. One large customer may create efficient operations and predictable cash flows while increasing credit and renewal concentration. Separate initial development profit, recurring property cash generation and any future expansion spending.
How to test the economicsHypothetical model · not reported results
Recurring contribution = billable lease revenue plus net service margin minus unrecovered operating costs and recurring capital. Signed leasing, actual billing and customer electrical draw are distinct measurements.
Hypothetical illustration: USD 20 million contracted annual rent with 10% temporarily not billable produces USD 18 million before other adjustments. The USD 2 million gap demonstrates commencement risk; neither number is an LGA3 disclosure.
Milestones that would change the assessment
Milestone
Evidence to watch
Leasing to billing
Updated ready-for-service and rent-paying capacity rather than repeating the opening claim.
Customer durability
Contract duration, concentration, credit protection and renewal terms.
LGA4 separation
Independent budget, permits, power and customer commitments before valuing the next facility.
What could break the investment case?
Our analysis: Heavy dependence on a cloud tenant can expose the owner to concentrated renewal negotiations. High-density service can demand continuing capital even after opening. Counting LGA4 as delivered capacity would exaggerate current scale and conceal future funding requirements.
What would change our view?
Our analysis: Stable billable utilization, retention and well-compensated technical upgrades would strengthen the case. Deferred rent, expensive owner-funded changes or concentrated customer departures would weaken it. An opening ceremony is historical delivery evidence, not a recurring financial report.
What remains unknown Not established in this review
Current occupancy, billable MW, rental rates, tenant identity, site capital cost, operating margin, contractor award economics and LGA4 commitments remain undisclosed in the announcement.
Project research for information, not a buy recommendation. Financial illustrations use assumptions, not disclosed site results or management guidance.
White Oak Technology Park, Henrico County, Virginia
Readiness
Proposed / development
Status
Proposed DC4–6 expansion in permitting; sponsor targets January 2028 construction start
Confirmed companies
QTS Richmond V, LLC; Townes Site Engineering; USACE and VDEQ permitting authorities
Next milestone
Federal authorization, final environmental scope and a funded construction schedule
Reviewed
October 6, 2026
Expanded analysis · Original disclosures linked below · CAD and USD preserved as labeled · Company statements attributed; interpretations labeled.
The one-minute investment takeaway
Our analysis: RIC5’s proposed additions should be evaluated as a permitting and development option. Existing buildings in the broader Richmond campus do not prove these additions are operating. The sponsor’s AI workload description supports relevance, while environmental authorization, usable power and capital commitments determine whether the proposal becomes an earning asset.
Readiness basis: Classification of evidence in the reviewed profile; strongest documented phase, not full-campus completion. Proposed DC4–6 expansion in permitting; sponsor targets January 2028 construction start Readiness source →
What the sources establish
Sponsor submission in government recordProposed additions. The sponsor-submitted FAST-41 notice proposes three additional buildings, DC4–6, south of Route 60 with associated utilities and supporting works. It describes the wider campus as serving a single AI-workload tenant without naming that tenant. Primary source →
Sponsor submission in government recordPermit boundaries. The notice references VDEQ approval dated October 10, 2025 for earlier RIC5 impacts and seeks expanded limits. Existing state authorization should not be treated as final authorization for the new proposal. Primary source →
Sponsor submission in government recordSchedule and investment threshold. The sponsor targets January 2028 construction and states investment will exceed USD 200 million, without a detailed budget. Broader-campus operations and ratepayer-protection statements do not independently verify the additions or utility cost treatment. Primary source →
Who receives the money?
Our analysis of disclosed roles. Revenue routes are business-model interpretations, not estimates of booked project revenue.
Company / exposure
Economic role
What investors need to establish
QTS Richmond V, LLC
Potential future facility rent; bears development obligations
Scope, tenant commitment, power delivery and funded construction budget.
Townes Site Engineering
Named environmental-services contact
Actual engineering engagement economics remain undisclosed.
USACE and VDEQ
Permitting authorities, not investment beneficiaries inferred here
Authorization scope, conditions, mitigation and schedule.
How financially meaningful is it? Analyst interpretation
Our analysis: early permitting work preserves a development opportunity but does not justify booking future income. Environmental mitigation can change usable land, layout, cost and delivery timing. A single-tenant development may reduce leasing uncertainty only if enforceable obligations cover the proposed buildings. Keep capital for existing campus operations separate from incremental expansion capital.
How to test the economicsHypothetical model · not reported results
Expansion value = probability-weighted future operating proceeds minus permitting, mitigation, enabling infrastructure, construction and financing costs. Reassess as permits and contracts remove specific uncertainties.
Hypothetical illustration: a USD 300 million future phase with USD 30 million annual operating contribution has a 10% yield before financing. Adding USD 30 million mitigation and enabling costs lowers it to about 9.1%. These are not RIC5 budgets or earnings.
Milestones that would change the assessment
Milestone
Evidence to watch
Authorization
Final federal and state decisions matched to the additional buildings and impacts.
Executable scope
Mitigation, utilities and layout reflected in a revised budget and construction schedule.
Tenant-backed capital
Customer obligations and financing aligned with the sponsor’s future start target.
What could break the investment case?
Our analysis: Permitting conditions can change scope and cost even when a project remains viable. Broad campus operations can obscure the early stage of the additions. Sponsor claims about ratepayer protection require actual agreements and regulatory evidence, not merely repetition.
What would change our view?
Our analysis: Final authorizations, transparent mitigation costs and tenant-backed funding would strengthen the case. Scope reductions, unresolved environmental impacts or power timing beyond construction would weaken it. FAST-41 process participation alone is not a completed permit or a guaranteed schedule.
What remains unknown Not established in this review
Final authorizations for the additions, tenant identity and commitments, detailed project budget, IT capacity, construction awards, utility agreements and final schedule remain unestablished by the initiation notice.
Project research for information, not a buy recommendation. Financial illustrations use assumptions, not disclosed site results or management guidance.
DEQ lists QTS Richmond V LLC at 3250 E Willamsburg Road, Sandston (address spelling as recorded), under air registration 53259, with air-source status Planned. The legal entity matches the RIC5 sponsor in the federal posting. This does not determine which proposed buildings the air record covers. The sponsor reports earlier DC1–3 water-impact authorization under WP4-25-0769; the permit itself was not retrieved. The separate federal DC5 dashboard still shows environmental review and permitting in progress, with estimated completion June 11, 2027. That is a permitting estimate, not an opening date.
Facility-register screen; complete permit conditions were unavailable. Air-source classifications do not verify campus IT load, energization or comprehensive compliance.
Dated operating confirmation, service-cost terms and measured energy and water use.
Reviewed
October 6, 2026
Expanded analysis · Original disclosures linked below · CAD and USD preserved as labeled · Company statements attributed; interpretations labeled.
The one-minute investment takeaway
Rosemount links computing development to the cost of local services. Meta describes paying the full costs of its energy, water and wastewater service, which helps identify who is meant to bear the infrastructure burden. That commitment is economically different from utility profit or completed operation. The owner still needs useful computing outcomes sufficient to recover its capital and operating expenses.
Readiness basis: Classification of evidence in the reviewed profile; strongest documented phase, not full-campus completion. Development described in operator fact sheet; opening not confirmed by reviewed evidence Readiness source →
What the sources establish
Operator / company disclosureInvestment scope.Meta’s fact sheet describes more than USD 800 million of data-center investment in Minnesota, about 100 operational jobs once completed and a future role in its global infrastructure. The document does not confirm a campus opening date, current IT load or final construction cost. Primary source →
Operator / company disclosureService and cooling commitments. The sheet identifies Xcel Energy planning and City of Rosemount water and wastewater coordination, with Meta paying full service costs. It describes a planned closed-loop liquid-cooling system using zero operational water. That cooling claim is not evidence of zero total site water use or measured operation. Primary source →
Who receives the money?
Our analysis of disclosed roles. Revenue routes are business-model interpretations, not estimates of booked project revenue.
Computing benefits must exceed operating, depreciation and recurring investment costs; no campus product revenue is disclosed.
Xcel Energy / XEL
Named energy-planning counterparty.
Identify approved tariffs, asset ownership and funding treatment; paying service costs does not establish utility return.
City of Rosemount
Water and wastewater service counterparty.
Service funding is a municipal infrastructure obligation, not a public-stock earnings stream.
How financially meaningful is it? Analyst interpretation
Our analysis: cost responsibility is a useful de-risking commitment for the community, while it can raise Meta’s all-in project cost. Utility shareholders benefit only under the actual asset, tariff and financing arrangements. Renewable matching and closed-loop design address different issues; neither demonstrates every hour of carbon-free operation or eliminates all water demand. Actual operating reports are needed to compare the design with delivered outcomes.
How to test the economicsHypothetical model · not reported results
Internal-compute return depends on attributable product benefits and cost savings, less power, staff, equipment depreciation and maintenance. Add service-infrastructure funding to the initial cash requirement rather than counting it as an operating benefit.
Hypothetical illustration: an assumed USD 800 million capital base depreciated evenly over 20 years produces USD 40 million of annual depreciation; over 10 years it produces USD 80 million. Actual building and equipment lives differ, so this is a sensitivity example, not Meta’s depreciation schedule or Rosemount asset base.
Milestones that would change the assessment
Milestone
Evidence to watch
Opening evidence
Seek a dated operator statement that the site is serving workloads; the fact sheet’s future description is not commissioning proof.
Service terms
Verify utility decisions and infrastructure funding scope, separating reimbursement from return-bearing utility investment.
Measured resources
Watch site-level energy and water disclosures and distinguish cooling water from domestic or other consumption.
What could break the investment case?
Our analysis: Delivery can depend on several infrastructure parties. Equipment or liquid-cooling upgrades may raise capital needs. Service costs can exceed early expectations, and resource design claims may not match actual operating conditions or workload density.
What would change our view?
Our analysis: Our confidence would rise with operating confirmation, transparent service terms and measured efficiency. It would fall if infrastructure obligations expand without matching computing benefits or if delivery remains unverified after substantial funding.
What remains unknown Not established in this review
Opening date, current IT MW, hardware suppliers, commissioned cooling configuration, actual water consumption, service tariffs and campus financial contribution remain unestablished.
Project research for information, not a buy recommendation. Financial illustrations use assumptions, not disclosed site results or management guidance.
Public-market context
Companies mentioned in this profile
Price, daily change and one-day charts are supplied by TradingView and may be delayed. Mention does not establish a confirmed supplier contract. Private companies have no public stock quote.
Construction financing expanded in June 2026; current commissioning unestablished
Confirmed companies
DataBank; MUFG and other financing participants
Next milestone
Commissioning, lease commencement and cash coverage across financed phases.
Reviewed
October 6, 2026
Expanded analysis · Original disclosures linked below · CAD and USD preserved as labeled · Company statements attributed; interpretations labeled.
The one-minute investment takeaway
Red Oak has stronger contractual and financing evidence than a speculative land announcement. The initial buildings are leased, and additional funding supports a fourth building. The investor question now shifts toward delivery, debt service and lease cash flow. A loan commitment reduces funding uncertainty but is an obligation to repay, not revenue or profit.
Readiness basis: Classification of evidence in the reviewed profile; strongest documented phase, not full-campus completion. Construction financing expanded in June 2026; current commissioning unestablished Readiness source →
What the sources establish
Operator / company disclosureInitial financed scope. DataBank’s April 21, 2026 disclosure reports a USD 2 billion construction loan for DFW9–DFW11, three leased buildings totaling 600,000 square feet and 180 MW of planned power. MUFG is named as administrative agent and lead arranger. Financing and leasing do not establish commissioning. Primary source →
Operator / company disclosureLater financing update. The June 15, 2026 release adds USD 650 million for a fourth building with 60 MW of incremental IT capacity, bringing Red Oak financing to USD 2.65 billion. The upsize includes USD 400 million bank financing and USD 250 million private-placement notes. Primary source →
Operator / company disclosureCorporate boundary. The June release separately announces an USD 800 million corporate revolver. It is general corporate funding and should not all be counted as additional Red Oak financing. Primary source →
Who receives the money?
Our analysis of disclosed roles. Revenue routes are business-model interpretations, not estimates of booked project revenue.
Company / exposure
Economic role
What investors need to establish
DataBank / private
Develops and leases infrastructure.
Commenced rent must cover operating costs, debt service and continuing investment; lease pricing is undisclosed.
MUFG / financing role
Named arranger and agent; lead placement agent in the later funding.
Fees and lending economics depend on retained exposure and terms; the loan total is not MUFG revenue.
Tenants and computing vendors
Customer commitments support infrastructure demand.
The reviewed releases do not name the tenant or establish hardware orders; leased buildings do not identify supplier earnings.
How financially meaningful is it? Analyst interpretation
Our analysis: preleasing reduces some demand uncertainty, but contract cancellation, delivery obligations and commencement timing still matter. Undrawn commitments differ from cash spent and debt outstanding. The later financing update changes the development funding scope, while the separate corporate revolver serves broader purposes. Returns to owners depend on cash left after lenders and ongoing capital needs, not on the size of the financing headline.
How to test the economicsHypothetical model · not reported results
Debt-service coverage = operating cash available for debt service ÷ scheduled interest and principal. Equity cash then depends on maintenance, expansion funding and distribution restrictions. A construction loan needs a separate draw and refinancing schedule.
Hypothetical illustration: USD 2.65 billion fully drawn at an assumed 7% simple annual interest costs USD 185.5 million; at 8% it costs USD 212 million, a USD 26.5 million difference. Actual draw balances, interest rates, amortization and capitalization are undisclosed; this is not projected Red Oak debt service.
Milestones that would change the assessment
Milestone
Evidence to watch
Physical handover
Track building-by-building commissioning and utility readiness rather than treating financed capacity as operational.
Lease commencement
Establish when tenants begin paying, delivery protections and remaining fit-out requirements.
Funding conversion
Watch loan draws, completion cost, refinancing and coverage; a larger funding package also adds obligations.
What could break the investment case?
Our analysis: Late handover can defer income while interest accrues. Refinancing terms can worsen, and concentrated tenants can increase renewal risk. Loan covenants can constrain distributions even after operational success.
What would change our view?
Our analysis: Our confidence would rise with on-time handovers and contracted rent covering full debt service. It would fall with cost overruns, delayed billing or refinancing needs that absorb the anticipated equity cash.
What remains unknown Not established in this review
Current commissioned load, tenant identity, lease price and duration, loan rates and maturities, drawn balances, final cost and site cash flow remain unestablished by the reviewed releases.
Project research for information, not a buy recommendation. Financial illustrations use assumptions, not disclosed site results or management guidance.
DFW3 and DFW4 listed facilities; DFW5 identified as landbank
Confirmed companies
CyrusOne
Next milestone
Existing-facility billable utilization and a funded DFW5 development decision
Reviewed
October 6, 2026
Expanded analysis · Original disclosures linked below · CAD and USD preserved as labeled · Company statements attributed; interpretations labeled.
The one-minute investment takeaway
Our analysis: Allen combines an existing capacity story with a future landbank option. The operator explicitly distinguishes DFW3 and DFW4 from DFW5. Treating full-buildout floor area or future land as current earnings would overstate the investment case; existing leasing and incremental expansion returns need separate models.
Readiness basis: Classification of evidence in the reviewed profile; strongest documented phase, not full-campus completion. DFW3 and DFW4 listed facilities; DFW5 identified as landbank Readiness source →
What the sources establish
Operator / company disclosurePresent versus future scope. CyrusOne identifies DFW3 and DFW4 as the campus facilities providing 77 MW of IT capacity, while DFW5 represents landbank for future development. Primary source →
Operator / company disclosureFull-buildout area. The operator describes 976,000 square feet of technical space at full buildout across a campus exceeding 90 acres. The area is not evidence that every planned building is delivered. Primary source →
Operator / company disclosureCooling specifications. The listed technical specifications include closed-loop air-cooled chilled water and cooling capacity of 150–180 watts per square foot. These do not establish acceptance of a particular high-density AI rack design. Primary source →
Who receives the money?
Our analysis of disclosed roles. Revenue routes are business-model interpretations, not estimates of booked project revenue.
Company / exposure
Economic role
What investors need to establish
CyrusOne existing facilities
Recurring facility rent and operating services
Billable MW, retention, net rental economics and maintenance capital.
CyrusOne DFW5 option
Potential future development income
Power, permits, contracted demand and incremental capital before assigning a stabilized yield.
Utility and equipment counterparties
Potential electricity and construction receipts
Named agreements and awards; no supplier exposure inferred from generic specifications.
How financially meaningful is it? Analyst interpretation
Our analysis: existing infrastructure may support incremental deployment more efficiently than an entirely new campus, but spare capacity and usable power must be demonstrated. Landbank value comes from the ability to choose when to invest, not from recording unbuilt revenue. Underwrite recurring cash from existing facilities separately from the cost and execution risk of DFW5. Floor-area figures are especially weak revenue proxies when customers differ in power density and cooling requirements.
How to test the economicsHypothetical model · not reported results
Existing-facility cash flow = contracted billable kW × net rental rate minus operating and maintenance costs. DFW5 value = risk-adjusted future development proceeds minus incremental land, power, construction and financing commitments.
Hypothetical illustration: an additional 8 MW billed at USD 145 per kW-month would produce USD 13.92 million annual rent before costs. If enabling and fit-out capital were USD 120 million, gross rent-to-capital would be 11.6%, before operating expenses. Neither assumption is an Allen disclosure.
Milestones that would change the assessment
Milestone
Evidence to watch
Existing capacity monetization
Evidence distinguishing listed IT capacity, available capacity and billable customer commitments.
DFW5 investment gate
Dated development decision supported by utility availability, permits and customer contracts.
Workload compatibility
Specific power, cooling and structural acceptance plus responsibility for required upgrades.
What could break the investment case?
Our analysis: A campus-wide headline can blend operating assets with unfinished options. High-density customers may require capital beyond the listed cooling design, and cost recovery depends on lease terms. Existing customers can renew at different densities or rates, making aggregate square footage a poor indicator of future cash generation.
What would change our view?
Our analysis: Stable existing-facility leasing and an expansion backed by enforceable demand and power would strengthen the case. Idle capacity, owner-funded upgrades without adequate rent compensation or speculative DFW5 spending would weaken it. No value is assigned to a future building merely because land is available.
What remains unknown Not established in this review
Current billable occupancy, delivered versus available MW, DFW5 schedule and power allocation, customer names, rent rates, project budgets, measured PUE and equipment-specific AI suitability are not disclosed in the cited campus overview.
Project research for information, not a buy recommendation. Financial illustrations use assumptions, not disclosed site results or management guidance.
Existing campus; October 2025 release targeted expansion delivery in 2027
Confirmed companies
Sabey Data Centers
Next milestone
Updated availability, executed preleases and dated expansion commissioning
Reviewed
October 6, 2026
Expanded analysis · Original disclosures linked below · CAD and USD preserved as labeled · Company statements attributed; interpretations labeled.
The one-minute investment takeaway
Our analysis: Sabey’s announcement combines then-available operating inventory with future preleasing inventory. Those quantities answer different questions. Filling existing space can generate near-term receipts, while delivering expansion capacity requires additional capital and execution. Both need updated evidence.
Readiness basis: Classification of evidence in the reviewed profile; strongest documented phase, not full-campus completion. Existing campus; October 2025 release targeted expansion delivery in 2027 Readiness source →
What the sources establish
Operator / company disclosureDated availability. Sabey’s October 2025 inventory announcement offered 3.5 MW then available at SDC Seattle and 12 MW for preleasing, with the latter targeted to come online in 2027. Primary source →
Operator / company disclosureCorrect scope. The announcement lists multiple campuses and dates. Its Seattle quantities should not be combined with Columbia, Umatilla or other campuses, and “available for preleasing” does not establish signed leases. Primary source →
Who receives the money?
Our analysis of disclosed roles. Revenue routes are business-model interpretations, not estimates of booked project revenue.
Company / exposure
Economic role
What investors need to establish
Sabey
Existing colocation receipts and potential expansion rent
Current billable inventory, executed preleases and incremental capital.
Customers
Potential reservations and future computing deployments
Binding commitments, commencement dates and cancellation rights.
Construction and power counterparties
Potential expansion and operating-service economics
Named awards and service agreements; none inferred from inventory availability.
How financially meaningful is it? Analyst interpretation
Our analysis: the near-term case depends on leasing inventory already delivered, while the expansion case depends on a forward development yield. Preleases may reduce demand risk yet leave construction, power and fit-out exposure with the owner. An inventory figure can shrink because customers signed, capacity was reserved, or plans changed; only an updated reconciliation identifies which explanation applies.
How to test the economicsHypothetical model · not reported results
Existing growth = newly billable delivered capacity × net rent minus added costs. Expansion return separately compares stabilized contribution with all incremental delivery capital and financing carry.
Hypothetical illustration: 2 MW leased at USD 155 per kW-month adds USD 3.72 million annual rent before costs. The same capacity reserved for future delivery adds no current rent unless the contract provides early payments. Neither assumption reflects disclosed Seattle leases.
Milestones that would change the assessment
Milestone
Evidence to watch
Inventory refresh
A dated available, reserved, contracted and billable capacity reconciliation.
Prelease conversion
Enforceable customer commitments with delivery and payment terms.
2027 readiness
Construction, utility commissioning and customer acceptance tied to the expansion.
What could break the investment case?
Our analysis: An old availability announcement can be misread as today’s vacancy. Reservations can overstate demand if cancellation terms are weak. Expansion may compete with the existing campus for staff, power or customers, and new rent can require substantial enabling spending.
What would change our view?
Our analysis: Updated leasing and construction evidence showing orderly conversion to billing would strengthen the case. Uncommitted expansion spending, repeated target changes or unclear inventory reconciliation would weaken it. No delay is asserted merely because current progress is not disclosed here.
What remains unknown Not established in this review
Current vacancy, signed preleases, delivered expansion MW, budget, tenants, rental rates, utility arrangements and specific 2027 commissioning dates remain unestablished by the October 2025 update.
Project research for information, not a buy recommendation. Financial illustrations use assumptions, not disclosed site results or management guidance.
Existing marketed facility; historical expansion described separately
Confirmed companies
DataBank
Next milestone
Current billable utilization and customer-specific liquid-cooling deployment
Reviewed
October 6, 2026
Expanded analysis · Original disclosures linked below · CAD and USD preserved as labeled · Company statements attributed; interpretations labeled.
The one-minute investment takeaway
Our analysis: SEA2 is a smaller colocation and connectivity asset with advertised density options. Its investment value should be tested through lease mix, cross-connect economics and the cost of supporting denser customers. Technical capability creates an opportunity; it does not prove AI equipment is installed or producing revenue.
Readiness basis: Classification of evidence in the reviewed profile; strongest documented phase, not full-campus completion. Existing marketed facility; historical expansion described separately Readiness source →
What the sources establish
Operator / company disclosureCurrent listed specifications. DataBank lists SEA2 at 3311 South 120th Place, with 28,240 IT square feet, 3 MW of critical IT capacity and 17 onsite carriers. These are operator-listed specifications, not measured utilization. Primary source →
Operator / company disclosureDensity offering. The page advertises 10 kW-plus air-cooled and 25 kW-plus liquid-cooled cabinet density, HPC capability, 2N power and N+1 cooling. Customer-specific acceptance still requires evidence. Primary source →
Operator / company disclosureAvoid double counting. A separate expansion section on the same page describes adding 15,000 square feet and 2 MW. It does not establish that this should be added again to the listed 3 MW total. Primary source →
Who receives the money?
Our analysis of disclosed roles. Revenue routes are business-model interpretations, not estimates of booked project revenue.
Company / exposure
Economic role
What investors need to establish
DataBank
Cabinet and cage rent, interconnection and service margin
Billable power, connection volumes and customer-specific support costs.
Onsite carriers
Potential network-service receipts
Customer contracts and traffic; carrier count is not a revenue measure.
Cooling and electrical providers
Potential density-upgrade procurement
Named awards and capital responsibility, rather than presumed AI purchases.
How financially meaningful is it? Analyst interpretation
Our analysis: a dense customer can increase rent per cabinet while consuming a disproportionate share of electrical and cooling capacity. Compare contribution per constrained kW rather than simply cabinet occupancy. Interconnection can support retention and service margin, but network presence must turn into paid connections. Expansion snippets and current specification tables need reconciliation before deriving any capacity growth rate.
How to test the economicsHypothetical model · not reported results
Contribution per constrained kW = net facility rent plus associated service margin minus customer-specific operating and capital burden, divided by allocated power capacity.
Hypothetical illustration: 20 cabinets using 25 kW each consume 500 kW. At USD 200 per kW-month, gross annual rent would be USD 1.2 million before costs. This illustrates capacity consumption and pricing assumptions, not SEA2 deployments or rates.
Milestones that would change the assessment
Milestone
Evidence to watch
Capacity reconciliation
Clarify how the historical addition relates to the current listed total.
Liquid-cooling acceptance
Customer deployment, heat rejection, connection design and owner-versus-tenant costs.
Service monetization
Paid connections, retention and support margin rather than carrier count alone.
What could break the investment case?
Our analysis: Advertised density may depend on the specific room, equipment and cooling arrangement. A high-power tenant can exhaust available capacity while many cabinets remain empty. Undated expansion language can also create an inflated total if added to current specifications.
What would change our view?
Our analysis: Documented dense deployments with appropriate pricing and limited unrecovered capital would strengthen the case. Rising support costs, power exhaustion or expensive retrofits without compensated contracts would weaken it. An actual named AI workload would improve attribution beyond general HPC capability.
What remains unknown Not established in this review
Current billable capacity, workload mix, density approvals, liquid-cooling installation scope, expansion commissioning dates, price, maintenance capital, measured efficiency and tenant identities remain undisclosed in the listing.
Project research for information, not a buy recommendation. Financial illustrations use assumptions, not disclosed site results or management guidance.
DataBank; Zayo, identified as direct fiber connection
Next milestone
Connection growth, customer retention and economically justified density upgrades
Reviewed
October 6, 2026
Expanded analysis · Original disclosures linked below · CAD and USD preserved as labeled · Company statements attributed; interpretations labeled.
The one-minute investment takeaway
Our analysis: BOS1’s small electrical footprint makes connectivity and service quality more relevant than a hyperscale training narrative. Investors should ask whether its location and network access support durable customer relationships and profitable service receipts. A fiber connection is a documented technical relationship, not a quantified contract.
Readiness basis: Classification of evidence in the reviewed profile; strongest documented phase, not full-campus completion. Existing colocation and interconnection facility Readiness source →
What the sources establish
Operator / company disclosureFacility scale. DataBank lists BOS1 at 1 Summer Street, Suite 704, with 7,760 IT square feet, 0.5 MW of critical IT capacity and five onsite carriers. Primary source →
Operator / company disclosureConnectivity role. The operator describes a carrier-hotel location, a direct Zayo fiber feed and partner cloud connectivity. It does not name a dedicated AI tenant or training cluster. Primary source →
Operator / company disclosureTechnical offering. The listing specifies 2N power, N+2 cooling and air-cooled cabinet density of 10 kW-plus. These are product specifications rather than operating-load measurements. Primary source →
Who receives the money?
Our analysis of disclosed roles. Revenue routes are business-model interpretations, not estimates of booked project revenue.
Company / exposure
Economic role
What investors need to establish
DataBank
Colocation and potential connectivity-service contribution
Customer retention, paid connections and margin after space, power and support costs.
Actual service contract, revenue attribution and customer demand.
Customers
Potential network, enterprise or edge workloads
Actual workload and contract evidence before labeling AI-specific demand.
How financially meaningful is it? Analyst interpretation
Our analysis: proximity to networks can be more economically important than sheer megawatts. A small deployment may pay for low-latency access, resilience and convenient connections rather than maximum compute scale. Evaluate the physical room’s economics separately from the wider carrier hotel. Building-wide network claims or market demand do not automatically accrue to DataBank’s suite. Density upgrades also need a credible return within a limited power envelope.
How to test the economicsHypothetical model · not reported results
Site contribution = cabinet and power rental margin plus net paid-connection and service margin minus fixed occupancy, support and recurring capital costs. Network access creates value only when customers pay for it.
Hypothetical illustration: 100 paid connections producing USD 75 monthly net contribution each add USD 90,000 annually. Losing 20 such connections reduces that contribution by USD 18,000. These assumptions are not BOS1 rates or connection counts.
Milestones that would change the assessment
Milestone
Evidence to watch
Connection economics
Paid connection volumes, churn and service contribution distinct from onsite carrier count.
Customer durability
Renewals and demand for location-sensitive applications.
Upgrade decision
A funded density plan matched to usable electrical and cooling capacity.
What could break the investment case?
Our analysis: Limited power can constrain compute-heavy growth. Customers may value the broader building more than the specific operator suite, increasing competitive pressure. A direct fiber feed establishes connectivity but not exclusivity, pricing power or a material revenue stream.
What would change our view?
Our analysis: Stable retention, profitable connection growth and disciplined upgrade spending would strengthen the case. Customer migration, weak service attach rates or capital-intensive modifications within a tight power envelope would weaken it. AI relevance should rest on actual workload evidence rather than downtown proximity.
What remains unknown Not established in this review
Occupancy, billable power, paid connections, Zayo contract economics, tenant identities, workload mix, site income, property costs and upgrade budgets remain undisclosed in the cited facility listing.
Project research for information, not a buy recommendation. Financial illustrations use assumptions, not disclosed site results or management guidance.
Regional adoption, service breadth and evidence of incremental customer demand.
Reviewed
October 6, 2026
Expanded analysis · Original disclosures linked below · CAD and USD preserved as labeled · Company statements attributed; interpretations labeled.
The one-minute investment takeaway
AWS Mexico is an operating cloud-region story. The central question is whether local infrastructure attracts additional paid usage or mainly relocates workloads already billed elsewhere in AWS. Residency and proximity can strengthen the offering, but moving an existing customer between regions does not automatically create incremental Amazon revenue.
Readiness basis: Classification of evidence in the reviewed profile; strongest documented phase, not full-campus completion. Region launched January 14, 2025; regional economics undisclosed Readiness source →
What the sources establish
Operator / company disclosureOperating evidence.AWS announced general availability of mx-central-1 on January 14, 2025 with three Availability Zones. The launch disclosure describes local data storage, lower latency and cloud, AI and machine-learning capabilities. Three zones do not mean three buildings. Primary source →
Operator / company disclosureInvestment boundary. The same announcement sets out more than USD 5 billion of investment in Mexico over 15 years. This is a country-level commitment over time, not current-year expenditure, the cost of one campus or forecast cloud revenue. Primary source →
Who receives the money?
Our analysis of disclosed roles. Revenue routes are business-model interpretations, not estimates of booked project revenue.
AWS sells cloud services to customers using the region.
Measure net new consumption and retention, then compare revenue with depreciation, power and operating costs.
Customers
Purchase compute, storage and other services.
A migration announcement demonstrates adoption; incremental spend and contract economics require separate evidence.
Infrastructure suppliers
Potential physical delivery and operating roles.
The reviewed launch source does not establish named project-specific supplier contracts; no vendor revenue is assigned.
How financially meaningful is it? Analyst interpretation
Our analysis: the useful unit is paid service consumption rather than the investment headline. New local workloads may add revenue; relocating existing workloads may instead improve retention, latency or compliance. Those benefits can matter without appearing as new regional sales. The investment commitment cannot be divided by 15 and treated as an annual spending schedule because timing and scope are undisclosed.
How to test the economicsHypothetical model · not reported results
Incremental regional contribution = revenue from new usage + expansion of existing usage − displaced revenue elsewhere in AWS − incremental operating costs and depreciation. Cash returns also depend on upfront investment and working capital.
Hypothetical illustration: if a region records USD 100 million of service revenue and USD 60 million merely shifted from other AWS regions, only USD 40 million is incremental before costs and any retention benefit. These are assumed values, not Mexico revenue estimates.
Milestones that would change the assessment
Milestone
Evidence to watch
Customer adoption
Look for production deployments, sustained consumption and disclosed migrations, rather than launch-event participation alone.
Product breadth
Verify the required services and instance families in this region at the time of a customer decision; global availability is insufficient.
Capacity and cash conversion
Watch additional delivered infrastructure alongside AWS-wide operating income and cash spending; company results are context, not regional results.
What could break the investment case?
Our analysis: Customer migrations can inflate apparent growth without adding total sales. Price competition, power costs and slow utilization can dilute returns. Region availability alone does not prove every AI product or accelerator is offered locally.
What would change our view?
Our analysis: Our confidence would rise with documented new workloads and sustained customer expansion. It would fall if adoption largely consists of transfers, if service gaps prevent deployments, or if capacity grows faster than paid demand.
What remains unknown Not established in this review
Regional revenue, operating MW, utilization, AI-specific usage, project margins and parcel-level facilities are not disclosed in the reviewed announcement. No regional earnings forecast is justified.
Project research for information, not a buy recommendation. Financial illustrations use assumptions, not disclosed site results or management guidance.
Region availability announced May 7, 2024; regional earnings undisclosed
Confirmed companies
Microsoft; named connectivity partners Kio Networks, MCM Telecom and Megaport
Next milestone
Production adoption, required regional services and net incremental consumption.
Reviewed
October 6, 2026
Expanded analysis · Original disclosures linked below · CAD and USD preserved as labeled · Company statements attributed; interpretations labeled.
The one-minute investment takeaway
Mexico Central has a concrete enterprise adoption story: Microsoft names early customers and connectivity partners. The financial test is whether local availability attracts additional paid usage or strengthens retention enough to justify infrastructure costs. This entry covers a cloud region spanning multiple data centers, so building-level capacity and revenue cannot be inferred from the regional launch.
Readiness basis: Classification of evidence in the reviewed profile; strongest documented phase, not full-campus completion. Region availability announced May 7, 2024; regional earnings undisclosed Readiness source →
What the sources establish
Operator / company disclosureRegion scope.Microsoft’s May 7, 2024 announcement describes several data centers in metropolitan Querétaro, local residency and latency benefits, and delivery of Microsoft cloud services. It names Binaria ID and DocSolutions as early customers. Their participation does not disclose contract size or incremental Microsoft revenue. Primary source →
Operator / company disclosureConnectivity and impact boundaries. The release names Kio Networks, MCM Telecom and Megaport as ExpressRoute partners. Its quoted IDC economic forecast includes Microsoft, partners and customers; it is not a Microsoft revenue forecast, region budget or measured current outcome. Primary source →
Who receives the money?
Our analysis of disclosed roles. Revenue routes are business-model interpretations, not estimates of booked project revenue.
Supplies cloud and software services supported by the region.
New consumption, retention and software usage need separation from workloads transferred between regions.
Connectivity partners
Named ExpressRoute ecosystem participants.
Connectivity is a distinct commercial route; partner involvement does not establish booked regional revenue or margins.
Early customers
Named users in the launch disclosure.
Customer adoption provides evidence of use, but not contract value, spending growth or investment returns.
How financially meaningful is it? Analyst interpretation
Our analysis: compliance and latency can remove barriers to enterprise adoption, while migrations can also shift existing Microsoft revenue without increasing it. Software and infrastructure revenue have different cost profiles, so a broad cloud-service announcement cannot be modeled entirely as GPU rental. Customer testimonials are useful evidence of a use case; sustained consumption and willingness to pay remain the economic questions.
How to test the economicsHypothetical model · not reported results
Incremental contribution = net new service consumption + retained contribution otherwise at risk + incremental software contribution − added operating costs and depreciation. Avoid counting the same customer spend in both software and infrastructure categories.
Hypothetical illustration: USD 100 million of regional billings with USD 70 million transferred from existing Microsoft deployments leaves USD 30 million of incremental billings before costs. A retention benefit may exist, but requires its own evidence. These are assumed values, not Mexico Central results.
Milestones that would change the assessment
Milestone
Evidence to watch
Production adoption
Look for sustained deployments and expansion beyond early-access use; testimonials do not disclose recurring spend.
Service suitability
Verify the required product, residency terms and instance availability for each workload at the time of deployment.
Cash return
Compare incremental demand with equipment and service costs; company-wide cloud results do not allocate region earnings.
What could break the investment case?
Our analysis: Service gaps or integration costs can slow migrations. Competition can reduce realized prices. Customers may relocate existing workloads without adding total demand, while new infrastructure still increases depreciation and operating expense.
What would change our view?
Our analysis: Our confidence would rise with sustained customer expansion and documented new workloads. It would fall if demand is largely transferred, if regional service limitations persist, or if economics require material discounts to win adoption.
What remains unknown Not established in this review
Current regional IT MW, utilization, project budget, contract values, AI workload mix and regional profit remain undisclosed. Named partners are not assigned equipment orders.
Project research for information, not a buy recommendation. Financial illustrations use assumptions, not disclosed site results or management guidance.
Region reported operating December 4, 2024; site-level economics undisclosed
Confirmed companies
Google Cloud / Alphabet; customer context includes Prosa and Mexico’s ASF
Next milestone
Sustained customer consumption, service availability and regional infrastructure disclosures.
Reviewed
October 6, 2026
Expanded analysis · Original disclosures linked below · CAD and USD preserved as labeled · Company statements attributed; interpretations labeled.
The one-minute investment takeaway
Querétaro connects Google Cloud’s local offering with enterprise and public-sector use cases. Data residency and latency can help customers deploy applications, but availability alone does not establish incremental revenue or a dedicated AI training cluster. The strongest next evidence would show recurring production consumption and how it compares with the capital and operating cost of serving it.
Readiness basis: Classification of evidence in the reviewed profile; strongest documented phase, not full-campus completion. Region reported operating December 4, 2024; site-level economics undisclosed Readiness source →
What the sources establish
Operator / company disclosureOperating disclosure.Google’s December 4, 2024 announcement says its Querétaro cloud region is operating, with local data residency and lower-latency access. It is a regional service disclosure, not an identified parcel-level campus inventory. Primary source →
Operator / company disclosureCustomer context. The announcement includes Prosa’s payment-technology use case and comments from Mexico’s Auditoría Superior de la Federación, describing existing use of Google tools including Vertex AI. These statements support customer context, but do not establish that all cited AI processing occurs within Querétaro or reveal regional contract value. Primary source →
Who receives the money?
Our analysis of disclosed roles. Revenue routes are business-model interpretations, not estimates of booked project revenue.
Additional paid consumption and contribution margin matter; regional revenue is not disclosed.
Prosa and public-sector customer context
Describe applications and benefits in the launch announcement.
Existing relationships and endorsements are distinct from verified regional deployment volumes.
Infrastructure and computing suppliers
Possible physical delivery roles.
No named regional GPU purchase or parcel-level supplier contract is established in this source.
How financially meaningful is it? Analyst interpretation
Our analysis: an application moved closer to its users can benefit from latency and residency even if its total cloud spending is unchanged. Revenue growth therefore requires more than geographic relocation. For AI services, distinguish the user’s billing location, stored data location and actual processing arrangement before making a campus-specific inference. A company cloud-growth number is context; it cannot establish this region’s earnings contribution.
How to test the economicsHypothetical model · not reported results
Modeled service revenue = paid units consumed × net realized price, across distinct products. Contribution also depends on infrastructure efficiency, support and delivery costs; internal transfer revenue is excluded from incremental company growth.
Hypothetical illustration: consumption rising 30% while realized unit pricing falls 15% raises revenue by 10.5% (1.30 × 0.85 − 1), before costs. Faster usage growth does not guarantee proportional profit growth. These are assumptions, not Google Mexico usage or pricing.
Milestones that would change the assessment
Milestone
Evidence to watch
Production workload evidence
Seek customer disclosures identifying actual regional processing or storage and ongoing use.
Service breadth
Verify availability and processing arrangements for the particular AI or database service, rather than assuming all global products are local.
Economic conversion
Watch sustained net new usage and cost efficiency; separate market adoption from earnings attribution.
What could break the investment case?
Our analysis: Public-sector and regulated deployments can require lengthy integration and procurement. Rival regions can compete on price. Customer interest may translate into modest consumption, while installed infrastructure still carries depreciation and power costs.
What would change our view?
Our analysis: Our confidence would rise with sustained paid regional deployments and expansion of production workloads. It would fall if residency or service requirements remain unmet, or if customer gains depend on pricing that weakens contribution.
What remains unknown Not established in this review
Project cost, current IT MW, GPU inventory, utilization, customer-specific regional spend and earnings remain undisclosed. The reviewed source does not establish a dedicated frontier-model training campus.
Project research for information, not a buy recommendation. Financial illustrations use assumptions, not disclosed site results or management guidance.
Operating campus documented; expanded full-build capacity is a plan
Confirmed companies
ODATA / Aligned Data Centers
Next milestone
Commissioned expansion capacity, contracted customers and lease commencement.
Reviewed
October 6, 2026
Expanded analysis · Original disclosures linked below · CAD and USD preserved as labeled · Company statements attributed; interpretations labeled.
The one-minute investment takeaway
QR01 offers a physical-infrastructure counterpart to AWS Mexico’s service business. ODATA provides the place and power for customer computing; the customer may earn the cloud revenue. A successful campus needs both delivered infrastructure and durable paying tenants. Regional AI growth is a demand thesis, while tenant contracts and commenced billing are the evidence needed to underwrite returns.
Readiness basis: Classification of evidence in the reviewed profile; strongest documented phase, not full-campus completion. Operating campus documented; expanded full-build capacity is a plan Readiness source →
What the sources establish
Operator / company disclosureOperating evidence. ODATA’s opening notice announces operation of QR01; its current Mexico directory places the campus at VYNMSA Querétaro Industrial Park. These establish the operator and location without identifying an AI tenant. Primary source →
Operator / company disclosureExpansion boundary. Aligned’s February 28, 2024 release describes QR01 expansion and up to 32 MW when fully constructed. The release also discusses separate QR02 and QR03 developments; their capacity is not QR01 capacity. It does not confirm that all 32 MW is presently commissioned or leased. Primary source →
Operator / company disclosureCurrent directory. The current operator directory markets the QR01 campus and carrier connectivity. A marketed location does not disclose productive customer load, occupancy or lease pricing. Primary source →
Who receives the money?
Our analysis of disclosed roles. Revenue routes are business-model interpretations, not estimates of booked project revenue.
Company / exposure
Economic role
What investors need to establish
ODATA / Aligned / private
Provides scalable data-center infrastructure.
Rent and service income depend on contracted capacity and billing commencement; site economics are undisclosed.
Hyperscale customers
Deploy computing equipment and services.
The expansion describes the customer category; this review does not establish a named AI tenant or its spending.
Power and equipment suppliers
Potential infrastructure and customer procurement roles.
No project-specific supplier order is assigned from portfolio-wide technology claims.
How financially meaningful is it? Analyst interpretation
Our analysis: customer concentration, currency and cost recovery are central to a wholesale campus. A large tenant can accelerate leasing but increase renewal exposure. Rent currency, debt currency and local expenses can differ; without contract evidence, neither a natural currency hedge nor an unhedged mismatch should be assumed. ODATA and Aligned are private operating businesses, and a platform investment does not give a public shareholder direct ownership of QR01.
How to test the economicsHypothetical model · not reported results
Modeled operating cash = commenced contracted rent + net service income − non-recovered electricity and operating expenses − maintenance. Debt service, expansion funding and currency effects then determine cash available to owners.
Hypothetical illustration: 10 MW of billable capacity equals 10,000 kW. At an assumed USD 120 per kW monthly rent, annual rent is USD 14.4 million before expenses. A six-month commencement delay shifts USD 7.2 million beyond the planned schedule. Neither capacity leased nor pricing is a disclosed QR01 figure.
Watch named contracts, duration, concentration and termination protection; general customer interest is insufficient.
Cash conversion
Establish rent and power-cost recovery, financing currency and maintenance requirements before estimating distributions.
What could break the investment case?
Our analysis: Delayed utility service or customer fit-out can defer billing. Concentrated tenants can negotiate concessions. Unrecovered power costs or a funding-currency mismatch can reduce cash returns. Portfolio cooling capabilities do not prove a specific installed QR01 system.
What would change our view?
Our analysis: Our confidence would rise with commissioned expansion and binding leases converting to billing. It would fall if infrastructure is added ahead of contractual demand or if rent fails to cover the full cost of delivered power and capital.
What remains unknown Not established in this review
Current commissioned IT MW, utilization, tenant names, lease currency and pricing, financing, supplier orders and site earnings remain unestablished. The 32 MW figure remains an attributed full-build plan.
Project research for information, not a buy recommendation. Financial illustrations use assumptions, not disclosed site results or management guidance.
Mexico / Querétaro corridor / Amexhe Industrial Park
Readiness
Existing facility / readiness unverified
Status
Operator-listed campus; current commissioned IT load undisclosed
Confirmed companies
ODATA / Aligned Data Centers
Next milestone
Binding customer commitments, current commissioned IT capacity and lease commencement.
Reviewed
October 6, 2026
Expanded analysis · Original disclosures linked below · CAD and USD preserved as labeled · Company statements attributed; interpretations labeled.
The one-minute investment takeaway
QR02 is an infrastructure leasing case where customer fit-out is the bridge between a marketed facility and recurring cash. An operating directory establishes the campus offering, while the underwriting questions concern committed load, delivery obligations and who pays for upgrades. This entry remains separate from QR01 and QR03 rather than inheriting their budgets or customer commitments.
Readiness basis: Classification of evidence in the reviewed profile; strongest documented phase, not full-campus completion. Operator-listed campus; current commissioned IT load undisclosed Readiness source →
What the sources establish
Operator / company disclosureCurrent campus evidence. ODATA’s Mexico directory lists QR02 at Amexhe Industrial Park, describes Tier III design and continuous operation, and gives the campus its own entry. The market label does not independently resolve exact municipal boundaries or establish a commissioning date. Primary source →
Operator / company disclosureScope boundary. The directory markets cloud and AI infrastructure across Mexico, but it does not establish QR02’s current utilization, named AI tenants, revenue or a specific computing-equipment procurement. Portfolio capabilities cannot be assigned to an individual customer deployment without further evidence. Primary source →
Who receives the money?
Our analysis of disclosed roles. Revenue routes are business-model interpretations, not estimates of booked project revenue.
Company / exposure
Economic role
What investors need to establish
ODATA / Aligned / private
Provides campus infrastructure and services.
Commenced leases, operating costs and financing determine return; billable capacity is undisclosed.
Customers
Install computing systems within contracted infrastructure.
Fit-out timing, termination rights and customer credit matter; tenant identities are unestablished.
Power and hardware suppliers
Possible facility and customer procurement roles.
No QR02-specific order value is established from the directory.
How financially meaningful is it? Analyst interpretation
Our analysis: the division of fit-out costs is central to a campus lease. A tenant-funded installation can have different owner cash requirements from a landlord-funded turnkey deployment. Claimed availability does not establish that a particular density can be delivered at a profitable price. QR03’s anchor commitments and QR01’s full-build specification remain distinct project evidence, so they do not fill QR02’s disclosure gaps.
How to test the economicsHypothetical model · not reported results
Modeled owner return = net commenced lease income − non-recovered operations − maintenance − financing costs. Owner-funded fit-out and delivery obligations add initial capital and should be evaluated against secured lease cash.
Hypothetical illustration: USD 12 million of annual net operating cash supports a simple 10% yield on USD 120 million of invested capital. If owner-funded fit-out adds USD 30 million without additional cash, the simple yield falls to 8%. These are assumptions, not QR02 costs or rent.
Milestones that would change the assessment
Milestone
Evidence to watch
Contracted scope
Seek customer commitments that specify billable load, required density and allocation of fit-out costs.
Commissioned delivery
Verify the capacity available to that customer, not just an operating campus listing.
Cash conversion
Track lease commencement and cash after maintenance, power recovery and debt service.
What could break the investment case?
Our analysis: Fit-out obligations can absorb expected returns, and customer installations can lag facility readiness. Lease concentration or weak termination protection can undermine demand visibility. Energy charges passed through to customers can inflate reported revenue without increasing retained cash.
What would change our view?
Our analysis: Our confidence would rise with defined contracts and delivered capacity converting to billing. It would fall if expensive upgrades precede secured demand or if recurring cash fails to cover continuing capital obligations.
What remains unknown Not established in this review
Current IT MW, utilization, tenants, lease pricing and currency, financing, fit-out allocation, procurement and site earnings remain unestablished.
Project research for information, not a buy recommendation. Financial illustrations use assumptions, not disclosed site results or management guidance.
Expanded investment research / Mexico / Querétaro / El Marqués
ODATA QR03 Data Center in Querétaro: Capacity, Power and Investor Risks
FJ Intelligence evidence check · October 13, 2026
Scoped review of dated disclosures; issuer forecasts and reported service are separate from measured utilization, paid spending and investment returns.
Power is not utilized IT load
February energization disclosure names Ammper and 200 MW infrastructure energization with further expansion planned. The April 72 MW building and 300 MW campus IT plan remain separate from Milenio’s 24 MW inaugural module report. Current utilized capacity and named tenants remain undisclosed.
Cooling update and budget boundary
September 17 issuer release identifies DeltaFlow installation and testing at QR03 and SP04, developed with Munters. The USD 630 million first-phase figure covers both sites. It cannot all be assigned to Mexico, added to QR03’s whole-campus budget, or treated as accepted installed capacity. Final commissioning, payment and QR03-specific order value remain unverified.
Investor interpretation
Our analysis: power access and cooling readiness can remove different delivery constraints. They create an opportunity only when matched by accepted customer IT capacity and billing. ODATA/Aligned’s platform ownership is distinct from site earnings; suppliers named in design announcements do not establish stock-level materiality. The government/utility instrument gap remains open.
First facility launched April 2025; DeltaFlow installation/testing reported September 2026; full campus delivery unverified
Confirmed companies
ODATA / Aligned Data Centers; unnamed anchor hyperscale customers
Next milestone
Later-phase commissioning and conversion of committed demand into billable IT capacity.
Reviewed
October 6, 2026
Expanded analysis · Original disclosures linked below · CAD and USD preserved as labeled · Company statements attributed; interpretations labeled.
The one-minute investment takeaway
QR03 has documented infrastructure and anchor-customer commitments, making it more concrete than an undeveloped land opportunity. The investor test is how efficiently staged spending becomes commenced leases. A campus can have energized electrical infrastructure before customers install or use all the computing equipment, so those milestones must remain distinct.
Readiness basis: Classification of evidence in the reviewed profile; strongest documented phase, not full-campus completion. First facility launched April 2025; DeltaFlow installation/testing reported September 2026; full campus delivery unverified Readiness source →
What the sources establish
Operator / company disclosurePhase and budget. ODATA’s April 30, 2025 release launches the first facility with 72 MW of IT power. It describes more than USD 3 billion of total investment and up to 300 MW of IT capacity when fully constructed. The development budget and full-build capacity are not current revenue or current customer load. Primary source →
Operator / company disclosurePower and customers. The release reports 200 MW energized in February 2025, further power expansion and three committed anchor hyperscale clients without naming them. The energization figure concerns power infrastructure; it is not equivalent to 200 MW of installed, utilized customer IT equipment. Primary source →
Who receives the money?
Our analysis of disclosed roles. Revenue routes are business-model interpretations, not estimates of booked project revenue.
Company / exposure
Economic role
What investors need to establish
ODATA / Aligned / private
Provides campus infrastructure to computing customers.
Billing commencement, contracted capacity and financing govern returns; no campus earnings are disclosed.
Anchor customers / unnamed
Disclosed demand commitments support phased development.
Tenant identity, contract duration, cancellation rights and actual load remain unknown.
Computing and infrastructure vendors
Potential customer and facility procurement roles.
No GPU order value or named computing supplier is established from the campus announcement.
How financially meaningful is it? Analyst interpretation
Our analysis: useful power access can remove a development bottleneck, but idle energized capacity still has carrying costs. Anchor commitments improve demand visibility only to the extent their terms protect investment and trigger billing. The budget covers a broader development than the first delivered facility; dividing the whole amount by 72 MW would mix phases and misrepresent cost intensity. Equipment owned by tenants belongs in a separate spending layer.
How to test the economicsHypothetical model · not reported results
Modeled lease cash = commenced billable kW × net rent per kW × 12 − non-recovered operating expense − maintenance. Subtract debt service and future phase funding before estimating owner distributions.
Hypothetical illustration: 50,000 billable kW at an assumed USD 125 monthly net rent produces USD 75 million annually before costs. If only 60% has commenced billing, the same price produces USD 45 million. These are assumed leasing values, not QR03 rents or occupancy.
Milestones that would change the assessment
Milestone
Evidence to watch
Phase delivery
Track commissioned IT capacity separately from substation energization and full-campus design.
Customer handover
Seek lease commencement and actual equipment deployment, not just the number of committed customers.
Funding and expansion
Compare additional phase spending with secured demand and cash available after debt service.
What could break the investment case?
Our analysis: Infrastructure can arrive before tenant fit-out, delaying cash conversion. Concentrated anchor demand can increase renewal exposure. Funding later phases can consume initial operating cash, while high-density requirements can add cost beyond a basic powered-space design.
What would change our view?
Our analysis: Our confidence would rise with phased handovers converting to sustained billing. It would fall if expansion proceeds materially ahead of contractual demand or if operating cash cannot fund required maintenance and capital obligations.
What remains unknown Not established in this review
Current utilized IT load, billable capacity, tenant names, lease terms, debt structure, final phase costs and campus earnings remain undisclosed in the reviewed release.
Project research for information, not a buy recommendation. Financial illustrations use assumptions, not disclosed site results or management guidance.
Where is ODATA QR03, and who operates it?
QR03 is ODATA’s hyperscale data center campus at PyME Industrial Park in Los Cues, in the Querétaro area of Mexico. This research locates it in El Marqués. ODATA identifies itself as an Aligned Data Centers company; the operating company and the campus are distinct from individual tenant workloads.
Milenio’s May 1, 2025 reporting attributes a 24 MW inaugural module within a 72 MW building to ODATA’s CEO. That adds phase detail to the operator’s original first-facility announcement; neither statement measures today’s tenant utilization.
200 MW of installed or utilized customer computing
300 MW
Planned IT capacity at full campus build-out
Verified delivered capacity today
What this review changes for investors
Our analysis: The useful comparison is commissioned modules and commenced customer billing versus the larger electrical and campus envelopes. Strong power infrastructure can support expansion while unused capacity still carries costs. A building rating and an energized substation do not establish tenant equipment deployment or cash generation.
This is an evidence clarification using dated launch reporting, not an announcement of a new phase. Current utilized IT load, named tenants, lease economics and later-phase handovers remain unverified. The next useful disclosure would identify newly accepted modules and their customer-service scope.
MX1-specific customer installations, capacity upgrades and recurring service growth.
Reviewed
October 6, 2026
Expanded analysis · Original disclosures linked below · CAD and USD preserved as labeled · Company statements attributed; interpretations labeled.
The one-minute investment takeaway
MX1 provides an existing Mexican colocation and connectivity lens. Its appeal depends on customers choosing the location and paying for useful infrastructure and connections. The Mexico City market label is commercial geography; the facility is in Querétaro. Investment analysis must follow site-specific deployments rather than assuming that a regional cloud announcement creates revenue here.
Readiness basis: Classification of evidence in the reviewed profile; strongest documented phase, not full-campus completion. Existing operator-listed facility; AI deployment and current economics undisclosed Readiness source →
What the sources establish
Operator / company disclosureFacility identity.Equinix lists MX1 in Parque Tecnológico Innovación in Querétaro. The facility page establishes the operator offering, but does not disclose a named AI tenant or current productive computing load. Primary source →
Operator / company disclosureHistorical acquisition.Equinix’s January 9, 2020 article describes MX1, MX2 and MO1 open for business after a USD 175 million three-facility acquisition. That price cannot be assigned entirely to MX1 or treated as a new AI spending commitment. Primary source →
Who receives the money?
Our analysis of disclosed roles. Revenue routes are business-model interpretations, not estimates of booked project revenue.
Provides colocation and connectivity infrastructure.
Revenue depends on paid deployments, pricing and retained service contribution.
Customers and network counterparties
Use hosted systems and connections.
Actual contracts and attachment rates are needed; a regional ecosystem does not establish MX1 sales.
Computing vendors
May supply customer equipment.
No MX1-specific accelerator order or vendor revenue is verified.
How financially meaningful is it? Analyst interpretation
Our analysis: an enterprise connection to cloud infrastructure is economically different from a GPU training cluster. Customers can value local systems and private network access without renting large blocks of accelerator capacity. Service growth also needs separation from power-cost recovery. The historical acquisition can inform portfolio context but cannot establish current replacement cost, net asset value or a site return.
How to test the economicsHypothetical model · not reported results
Recurring contribution = colocation margin + net paid connectivity and service income − site overhead and maintenance. Additional connections create value only after the cost of delivering and supporting them.
Hypothetical illustration: 200 additional connections at an assumed USD 150 per month generate USD 360,000 of annual revenue. At an assumed 50% incremental contribution margin, USD 180,000 remains before new fixed costs and capital. These are not MX1 connection counts, prices or margins.
Milestones that would change the assessment
Milestone
Evidence to watch
Site demand
Seek named MX1 deployments or contracted expansion, keeping evidence distinct from neighboring MX2.
Technical delivery
Verify required density and cooling before assuming a profitable AI upgrade.
Service economics
Watch paid connectivity alongside cabinet growth, then assess maintenance and power-cost recovery.
What could break the investment case?
Our analysis: Regional demand can shift among operators or neighboring facilities without net growth. Upgrades may require capital that customer pricing cannot recover. Cloud migration can complement private connections but can also remove previously colocated equipment.
What would change our view?
Our analysis: Our confidence would rise with sustained customer spending and cash-efficient upgrades. It would fall if deployment growth is offset by churn or if spending needs materially outpace retained service income.
What remains unknown Not established in this review
Current occupancy, IT MW, rent, customer mix, AI usage, upgrade spending, allocated acquisition basis and site earnings remain undisclosed in the reviewed evidence.
Project research for information, not a buy recommendation. Financial illustrations use assumptions, not disclosed site results or management guidance.
MX2-specific deployments, billable capacity and verified upgrades.
Reviewed
October 6, 2026
Expanded analysis · Original disclosures linked below · CAD and USD preserved as labeled · Company statements attributed; interpretations labeled.
The one-minute investment takeaway
MX2 is a separate facility in an established connectivity market, not a second copy of MX1’s economics. Customers may value campus proximity and network access, but an adjacent location does not reveal shared capacity, identical tenants or equal returns. The investment task is to establish MX2’s own recurring deployments and capital requirements.
Readiness basis: Classification of evidence in the reviewed profile; strongest documented phase, not full-campus completion. Existing operator-listed facility; current technical and utilization evidence limited Readiness source →
What the sources establish
Operator / company disclosureFacility identity.Equinix lists MX2 at Lot 80 in Parque Tecnológico Innovación, El Marqués. Several technical fields on the current page are unavailable, so no facility MW total is assigned. Primary source →
Operator / company disclosureAcquisition boundary.Equinix’s January 9, 2020 article reports MX1, MX2 and MO1 open for business after acquisition of the three Axtel data centers for USD 175 million. That multi-facility price is not MX2’s standalone purchase cost, current valuation or new AI investment. Primary source →
Who receives the money?
Our analysis of disclosed roles. Revenue routes are business-model interpretations, not estimates of booked project revenue.
Provides colocation and connectivity infrastructure.
Current recurring customers and net services determine cash generation; MX2 revenue is undisclosed.
Customer deployments
Generate infrastructure demand and connections.
No named AI tenant, current cabinet inventory or productive load is established.
Hardware vendors
Potential customer or facility procurement roles.
Missing technical data should not be filled with adjacent-facility specifications or assumed accelerator orders.
How financially meaningful is it? Analyst interpretation
Our analysis: an acquisition can create network and operating benefits across several facilities, but those benefits require evidence. A shared campus can also need incremental power, cooling or fiber spending. Allocating an equal third of the historical purchase price to MX2 would invent an accounting split, and using that amount as today’s invested capital would ignore subsequent investment and depreciation.
How to test the economicsHypothetical model · not reported results
Facility cash contribution = net colocation and connectivity revenue − operating costs − maintenance. Acquisition returns require the actual allocated investment, integration cost and subsequent capital, not an arbitrary division of a portfolio price.
Hypothetical illustration: USD 1 million of incremental annual service revenue at an assumed 40% contribution margin adds USD 400,000 before fixed-cost changes and capital spending. If supporting upgrades cost USD 2 million, that contribution alone takes five years to recover them, ignoring financing and residual value.
Milestones that would change the assessment
Milestone
Evidence to watch
Technical disclosure
Seek current MX2-specific usable capacity and density information; unavailable fields remain unknown.
Customer deployment
Verify production installations and recurring billing instead of assuming nearby MX1 evidence applies.
Capital efficiency
Compare paid service expansion with upgrade and maintenance spending, separating portfolio benefits from site returns.
What could break the investment case?
Our analysis: Incomplete specifications constrain underwriting. Upgrades may require more spending than customer contracts support. Regional cloud growth can shift demand among facilities rather than increase total deployments, and competitive connectivity pricing can limit margin.
What would change our view?
Our analysis: Our confidence would rise with site-specific deployments and profitable recurring expansion. It would fall if capital needs grow without corresponding commitments or if all supporting evidence remains at the portfolio level.
What remains unknown Not established in this review
Current IT MW, occupancy, tenant mix, pricing, upgrade budget, allocated acquisition basis and site earnings remain unestablished. No dedicated AI training installation is confirmed.
Project research for information, not a buy recommendation. Financial illustrations use assumptions, not disclosed site results or management guidance.
Recurring regional customer deployments, connectivity attachment and upgrade costs.
Reviewed
October 6, 2026
Expanded analysis · Original disclosures linked below · CAD and USD preserved as labeled · Company statements attributed; interpretations labeled.
The one-minute investment takeaway
MO1 adds a distinct regional footprint rather than another Querétaro campus. The investment lens is enterprise infrastructure and connectivity in the Monterrey area. Industrial or cross-border activity can motivate demand research, but it does not identify a contracted customer. The economic case needs actual deployments, retention and costs rather than a broad nearshoring narrative.
Readiness basis: Classification of evidence in the reviewed profile; strongest documented phase, not full-campus completion. Existing operator-listed colocation facility; AI-specific demand unestablished Readiness source →
What the sources establish
Operator / company disclosureCurrent specification.Equinix lists MO1 in Apodaca, Nuevo León, with 12,497 square feet of colocation space and 2N UPS redundancy. These specifications do not establish billable cabinet inventory or a dedicated AI training system. Primary source →
Operator / company disclosurePortfolio-price boundary. The operator’s January 2020 article confirms MO1 open alongside MX1 and MX2 after a USD 175 million combined acquisition. That is a three-facility transaction amount, not MO1’s individual budget or current value. Primary source →
Who receives the money?
Our analysis of disclosed roles. Revenue routes are business-model interpretations, not estimates of booked project revenue.
Recurring deployments must support operating costs, maintenance and any upgrade investment.
Enterprise and network customers
Potential regional infrastructure users.
No named AI customer or specific industrial workload is established in these sources.
Infrastructure vendors
Possible equipment and support counterparties.
Market activity is not a disclosed project procurement order.
How financially meaningful is it? Analyst interpretation
Our analysis: a smaller existing site can deliver recurring cash without a large construction announcement. However, regional economic growth is only a demand hypothesis until it becomes paid usage. A customer can add connectivity while reducing local equipment, so cabinets and connection income may move differently. Current pricing, retention and upgrade cost determine whether those changes improve contribution.
How to test the economicsHypothetical model · not reported results
Net recurring growth = expansion from retained customers + contribution from new customers − lost contribution from churn − added operating costs. Separate one-time installation charges from durable recurring revenue.
Hypothetical illustration: USD 1 million of new recurring revenue less USD 400,000 lost through churn leaves USD 600,000 net growth before delivery costs. If recurring support costs rise USD 350,000, additional contribution is USD 250,000. These are assumed values, not MO1 results.
Milestones that would change the assessment
Milestone
Evidence to watch
Customer demand
Seek production deployments and spending instead of assigning tenants from a regional industrial narrative.
Retention
Watch renewed commitments and net expansion; gross new sales alone can overstate growth.
Upgrade return
Match site-specific engineering costs with contracted revenues and actual service margins.
What could break the investment case?
Our analysis: Customer consolidation can reduce the installed base. Regional demand may favor cloud services or competitors. Power and support costs can absorb new billings, and high-density upgrades can constrain the cash available from a small footprint.
What would change our view?
Our analysis: Our confidence would rise with net recurring customer growth and manageable sustaining costs. It would fall if churn offsets sales or if substantial new capital is required without corresponding commitments.
What remains unknown Not established in this review
Current occupancy, IT MW, tenant identities, pricing, AI usage, expenses, upgrade budget and facility earnings remain unestablished. No equipment supplier or attractive valuation is inferred.
Project research for information, not a buy recommendation. Financial illustrations use assumptions, not disclosed site results or management guidance.
Existing facility; current total-site-power specification differs from opening disclosure
Confirmed companies
Ascenty; Digital Realty and Brookfield Infrastructure backing identified by operator
Next milestone
Capacity reconciliation, current leasing and owner cash distributions.
Reviewed
October 6, 2026
Expanded analysis · Original disclosures linked below · CAD and USD preserved as labeled · Company statements attributed; interpretations labeled.
The one-minute investment takeaway
Querétaro 1 offers a useful distinction between the operating business and its financial backers. Ascenty provides the infrastructure, while any benefit to its owners depends on ownership economics, financing and distributions. Current specifications also differ from the opening release, so historical launch occupancy and power figures cannot serve as current operating results.
Readiness basis: Classification of evidence in the reviewed profile; strongest documented phase, not full-campus completion. Existing facility; current total-site-power specification differs from opening disclosure Readiness source →
What the sources establish
Operator / company disclosureCurrent specification. Ascenty lists Querétaro 1 at Camino a Nativitas 800 in Colón with 25 MW of total site power. This is not a disclosed customer IT-load figure. Primary source →
Operator / company disclosureHistorical scope. The opening release gave the first site 21 MW and launch occupancy of 25%. Its BRL 1 billion investment covered two Mexican facilities. Those historical measures are not current occupancy or a site-specific budget; the reviewed sources do not reconcile 21 MW with today’s 25 MW listing. Primary source →
Who receives the money?
Our analysis of disclosed roles. Revenue routes are business-model interpretations, not estimates of booked project revenue.
Company / exposure
Economic role
What investors need to establish
Ascenty / operating platform
Supplies colocation infrastructure and services.
Current leases and net operating cash determine the facility contribution.
Ownership connection does not allocate site income; ownership shares, funding obligations and distribution terms require separate evidence.
Customers and suppliers
Customers use the infrastructure and procure computing systems.
No named AI tenant or site-specific equipment order is established here.
How financially meaningful is it? Analyst interpretation
Our analysis: subsidiary operating profit, shareholder accounting income and cash distributions are different quantities. Debt repayment and new development can retain cash inside a platform even when leasing improves. Historical Brazilian-real spending should remain in its source currency rather than being treated as current Mexican or U.S. spending. A reported power increase could reflect changed scope or additional delivery, but a reason should not be invented.
How to test the economicsHypothetical model · not reported results
Owner cash benefit depends on distributable platform cash × the applicable ownership share, after debt service, reserves and funding obligations. A facility revenue model alone cannot establish a listed shareholder’s cash receipt.
Hypothetical illustration: USD 20 million of distributable platform cash at an assumed 50% ownership share implies USD 10 million before other obligations. If USD 12 million is retained for expansion first, that illustrative share receives USD 4 million. Neither ownership percentage nor cash amount is a disclosed Querétaro 1 figure.
Milestones that would change the assessment
Milestone
Evidence to watch
Specification reconciliation
Seek an explanation of current versus opening power scope and verified commissioned IT load.
Current leasing
Look for present billable occupancy and customer commitments rather than carrying forward launch percentages.
Shareholder conversion
Establish financing, reserves and distribution terms before translating platform growth into public-company cash.
What could break the investment case?
Our analysis: Currency mismatches, power recovery and debt costs can dilute rent gains. Platform expansion can consume distributable cash. A backing relationship can be economically remote from one facility, making project headlines a weak proxy for shareholder returns.
What would change our view?
Our analysis: Our confidence would rise with current contracted load and transparent cash conversion. It would fall if expansion needs repeatedly absorb operating cash or if power specifications remain ambiguous without verified delivery.
What remains unknown Not established in this review
Current occupancy, customer IT load, AI tenant identity, pricing, financing, ownership allocation and site distributions remain unestablished. BRL historical amounts are preserved without conversion.
Project research for information, not a buy recommendation. Financial illustrations use assumptions, not disclosed site results or management guidance.
QC24 expansion announced; early-2027 operating target remains a target
Confirmed companies
Vantage Data Centers; Hydro-Québec
Next milestone
QC24 commissioning, lease commencement and clarification of delivered versus planned capacity.
Reviewed
October 6, 2026
Expanded analysis · Original disclosures linked below · CAD and USD preserved as labeled · Company statements attributed; interpretations labeled.
The one-minute investment takeaway
Quebec City adds a wholesale infrastructure lens: the owner supplies powered space while customers monetize the computing equipment. The stronger thesis rests on contracted rent and timely delivery, rather than assuming every available megawatt is occupied. Vantage’s expansion announcement gives this profile a concrete project budget and milestone; it does not provide lease economics.
Readiness basis: Classification of evidence in the reviewed profile; strongest documented phase, not full-campus completion. QC24 expansion announced; early-2027 operating target remains a target Readiness source →
What the sources establish
Operator / company disclosureExpansion scope. Vantage’s February 27, 2025 announcement commits CAD 500 million to QC24, a fourth facility adding 32 MW of IT capacity and bringing QC2 to 86 MW. It targets operation in early 2027 and identifies Hydro-Québec as the renewable power provider. The announcement does not confirm commissioning. Primary source →
Operator / company disclosurePortfolio boundary. That release also describes nearly CAD 2.5 billion of cumulative investment and 178 MW across four Quebec City and Montreal campuses upon completion. Those portfolio figures must not be allocated entirely to QC24 or QC2. Primary source →
Operator / company disclosureConflicting page copy. The campus overview lists 86 MW, direct substation access and four facilities, while its gallery still refers to three. The dated QC24 release clarifies the four-building development plan; neither page establishes current energized customer load. Primary source →
Who receives the money?
Our analysis of disclosed roles. Revenue routes are business-model interpretations, not estimates of booked project revenue.
Company / exposure
Economic role
What investors need to establish
Vantage / private
Develops and operates the powered-space infrastructure.
Electricity service is a distinct revenue route; hydroelectric supply does not establish campus profit.
Customers and equipment vendors
Customers use the space and install computing equipment.
No named AI tenant or campus-specific accelerator order is established here; vendor exposure remains unverified.
How financially meaningful is it? Analyst interpretation
Our calculation: CAD 500 million divided by 32 MW is approximately CAD 15.6 million per planned incremental IT MW. This rough project-intensity ratio is not a cost-per-GPU metric, a replacement-cost valuation or a yield. The disclosed budget’s scope and final delivered costs matter. Because Vantage is private, this profile establishes infrastructure economics rather than a direct publicly traded Vantage share opportunity.
How to test the economicsHypothetical model · not reported results
Modeled recurring lease revenue = leased billable kW × monthly net rent per kW × 12. Assess operating cash after non-recovered expenses, maintenance, debt service and future investment; power pass-through can distort headline revenue.
Hypothetical illustration: 10,000 leased kW at an assumed CAD 150 per kW per month produces CAD 18 million of annual rent before expenses. At 80% billable occupancy it produces CAD 14.4 million. Neither pricing nor occupancy is a disclosed QC2 figure.
Milestones that would change the assessment
Milestone
Evidence to watch
Early 2027: operator target
Seek a dated QC24 operating announcement and clarity on how much of the 32 MW is commissioned.
Lease commencement
Look for binding customer commitments, handover and commencement of billing; announced demand is not disclosed occupancy.
Financial delivery
Compare final cost and financing with contracted income; separate QC24 from the broader provincial portfolio.
What could break the investment case?
Our analysis: Customer start dates can lag construction completion. Unleased capacity incurs carrying costs, and debt or fit-out costs can absorb rent growth. A renewable supply advantage does not establish that expansion rights, customer density requirements or commercial terms are secured.
What would change our view?
Our analysis: Our confidence would rise with commissioned capacity and leases starting on schedule. It would fall with delayed handovers, uncontracted space or costs that require materially higher rents than customers will pay.
What remains unknown Not established in this review
Current energized IT load, leased capacity, tenant identity, rent, financing structure, final construction cost and campus cash flow remain undisclosed. CAD figures are preserved without currency conversion.
Project research for information, not a buy recommendation. Financial illustrations use assumptions, not disclosed site results or management guidance.
Vantage Data Centers; Hydro-Québec identified in campus energy description
Next milestone
Building-level commissioning, contracted load and resolution of conflicting capacity copy.
Reviewed
October 6, 2026
Expanded analysis · Original disclosures linked below · CAD and USD preserved as labeled · Company statements attributed; interpretations labeled.
The one-minute investment takeaway
QC4 is a wholesale powered-space opportunity where staged delivery and customer commitments matter more than the full-build headline. Montreal’s climate and power characteristics can support the offering, but the owner earns returns only when usable infrastructure becomes billable. The source also contains conflicting capacity figures, so the advertised total needs qualification before it enters an investment model.
Readiness basis: Classification of evidence in the reviewed profile; strongest documented phase, not full-campus completion. Operator markets full-development campus; commissioned load unestablished Readiness source →
What the sources establish
Operator / company disclosureFull-development scope. Vantage’s overview describes a 10-acre, three-facility campus with 50 MW of critical IT load and 320,000 gross square feet when fully developed. Its gallery instead says 48 MW. We use 50 MW as the overview specification and retain the discrepancy; neither figure proves current delivered or leased capacity. Primary source →
Operator / company disclosureEfficiency and supply. The same page gives a 1.2 annual design PUE at full capacity, describes a dedicated substation and hydroelectric energy from Hydro-Québec. Design PUE is not measured operating efficiency; the energy description does not establish a new project-specific power allocation. Primary source →
Who receives the money?
Our analysis of disclosed roles. Revenue routes are business-model interpretations, not estimates of booked project revenue.
Company / exposure
Economic role
What investors need to establish
Vantage / private
Develops and operates powered data-center infrastructure.
Leased capacity, commencement dates, net rent and financing determine cash returns.
Hydro-Québec / public utility
Named in the campus energy description.
Power supply and customer cost recovery are separate from campus lease income; no utility earnings estimate is assigned.
Computing customers
Deploy and monetize their own systems.
The reviewed page does not establish a named AI tenant or supplier order; high-density capability is an offering.
How financially meaningful is it? Analyst interpretation
Our analysis: phase size controls how much capital is committed ahead of rent. Building in response to binding demand can reduce idle-capacity costs, but contractual obligations may still require upgrades before billing. Published square footage is gross area, not leased white space. The full-build specification should therefore sit outside the current-income calculation until delivered capacity and contractual occupancy are known.
How to test the economicsHypothetical model · not reported results
Modeled lease contribution = billable contracted kW × net monthly rent × 12 − non-recovered site expenses. Power efficiency affects costs, but whether the owner or customer receives the savings depends on lease terms.
Hypothetical illustration: 10 MW of steady IT load at PUE 1.2 requires 12 MW of total facility power; at PUE 1.4 it requires 14 MW. Over 8,760 hours the difference is 17,520 MWh. At an assumed CAD 50/MWh that is CAD 876,000 annually. This is not measured QC4 performance or its tariff.
Milestones that would change the assessment
Milestone
Evidence to watch
Capacity reconciliation
Seek corrected specifications and building-level delivered MW before treating 48 or 50 MW as current operating capacity.
Customer handover
Track contracted phases, commissioning and lease commencement separately; space availability does not establish billing.
Operating efficiency
Compare measured PUE at actual load with the full-capacity design target and establish who pays for electricity.
What could break the investment case?
Our analysis: Partial loading can produce different efficiency from the design target. Tenant fit-out can require additional cooling or power spending. Unleased phases incur financing and upkeep without corresponding rent. Hydroelectric sourcing alone does not establish adequate expansion service.
What would change our view?
Our analysis: Our confidence would rise with reconciled capacity, commissioned phases and leases converting to billing. It would fall if speculative build-out expands ahead of demand or if density upgrades absorb the expected rent premium.
What remains unknown Not established in this review
Current commissioned IT MW, leased load, customer identities, measured PUE, project budget, debt terms and campus earnings remain unestablished. CAD assumptions are illustrative and are not converted to USD.
Project research for information, not a buy recommendation. Financial illustrations use assumptions, not disclosed site results or management guidance.
Contracted cabinets, interconnection growth and documented high-density deployments.
Reviewed
October 6, 2026
Expanded analysis · Original disclosures linked below · CAD and USD preserved as labeled · Company statements attributed; interpretations labeled.
The one-minute investment takeaway
MT2 illustrates a different AI infrastructure opportunity: companies may need places to connect their systems to networks, partners and cloud services even when they do not train frontier models onsite. The investment case depends on recurring customer deployments and connectivity revenue, not on assuming that a Montreal location contains a giant GPU cluster.
Readiness basis: Classification of evidence in the reviewed profile; strongest documented phase, not full-campus completion. Operator-listed colocation facility; site utilization and earnings undisclosed Readiness source →
What the sources establish
Operator / company disclosureFacility evidence.Equinix lists MT2 at 3500 Rue F.-X.-Tessier in Vaudreuil-Dorion, with 37,832 square feet of colocation space and 2N UPS redundancy. Its product list includes Cross Connects and Equinix Fabric. Current specifications do not disclose utilization or a named AI tenant. Primary source →
Operator / company disclosureHistorical development plan. The April 5, 2023 announcement targeted opening in the second half of 2023 and described connectivity for Montreal-area financial services, gaming and aerospace businesses. That original target is not independent evidence of the exact opening date. Its old bandwidth-growth forecast must not be treated as a measured current result. Primary source →
Who receives the money?
Our analysis of disclosed roles. Revenue routes are business-model interpretations, not estimates of booked project revenue.
Supplies colocation and listed connectivity services.
Recurring deployments, billable power and paid connections underpin the revenue opportunity; MT2 revenue is undisclosed.
Enterprise customers
Place infrastructure near counterparties and services.
Customer retention and expansion can improve owner economics; AI usage needs deployment-specific evidence.
Network and equipment suppliers
Participate in the connectivity and hardware layers.
A platform ecosystem is not a named MT2 procurement contract; do not assign supplier orders without evidence.
How financially meaningful is it? Analyst interpretation
Our analysis: a smaller colocation site can be useful through connectivity and customer relationships, even without hyperscale power capacity. Building area cannot establish sellable cabinet count or earnings; redundancy equipment consumes space and adds cost. At company level, the important question is whether operating cash growth exceeds maintenance, expansion and financing needs. MT2 is one facility and cannot explain Equinix’s consolidated results by itself.
How to test the economicsHypothetical model · not reported results
Modeled monthly revenue = occupied billable cabinets × net cabinet price + paid connections × net connection price + other services. Deduct power and other operating costs, and distinguish customer power recovery from economic margin.
Hypothetical illustration: 1,000 billable cabinets at an assumed CAD 1,000 monthly net price generates CAD 12 million annually before connectivity, power recovery and expenses. A 10% occupancy increase with a 5% price decline increases this revenue component by only 4.5%. These are not MT2 specifications or prices.
Milestones that would change the assessment
Milestone
Evidence to watch
Customer deployment
Seek evidence of production installations and renewals, rather than assuming all listed space is leased.
Connectivity attachment
Look for disclosed paid connection growth alongside cabinet additions; availability does not establish sales.
Density upgrades
Verify site-specific cooling, electrical delivery and customer acceptance before attributing AI deployment capability.
What could break the investment case?
Our analysis: Nearby cloud infrastructure can attract connections but may also absorb workloads that would otherwise be colocated. Customer churn, energy costs and expensive density upgrades can reduce returns. Generic cooling language does not prove an installed AI system or a booked equipment order.
What would change our view?
Our analysis: Our confidence would rise with sustained deployments, renewals and connectivity growth. It would fall if footprint expands without customer spending or if higher-density requirements demand uneconomic upgrades.
What remains unknown Not established in this review
Current utilization, cabinet inventory, pricing, site revenue, AI workload mix and exact commissioning date are not established by the reviewed sources. Company valuation requires separate analysis.
Project research for information, not a buy recommendation. Financial illustrations use assumptions, not disclosed site results or management guidance.
Customer retention, paid connectivity and documented density upgrades.
Reviewed
October 6, 2026
Expanded analysis · Original disclosures linked below · CAD and USD preserved as labeled · Company statements attributed; interpretations labeled.
The one-minute investment takeaway
CL1 broadens the infrastructure lens beyond large campuses. Its smaller downtown footprint can serve customers needing reliable connections and equipment proximity rather than massive training capacity. The investment story depends on recurring deployments, service attachment and the cost of maintaining useful infrastructure in an urban building.
Readiness basis: Classification of evidence in the reviewed profile; strongest documented phase, not full-campus completion. Operator-listed urban colocation facility; current AI use and earnings undisclosed Readiness source →
What the sources establish
Operator / company disclosureCurrent facility scope.Equinix lists CL1 at 315 8th Avenue SW, Suite 401, Calgary, with 12,949 square feet of colocation space and 2N UPS redundancy. It describes a multi-tenant high-rise building and lists Cross Connects, Metro Connect and Equinix Fabric among offerings. Primary source →
Operator / company disclosureCapacity boundary. The listed minimum cabinet density is 2 kVA, an electrical specification rather than a total IT-capacity measure or a maximum customer density. The page does not establish a dedicated AI customer, billable cabinet inventory or current utilization. Primary source →
Who receives the money?
Our analysis of disclosed roles. Revenue routes are business-model interpretations, not estimates of booked project revenue.
Provides colocation and listed connectivity services.
Recurring deployments and paid service attachment must cover site costs and maintenance.
Enterprise and network customers
Use hosted equipment and private connections.
Customer mix, retention and spending determine value; no named AI deployment is verified.
Equipment suppliers
Potential infrastructure or customer hardware roles.
No specific CL1 procurement is established, so an AI sector connection is insufficient for vendor revenue attribution.
How financially meaningful is it? Analyst interpretation
Our analysis: a connected urban site can be valuable despite limited area, but floor size cannot establish cabinet revenue. The economic question is how many customers retain deployments and add paid services after power, building and staffing costs. Hosting proximity may support low-latency applications, yet it does not prove a current edge-inference business. Density upgrades should be assessed against the spending customers will actually commit.
How to test the economicsHypothetical model · not reported results
Modeled recurring cash = colocation margin + net connectivity and service contribution − fixed site expense − maintenance investment. The customer relationship can matter as much as the available floor area.
Hypothetical illustration: 100 customers buying an assumed additional CAD 500 per month of net services generate CAD 600,000 annually before delivery costs. If 10% leave, remaining expansion produces CAD 540,000, and lost base revenue must also be deducted. These are not CL1 customer counts or prices.
Milestones that would change the assessment
Milestone
Evidence to watch
Retention and expansion
Look for recurring deployments and customer spending; a product listing proves availability, not sales.
Connectivity attachment
Verify paid connections and services rather than assuming proximity creates billings.
Density readiness
Seek site-specific engineering and customer acceptance before assigning modern AI computing capacity.
What could break the investment case?
Our analysis: Small footprints can face physical limits and concentrated fixed costs. Building-level requirements may constrain upgrades. Customers can consolidate into cloud or other locations, reducing both cabinets and connectivity revenue.
What would change our view?
Our analysis: Our confidence would rise with customer retention and profitable service expansion. It would fall if upgrades require capital outlays unsupported by commitments or if customer consolidation erodes the installed revenue base.
What remains unknown Not established in this review
Current cabinets, occupancy, IT MW, customer mix, site revenue, upgrade cost and AI-specific usage remain unestablished. CAD model assumptions are illustrative.
Project research for information, not a buy recommendation. Financial illustrations use assumptions, not disclosed site results or management guidance.
Customer retention, service attachment and site-specific resiliency requirements.
Reviewed
October 6, 2026
Expanded analysis · Original disclosures linked below · CAD and USD preserved as labeled · Company statements attributed; interpretations labeled.
The one-minute investment takeaway
VA1 shows why a small connected facility should be evaluated on customer needs and cash efficiency rather than hyperscale capacity. Its Burnaby location is within the Vancouver market, but the investment case requires actual deployments and paid services. Published redundancy specifications also differ from other Equinix sites, making facility-level diligence essential.
Readiness basis: Classification of evidence in the reviewed profile; strongest documented phase, not full-campus completion. Operator-listed small colocation facility; AI deployment unestablished Readiness source →
What the sources establish
Operator / company disclosureCurrent footprint.Equinix lists VA1 at 4185 Still Creek Drive, Unit B, Burnaby with 3,692 square feet of colocation space. Its specifications give N UPS redundancy, N+1 generator redundancy and N+1 cooling redundancy. These are distinct system specifications, not a measured outage record. Primary source →
Operator / company disclosureService and demand boundary. The page lists internet access and cross connects but does not establish current utilization or a named AI customer. The Vancouver market label does not place the facility downtown, and generic AI cooling language does not verify an installed training system. Primary source →
Who receives the money?
Our analysis of disclosed roles. Revenue routes are business-model interpretations, not estimates of booked project revenue.
Retained customer deployments and net service margins must cover a small site’s fixed costs.
Customers
Select infrastructure against their reliability and connectivity needs.
Contracted requirements need site-specific engineering verification, not portfolio-wide assumptions.
Equipment and service providers
Potential maintenance or upgrade roles.
No named VA1 procurement or order value is established.
How financially meaningful is it? Analyst interpretation
Our analysis: small sites can benefit from customer relationships and network proximity, but fixed costs can weigh heavily on each billable cabinet. Resilience requirements must be compared with the actual design and customer architecture. N UPS redundancy is not the same specification as 2N elsewhere; it does not by itself establish unreliable service or quantify expected downtime. Upgrade cost matters only alongside the commitments it enables.
How to test the economicsHypothetical model · not reported results
Break-even billable units = fixed operating costs ÷ contribution per billable unit, before capital recovery. Add maintenance and upgrade funding to evaluate cash durability; services can change contribution without adding floor area.
Hypothetical illustration: CAD 600,000 of annual fixed costs divided by CAD 6,000 annual contribution per cabinet requires 100 billable cabinets to cover those costs. A 20% cost increase raises the threshold to 120 cabinets at unchanged contribution. These are not VA1 costs or cabinet inventory.
Milestones that would change the assessment
Milestone
Evidence to watch
Customer fit
Verify required redundancy, power and network architecture against this facility’s actual configuration.
Retention and services
Seek evidence of renewals and paid connection growth rather than relying on available products.
Upgrade economics
Identify contracted demand and expected cash benefit before assuming a profitable high-density retrofit.
What could break the investment case?
Our analysis: Customer consolidation can reduce both cabinet and connection income. Physical constraints may limit density upgrades. Site reliability needs can require capital beyond the basic marketed configuration, and a small revenue base can make fixed-cost increases significant.
What would change our view?
Our analysis: Our confidence would rise with stable customers and profitable service attachment. It would fall if mandated upgrades cannot be recovered through commitments or if customer attrition pushes cash below sustaining costs.
What remains unknown Not established in this review
Current cabinets, utilization, IT MW, reliability performance, customer identities, rent, operating expense and AI use remain undisclosed. No new hyperscale development is inferred.
Project research for information, not a buy recommendation. Financial illustrations use assumptions, not disclosed site results or management guidance.
Existing campus; further expansion included in 2025 statewide program
Confirmed companies
Google / Alphabet; NextEra Energy at the Iowa grid-program level
Next milestone
Expansion commissioning, power delivery and clearer allocation of Iowa investment.
Reviewed
October 6, 2026
Expanded analysis · Original disclosures linked below · CAD and USD preserved as labeled · Company statements attributed; interpretations labeled.
The one-minute investment takeaway
Council Bluffs is a mature-campus expansion story. Existing infrastructure can help a new phase reach service faster, but investors still need to establish incremental capacity, utilization and returns. The statewide spending program and a separate nuclear restart strengthen the regional infrastructure narrative; neither discloses this campus’s share of spending or earnings.
Readiness basis: Classification of evidence in the reviewed profile; strongest documented phase, not full-campus completion. Existing campus; further expansion included in 2025 statewide program Readiness source →
What the sources establish
Operator / company disclosureExisting footprint.Google’s Iowa page traces Council Bluffs to 2007 and lists more than USD 20 billion invested in Iowa. That cumulative statewide number is not a current campus construction budget. Primary source →
Operator / company disclosureExpansion program. On May 30, 2025, Google announced USD 7 billion of additional Iowa investment over the next two years. It includes Council Bluffs expansion, a new Cedar Rapids campus and workforce development. Campus-level allocation is not disclosed. Primary source →
Operator / company disclosureRegional power boundary.Google’s October 27, 2025 disclosure describes collaboration with NextEra Energy on Duane Arnold’s restart, targeting early 2029 and more than 600 MW for the regional grid. It supports Google’s Iowa infrastructure; it is not verified dedicated capacity for Council Bluffs alone. Primary source →
Who receives the money?
Our analysis of disclosed roles. Revenue routes are business-model interpretations, not estimates of booked project revenue.
Funds infrastructure used across products and cloud services.
Separate additional paid cloud usage from internal service improvements and maintenance spending.
NextEra Energy / NEE
Named partner in the regional nuclear restart.
Restart financing, approvals and energy-contract terms govern returns; campus-specific allocation is unestablished.
Construction and computing suppliers
Potential expansion procurement roles.
The reviewed campus sources do not establish named equipment orders or supplier revenue amounts.
How financially meaningful is it? Analyst interpretation
Our analysis: an expansion may reuse land, connections and operational staff, but that does not establish a lower all-in cost or an attractive return. Compare incremental useful computing output with equipment, electrical upgrades and operating costs. A state investment announcement combines different projects and time periods; adding its entire value to a historical cumulative number risks double counting unless reporting scope is reconciled.
How to test the economicsHypothetical model · not reported results
Incremental infrastructure value depends on additional paid service contribution and internal operating benefits, less depreciation, power and operating expenses. Cash returns also require deducting expansion investment; compute serving existing products has a different revenue bridge from leased cloud capacity.
Hypothetical illustration: if useful workload throughput rises 25% while associated operating costs rise 40%, cost per unit of useful work rises 12% (1.40 ÷ 1.25 − 1). This is an efficiency test, not a Council Bluffs performance estimate.
Milestones that would change the assessment
Milestone
Evidence to watch
2025–2027 program window
Seek dated commissioning and campus-specific scope; a statewide spending window is not a single building opening date.
Power readiness
Track contracted near-term service separately from Duane Arnold’s early-2029 restart target.
Monetization
Look for company disclosures connecting delivered infrastructure to sustained demand; company cloud growth is context, not site attribution.
What could break the investment case?
Our analysis: Expansion phases can outpace useful demand or depend on power resources arriving later. Equipment can become less competitive before achieving expected utilization. Regional energy commitments do not establish that every campus construction phase has secured matching service.
What would change our view?
Our analysis: Our confidence would rise with commissioned expansion, defined power delivery and demonstrable productive demand. It would fall if rising investment mainly replaces aging assets without improving service economics or if critical infrastructure dates diverge.
What remains unknown Not established in this review
Campus-specific current and incremental IT MW, utilization, investment allocation, hardware inventory, earnings and dedicated share of regional energy contracts remain undisclosed.
Project research for information, not a buy recommendation. Financial illustrations use assumptions, not disclosed site results or management guidance.
Papillion-specific equipment deployment, expansion milestones and productive demand.
Reviewed
October 6, 2026
Expanded analysis · Original disclosures linked below · CAD and USD preserved as labeled · Company statements attributed; interpretations labeled.
The one-minute investment takeaway
Papillion is part of a regional operating network rather than a stand-alone revenue business. Its investment case centers on what additional computing capacity contributes to Google’s products and cloud services, and what it costs to maintain. Statewide figures show commitment to Nebraska, but they cannot identify this campus’s investment, utilization or earnings.
Readiness basis: Classification of evidence in the reviewed profile; strongest documented phase, not full-campus completion. Existing campus documented; current site-level expansion economics undisclosed Readiness source →
What the sources establish
Operator / company disclosureCampus and portfolio scope.Google’s current Nebraska page dates Papillion to 2019, Omaha to 2022 and Lincoln’s development announcement to 2023. It reports more than USD 15 billion of investment across the state and lists Lincoln coming online in 2026. These statements do not allocate spending or operating capacity to Papillion. Primary source →
Operator / company disclosureEconomic-activity boundary. The page separately reports more than USD 4.2 billion of 2025 economic activity supported for Nebraska organizations. That is a community-impact measure, not campus revenue, Google Cloud sales or cash returned to Alphabet shareholders. Primary source →
Who receives the money?
Our analysis of disclosed roles. Revenue routes are business-model interpretations, not estimates of booked project revenue.
Funds infrastructure serving its products and cloud customers.
Determine whether spending adds useful service capacity, replaces equipment or supports reliability.
Cloud and internal workloads
Use computing capacity across Google infrastructure.
No reviewed disclosure assigns Papillion workloads or their revenue; state location does not establish AI-only use.
Construction, utility and computing suppliers
Possible infrastructure delivery roles.
No project-specific supplier contract is established by the Nebraska page; no vendor sales are inferred.
How financially meaningful is it? Analyst interpretation
Our analysis: a campus network can allocate workloads across locations, making site-level revenue attribution difficult. An existing site may benefit from shared operating infrastructure, but equipment replacement still consumes cash. Investors should separate growth investment from sustaining investment before judging whether a larger footprint increases returns. Statewide economic impact is valuable community context but cannot answer that shareholder question.
How to test the economicsHypothetical model · not reported results
Incremental cash benefit = attributable additional service contribution + verified operating savings − additional operating costs − incremental capital spending. Equipment replacement must be included even when it does not add new buildings.
Hypothetical illustration: replacing USD 100 million of equipment every four years implies an average USD 25 million annual replacement need in a simple steady-state model. Extending the interval to five years lowers that average to USD 20 million, but only if useful performance remains adequate. These are assumed values, not Google asset lives or Papillion budgets.
Milestones that would change the assessment
Milestone
Evidence to watch
Site-specific scope
Seek dated Papillion commissioning or upgrade disclosures rather than allocating all Nebraska announcements to this campus.
Workload evidence
Establish productive installed equipment and demand; a regional investment total does not identify hardware or utilization.
Cash efficiency
Watch service growth alongside replacement and operating costs, while keeping Alphabet-wide results separate from site attribution.
What could break the investment case?
Our analysis: Replacement and density upgrades can consume more cash than expected. Workloads may shift to another location without generating net new company demand. A mature campus can remain operational while delivering inadequate returns on a particular new phase.
What would change our view?
Our analysis: Our confidence would rise with documented productive additions and improved economics per unit of work. It would fall if continued spending mainly offsets obsolescence or if installed capacity rises faster than monetizable demand.
What remains unknown Not established in this review
Current IT MW, installed AI hardware, utilization, expansion budget, utility contracts and campus earnings remain undisclosed in the reviewed state page. No dedicated AI training cluster is established.
Project research for information, not a buy recommendation. Financial illustrations use assumptions, not disclosed site results or management guidance.
Documented computing upgrades, operating efficiency and site-specific energy delivery.
Reviewed
October 6, 2026
Expanded analysis · Original disclosures linked below · CAD and USD preserved as labeled · Company statements attributed; interpretations labeled.
The one-minute investment takeaway
DeKalb is owner-operated infrastructure supporting Meta’s services. The financial payoff appears through better product performance, advertising monetization or operating efficiency, rather than third-party campus rent. An operating announcement establishes that the facility serves traffic, but it does not identify a frontier AI cluster or tell investors how much incremental advertising profit it produces.
Readiness basis: Classification of evidence in the reviewed profile; strongest documented phase, not full-campus completion. Meta confirmed serving traffic in November 2023; current AI workload mix undisclosed Readiness source →
What the sources establish
Operator / company disclosureOperating and investment evidence.Meta’s November 29, 2023 announcement confirms DeKalb serving traffic after a 2020 groundbreaking. It anticipated more than USD 1 billion of investment in Illinois once fully operational and names ComEd and Mortenson among partners. Partner acknowledgment does not disclose contract revenue or margins. Primary source →
Operator / company disclosureEnergy and AI boundaries. The announcement describes contracts adding 300 MW of renewable generation in Illinois and a pilot using AI to design lower-carbon concrete. Generation commitments are not campus IT load; AI-assisted construction is not proof of an onsite production AI training deployment. Primary source →
Who receives the money?
Our analysis of disclosed roles. Revenue routes are business-model interpretations, not estimates of booked project revenue.
Uses the facility to deliver its own technologies and services.
Assess service benefits against computing expense, depreciation and recurring investment; no campus revenue is reported.
ComEd
Named project partner in the opening disclosure.
The acknowledgment does not establish campus tariff, utility asset ownership or incremental earnings.
Mortenson / private
Named project partner in the opening disclosure.
Construction revenue is distinct from recurring compute returns; contract value and booked margin are not disclosed.
How financially meaningful is it? Analyst interpretation
Our analysis: an internal facility’s return cannot be measured by inventing a market rent and treating it as Meta revenue. Useful outcomes include more effective ranking, advertising tools and service reliability, but this review does not attribute those outcomes to DeKalb. Equipment refreshes can add cash spending and depreciation even after a campus opens. Construction spending therefore precedes, and differs from, economic benefit.
How to test the economicsHypothetical model · not reported results
Modeled operating contribution from an internal deployment = attributable incremental product gross profit + verified operating savings − added computing costs and depreciation. Upfront equipment and infrastructure investment must also be recovered to establish a satisfactory cash return.
Hypothetical illustration: a system producing USD 100 million of additional annual product gross profit, USD 60 million of computing expense and USD 25 million of depreciation contributes USD 15 million before other costs. This is not a DeKalb or Meta forecast; attribution is the missing evidence.
Milestones that would change the assessment
Milestone
Evidence to watch
Current operating scope
Distinguish traffic-serving status from full build-out, installed equipment and utilized IT load.
Upgrade evidence
Seek site-specific deployment announcements, cooling changes and commissioning; corporate AI spending does not locate equipment here.
Service economics
Follow measured product improvements and cost efficiency while retaining the boundary between corporate results and campus attribution.
What could break the investment case?
Our analysis: More compute can raise depreciation and energy expense without a matching product benefit. Retrofits may require downtime or expensive electrical changes. Strong company advertising results can conceal weak returns on a particular infrastructure phase.
What would change our view?
Our analysis: Our confidence would rise with documented deployments and measurable efficiency or product benefits. It would fall if upgrades require substantial recurring spending without attributable improvements or if operating scope remains materially below expectations.
What remains unknown Not established in this review
Current IT MW, utilization, dedicated AI hardware, upgrade budgets, partner contract values and campus-level operating contribution remain unestablished.
Project research for information, not a buy recommendation. Financial illustrations use assumptions, not disclosed site results or management guidance.
Indiana-specific delivered compute, utilization and contract economics.
Reviewed
October 6, 2026
Expanded analysis · Original disclosures linked below · Amounts in USD · Company claims attributed; analyst interpretations labeled.
The one-minute investment takeaway
New Carlisle provides a concrete link between infrastructure, a named AI customer and a proprietary accelerator platform. AWS supplies Trainium-based compute used by Anthropic. The investor question is whether that integration produces attractive economics after equipment, power, construction and ongoing software costs—not whether the cluster is impressive.
Readiness basis: Classification of evidence in the reviewed profile; strongest documented phase, not full-campus completion. Operating AI infrastructure; campus development continues Readiness source →
What the sources establish
Operator / company disclosureCustomer and compute evidence.Amazon describes Project Rainier as operational with Anthropic workloads and identifies St. Joseph County as one of its sites. Rainier spans multiple U.S. data centers; its nearly half-million Trainium2 chip count is not an Indiana-only inventory. Source ↗
Operator / company disclosureDevelopment commitment.AWS’s original Indiana announcement described an estimated USD 11 billion investment and a New Carlisle-area campus developed over the next decade. It is a development commitment, not a disclosed Rainier-only budget or a single-year expense. Source ↗
Who receives the money?
Our analysis of the disclosed company roles. Revenue routes below are business-model interpretations, not estimates of booked project revenue.
AWS compute services, proprietary accelerator infrastructure and campus investment.
Potential service revenue and efficiency gains sit alongside depreciation, capital spending and operating costs.
Anthropic / private
Named workload customer and AI model developer.
Demand is documented, but contract rates, minimum payments and Indiana-specific billed usage are not provided.
Semiconductor and networking suppliers
Potential upstream manufacturing and system components.
Using Trainium does not establish a site-specific award to any unnamed public supplier; manufacturing attribution requires separate evidence.
How financially meaningful is it? Analyst interpretation
Our analysis: Rainier offers AWS a chance to optimize hardware and software together, potentially improving cost per useful workload. That advantage is not the same as a disclosed gross margin. A large customer can accelerate utilization but also concentrates demand. Site-specific economics are unavailable, and Amazon-wide cloud growth cannot be attributed to this campus alone.
How to test the economicsHypothetical model · not reported results
Realized compute revenue minus energy, operations, hardware depreciation, software support and infrastructure commitments defines the operating contribution. Proprietary chips matter when lower costs or better throughput create value beyond the development and migration effort.
Illustration: a 20% reduction in compute unit cost improves profit only on the costs it actually affects. If customers receive the entire saving through lower prices, the benefit may appear as competitiveness or demand growth rather than immediate margin expansion.
Milestones that would change the assessment
Milestone / disclosed target
Evidence to watch
Operating evidence
Seek Indiana-specific workload and commissioning disclosures instead of reusing Rainier-wide counts.
Contract economics
Look for duration, minimum commitments and billing evidence; active workloads alone do not quantify economic protection.
Hardware lifecycle
Track upgrades and usable throughput against replacement spending. A future chip deployment should not be counted as installed today.
What could break the investment case?
Our analysis: Customer concentration, software adaptation and accelerator obsolescence can weaken returns. A technically efficient cluster may still underperform financially if utilization falls or pricing passes all savings to customers. Power and building expansion may not progress in sync with equipment deployment.
What would change our view?
Our analysis: The thesis weakens if customer usage does not scale with available compute, if migration costs offset the claimed cost advantage, or if rapid replacements shorten asset payback. Evidence of sustained workloads, contract durability and better unit economics would strengthen it.
What remains unknown Not established in this review
No Indiana-only chip inventory, current campus IT load, realized prices, utilization, customer contract economics or project profit is established. Rainier-wide scale, Indiana development spending and Anthropic’s total AWS usage must remain separate.
This is project research, not a valuation model or a buy recommendation. Financial illustrations are assumptions, not management guidance. Review current company filings and valuation before making an investment decision.
Regulatory decisions, construction progress and commissioning of contracted energy resources.
Reviewed
October 6, 2026
Expanded analysis · Original disclosures linked below · CAD and USD preserved as labeled · Company statements attributed; interpretations labeled.
The one-minute investment takeaway
Pine Island is a test of how a large technology customer pays for the grid it needs. The investment story has three distinct layers: Alphabet’s computing infrastructure, Xcel’s electricity service, and Form Energy’s storage equipment. Those layers have different owners, return mechanisms and delivery risks. This is broader infrastructure evidence; the reviewed sources do not establish a dedicated AI training campus.
Readiness basis: Classification of evidence in the reviewed profile; strongest documented phase, not full-campus completion. Announced development; energy-service agreements filed for regulatory review Readiness source →
What the sources establish
Operator / company disclosurePower and cost responsibility.Google’s February 24, 2026 announcement says it will cover its electric-service costs under a Clean Energy Accelerator Charge. The package includes 1,400 MW of wind, 200 MW of solar and 300 MW of Form Energy iron-air storage, plus USD 50 million for Xcel’s separate Capacity*Connect program. These are grid-resource figures, not campus IT capacity. Primary source →
Operator / company disclosureStorage and service scope. Xcel describes the storage system as 300 MW / 30 GWh, designed for 100-hour discharge. It says the campus will support services including Workspace, Search, YouTube and Maps. The announced storage remains a deployment commitment, not verified operation. Primary source →
Government project recordApproval boundary. The city’s project page records April 15, 2026 filings of the Electric Service and Interconnection Agreements in Minnesota PUC docket 26-170. Filing does not establish final approval; this review does not determine the docket’s latest disposition. Primary source →
Who receives the money?
Our analysis of disclosed roles. Revenue routes are business-model interpretations, not estimates of booked project revenue.
Infrastructure supports its products and cloud services.
Capacity must improve service economics or support incremental sales; no campus revenue allocation is disclosed.
Xcel Energy / XEL
Named electricity supplier and grid partner.
Determine asset ownership, approved cost recovery, customer funding and allowed return before estimating shareholder benefit.
Form Energy / private
Named iron-air storage technology provider.
Equipment scope is established; order value, payment schedule and project margin are not disclosed.
How financially meaningful is it? Analyst interpretation
Our analysis: paying for service infrastructure can help make a large load financeable, but a customer-funded dollar does not automatically become utility earnings or rate base. For Alphabet, this campus can support several businesses; assigning all its eventual benefits to AI would overstate the evidence. The storage project offers a supplier delivery opportunity whose profit depends on cost, performance and contract terms. None of the reviewed sources discloses site earnings.
How to test the economicsHypothetical model · not reported results
Utility return depends on eligible invested capital and approved return, after operating costs and funding terms. Equipment economics depend on contract revenue less manufacturing, installation, warranty and financing costs.
Hypothetical illustration: USD 100 million of eligible utility equity at an assumed 9% allowed return implies USD 9 million of annual allowed equity return before actual regulatory and operating adjustments. This is not Xcel guidance, an approved Pine Island rate base, or a return on customer contributions.
Milestones that would change the assessment
Milestone
Evidence to watch
Regulatory review
Track docket 26-170 decisions and conditions; a service announcement is an earlier stage than approved terms.
Physical delivery
Separate campus construction, transmission readiness and storage commissioning. One component’s completion does not prove all three.
Operating evidence
Watch load ramp, storage acceptance and reliability results; compare delivered service with contracted requirements.
What could break the investment case?
Our analysis: Regulatory conditions can alter cost recovery; construction and interconnection schedules can diverge. Novel storage must meet performance commitments at commercial scale. Even dependable power does not ensure that computing workloads earn adequate returns.
What would change our view?
Our analysis: Our confidence would rise with approved service terms, financed assets and successful commissioning. It would fall if ownership or funding terms reduce utility returns, storage acceptance slips, or computing demand fails to absorb delivered capacity.
What remains unknown Not established in this review
Campus IT MW, project cost, opening date, current docket disposition, equipment contract value and site-level earnings remain unestablished in this review.
Project research for information, not a buy recommendation. Financial illustrations use assumptions, not disclosed site results or management guidance.
We link to original sources, date our research, and distinguish company announcements from confirmed operations. A project connection is not a stock recommendation.
Our goal is useful research for serious investors, written clearly enough for readers new to AI infrastructure. We identify gaps rather than filling them with assumptions.
No advertising is currently displayed. Any future sponsored placements will be labeled.
Expanded investment research / El Paso, Texas — representative city-area pin
Meta El Paso: outside capital changes funding, not the underlying risk
Latest evidence check · October 16, 2026
Construction: October 14 reporting by El Paso Matters, The Texas Tribune and ProPublica confirms construction is underway at Meta’s El Paso campus. The report says the associated gas plant’s air permit was approved, while El Paso Electric was still awaiting PUCT authorization to build the plant. Air permitting, utility authorization and delivered campus power are separate checkpoints. Independent construction and permitting report →
Financing: Reuters reported on August 10 that banks managed a USD 12.3 billion project-linked bond sale for BlackRock, citing a term sheet. That supports a reported debt issuance, not verification of the full venture closing, sources and uses, transferred equity or asset contributions, or cash spent on construction. Meta’s July announcement terms below remain labeled as announced. Reuters financing report →
Power-plant decision remains open: The September 23 proposal for decision in PUCT Docket 59076 recommends approval of the 366 MW McCloud plant only with a condition protecting other retail customers from its capital and operating costs; otherwise it recommends denial. This is an administrative-law-judge recommendation, not a final Commission order. The docket tracker showed no final ruling through October 15. Direct retrieval of the proposal PDF failed in this review, so its full text and any final adopted conditions remain to be checked. Proposal document → · Procedural cross-check →
Air-permit boundary: TCEQ’s catalog identifies record 8267038 as an AIR / New Source Review final action for Wurldwide at El Paso; the PUCT docket references registration 181733. This review identified the record, but did not read the permit’s conditions or authorized scope. No compliance or delivered-power conclusion follows from the catalog entry. Official TCEQ record →
Scoped first pass, not whole-project certification. Original profile review: October 6, 2026. Energization, commissioning, customer acceptance, utilization and project economics remain unverified. FJ Intelligence evidence register →
Independent reporting on Oct. 14, 2026 says construction is underway. Meta’s July announcement describes a 1 GW planned campus and 2028 target. Reuters reported a related bond sale; full JV contributions and utility power-plant authorization remain unverified.
Full JV funding reconciliation, final utility order, 2028 capacity delivery and lease commencement
Scoped check
October 16, 2026
Expanded analysis · Original disclosures linked below · CAD and USD preserved as labeled · Company statements attributed; interpretations labeled.
The one-minute investment takeaway
Our analysis: this is a particularly useful financing case because the announced structure separates property ownership from computing use. Outside capital can reduce immediate funding pressure while leaving Meta exposed through leases, its retained interest and a residual-value guarantee. The investment question is whether productive computing ultimately justifies the combined operating, financing and contingent obligations.
Readiness basis: Classification of evidence in the reviewed profile; strongest documented phase, not full-campus completion. Construction independently reported October 14, 2026; 2028 issuer target; full JV funding and final power-plant authorization unverified Readiness source →
What the sources establish
Delivery and scope.Meta’s July 2026 disclosure describes a campus under construction, planned for 1 GW and expected online in 2028. Closing was expected shortly; the release is not evidence of a completed close. Company disclosure →
Ownership and capital. BlackRock-managed funds would own 80%, Meta 20%. Approximately USD 14 billion covers buildings and long-lived infrastructure. Announced closing contributions include USD 2.3 billion of Meta assets and USD 4.9 billion cash from BlackRock; part of its investment uses USD 12.5 billion debt financing. Company disclosure →
Contractual exposure.Meta would lease the entire campus: four initial years plus four extension options, potentially 20 years. A declining residual-value guarantee starts around USD 13 billion and has conditional shortfall mechanics during the first 16 years. Company disclosure →
Who receives the money?
Our analysis of disclosed roles. Revenue routes are business-model interpretations, not estimates of booked project revenue.
Computing user, minority venture owner and contingent guarantor
Useful computing benefits, lease cost, retained capital and guarantee exposure considered together.
BlackRock-managed funds
Majority venture ownership and project financing
Fund-level cash distributions after debt service, cost overruns and asset-value downside.
BlackRock corporate shareholders
Potential asset-management fee exposure
Actual fee terms and attributable earnings; fund asset ownership is not corporate ownership.
Equipment and construction counterparties
Potential procurement receipts
Named awards and payment milestones; no accelerator vendor is inferred.
How financially meaningful is it?
Our analysis: the USD 14 billion long-lived development scope is not a disclosed all-in cost for every future server generation. Nor should the debt headline, ownership contributions and asset contribution be added as if each were independent construction spending. A sources-and-uses reconciliation needs closing documents, funding timing and the debt’s legal borrower. Investors should also distinguish the owner’s property income from Meta’s product contribution. Rent can be contractual even when computing benefits disappoint. Conversely, successful computing does not automatically eliminate property refinancing risk. The residual-value guarantee matters because a short initial lease does not necessarily mean economic risk ends after four years. Its declining threshold, triggers and covered property deserve separate downside scenarios. Treat contingent support as a contractual exposure, not as a forecast cash payment.
How to test the economics
Assess Meta’s total economic burden as retained venture funding plus lease payments, operating and hardware replacement costs, and probability-weighted contingent obligations. Assess the venture separately using property cash flow after operating expense, debt service and reserve funding. Avoid counting the same rent as a benefit on both sides.
Hypothetical illustration: a USD 2 billion covered-property fair value against a USD 3 billion applicable guarantee threshold creates a USD 1 billion shortfall if the contractual conditions apply. Those values are illustrative; they are not a forecast, current threshold or interpretation of the complete guarantee contract.
Milestones that would change the assessment
Milestone
Evidence to watch
Financial close
Executed closing disclosure, legal borrower, final sources and uses, and funded equity; the announcement and reported bond sale do not by themselves confirm all of these.
Construction and acceptance
Phase-specific electrical and cooling commissioning, customer acceptance and reconciliation to the 1 GW envelope.
Lease commencement
Actual commencement, rent schedule, escalation, service obligations and extension decisions.
Guarantee monitoring
Covered-asset valuation, threshold decline, trigger conditions and financing maturities.
What could break the investment case?
Our analysis: Construction overruns can increase funding needs before any productive workloads are delivered. Financing availability and asset values can move together in an adverse market. A concentrated sole-user structure magnifies counterparty and specialized-building exposure. The guarantee may reconnect risks that appear separated by the venture. Hardware obsolescence can leave an expensive facility requiring further investment. A headline capacity target does not establish utility readiness or an economic return.
What would change our view?
Our analysis: A verified close with coherent funding, phased acceptance and competitive computing productivity would strengthen the case. Repeated overruns, expensive lease economics, idle equipment or weakening residual values would weaken it. We would revise the financing assessment when full documentation establishes which obligations sit with the venture, Meta and the investing funds; we would not assign the funds’ gross assets to BlackRock corporate earnings.
What remains unknown
A project-linked bond sale is reported, but full JV sources and uses and actual transfer of the announced Meta asset / BlackRock cash contributions remain unverified. Final debt terms, amortization, lease pricing, full guarantee documentation, current energized capacity, utility-service terms, computing equipment budget, utilization and site-attributable earnings remain open. The PUCT power-plant case has an ALJ proposal for decision, not a final Commission order; the proposed ratepayer hold-harmless condition is not final. TCEQ air-permit record is identified, but its conditions and authorized scope remain unreviewed. Pin location represents El Paso generally, not a surveyed parcel.
Project research for information, not a buy recommendation. Financial illustrations use assumptions, not disclosed site results or management guidance.
Shackelford County, Texas — representative county-area pin
Readiness
Under construction
Status
Construction announced; first-building target second half of 2026, completion unverified
Confirmed companies
Vantage Data Centers; specific customers and equipment suppliers unestablished here
Next milestone
First-building delivery, usable electricity, customer acceptance and billing
Reviewed
October 6, 2026
Expanded analysis · Original disclosures linked below · CAD and USD preserved as labeled · Company statements attributed; interpretations labeled.
The one-minute investment takeaway
Our analysis: Frontier is a major staged development rather than a single commissioning event. Its investment case depends on matching electrical delivery, funded buildings and contracted customer demand. A large design envelope can create expansion value, but capital invested in capacity that is not accepted or billed still incurs carrying costs.
Readiness basis: Classification of evidence in the reviewed profile; strongest documented phase, not full-campus completion. Construction announced; first-building target second half of 2026, completion unverified Readiness source →
What the sources establish
Scale and delivery. Vantage’s August 19, 2025 release announces more than USD 25 billion for a 1.4 GW Shackelford County campus. Construction had begun, with the first building targeted for the second half of 2026. Company disclosure →
Design envelope. The release describes ten data centers, 1,200 acres, 3.7 million square feet, liquid cooling and racks supporting 250 kW-plus. These are planned specifications rather than installed customer equipment or verified occupancy. Company disclosure →
Capacity definition. Vantage’s location page describes 1.4 GW of critical IT capacity. That figure is a planned full-campus measure, not generation output or current electricity consumption. Company disclosure →
Who receives the money?
Our analysis of disclosed roles. Revenue routes are business-model interpretations, not estimates of booked project revenue.
Company / exposure
Economic role
What investors need to establish
Vantage
Potential facility rent and service contribution
Binding leases, acceptance conditions, pricing and delivery capital allocated by phase.
Customers
Computing operators and contractual counterparties
Documented commitments and workload deployment; no customer is assigned from thematic association.
Lenders and infrastructure investors
Potential interest and development returns
Actual financing, covenants, equity timing and cost-overrun protections.
Power, construction and cooling suppliers
Potential delivery and recurring service revenue
Named contracts, margins and payment schedules before public-market attribution.
How financially meaningful is it?
Our analysis: the most useful unit of analysis is an accepted building or contracted phase. Dividing a headline budget by full campus MW can suggest apparent capital intensity, but the result may combine different asset scopes and delivery periods. It cannot substitute for a phase budget. Shared substations, site works and network connections should be allocated consistently rather than excluded to inflate development yield. Ultra-dense rack capability can improve land efficiency but may require greater electrical redundancy, cooling complexity and customer-specific fit-out. Those obligations belong in the contract and cost model. The first-building target is a near-term diligence trigger, not confirmation that capacity is currently productive. Our research does not assume ten buildings arrive simultaneously or that all announced capacity has tenants.
How to test the economics
Phase yield = stabilized rent and service contribution after non-reimbursed costs divided by phase delivery capital plus its share of common infrastructure. Cash return also deducts financing carry, maintenance and reserves. Track contracted, built, energized, accepted and billed MW separately.
Hypothetical illustration: 100 MW billed at USD 150 per kW-month yields USD 180 million annual gross rent before costs. A six-month delay defers USD 90 million of that gross revenue while financing and fixed costs may continue. Neither assumption is a Frontier contract or disclosed rent.
Milestones that would change the assessment
Milestone
Evidence to watch
First-building target
A dated acceptance or commissioning notice confirming what was delivered in the second half of 2026.
Power readiness
Usable phase-level electrical service, redundancy and commissioning evidence; campus critical IT MW does not itself prove these.
Customer commitment
Binding phase leases, start dates and protections against specification changes or delivery delay.
Funding and cash flow
Funded construction, cost-to-complete reconciliation and rent commencement.
What could break the investment case?
Our analysis: Large shared infrastructure can absorb capital long before rent begins. Customer concentration, supply-chain delays and changes in required rack density can move delivery and cost together. Technical design capability is not a warranty that every customer configuration is economical. Electricity constraints can strand finished halls. An announced investment envelope is not evidence of closed financing or a predictable development margin.
What would change our view?
Our analysis: Verified first-phase acceptance, credible funded follow-on phases and rent supported by contracted customers would strengthen the case. Repeated target slippage, escalating common costs or building ahead of demand would weaken it. Supplier exposure would improve only with named procurement; otherwise the operator is the documented economic participant and equipment demand remains a diligence hypothesis.
What remains unknown
Current accepted and billable MW, customers, leases, phase budgets, financing close, utility tariffs, interconnection obligations, named GPU orders, measured efficiency and project profit are not established by these pages. The map pin represents Shackelford County generally, not a specific hall.
Project research for information, not a buy recommendation. Financial illustrations use assumptions, not disclosed site results or management guidance.
Port Washington, Wisconsin — representative locality pin
Readiness
Proposed / development
Status
Planned Stargate campus; 2028 developer target; transmission review reset in September 2026
Confirmed companies
Vantage; Oracle; OpenAI; We Energies / WEC Energy Group; American Transmission Company
Next milestone
Review and approval of replacement docket 137-CE-229, phase power readiness, then customer acceptance
Reviewed
October 6, 2026
Source update, reviewed October 6, 2026: The PSC lists ATC’s September 2026 replacement application under docket 137-CE-229. Completeness review, environmental assessment, approval and energization remain separate steps. Replacement regulatory docket →
Expanded analysis · Original disclosures linked below · CAD and USD preserved as labeled · Company statements attributed; interpretations labeled.
The one-minute investment takeaway
Our analysis: Lighthouse provides a direct connection among facility development, cloud computing and utility infrastructure. The central issue is synchronization: a completed building cannot generate the intended computing or rental economics without usable power. A September 2026 regulatory setback makes the electrical path more consequential than the headline construction date.
Readiness basis: Classification of evidence in the reviewed profile; strongest documented phase, not full-campus completion. Planned Stargate campus; 2028 developer target; transmission review reset in September 2026 Readiness source →
What the sources establish
Campus envelope. Vantage’s location page lists four data centers totaling 902 MW across 672 acres and a scheduled 2028 completion. This is a developer target and design envelope, not commissioned capacity. Company disclosure →
Named business relationships. The October 22, 2025 joint announcement identifies Vantage, Oracle and OpenAI, a USD 15 billion-plus investment, and We Energies / WEC Energy Group energy participation. Wider Stargate capacity is not this campus’s capacity. Company disclosure →
Regulatory setback. Wisconsin’s PSC says it revoked the completeness determination for ATC’s Ozaukee County interconnection application on September 10, 2026. A subsequent application would require a new, separate docket; this is not approval or a verified revised campus delivery date. Regulatory record →
Who receives the money?
Our analysis of disclosed roles. Revenue routes are business-model interpretations, not estimates of booked project revenue.
Company / exposure
Economic role
What investors need to establish
Vantage
Potential property and facility-service contribution
Accepted capacity, lease commencement, development costs and allocation of shared infrastructure.
Usable computing and contractual service acceptance, not buildings alone.
OpenAI
Named computing relationship
Actual service availability and contractual scope, without assigning the entire Stargate portfolio to Wisconsin.
We Energies / WEC; ATC
Named energy and transmission roles
Approved investments, service obligations, rate treatment and actual energization; no site earnings estimate inferred.
How financially meaningful is it?
Our analysis: economic exposure sits at several layers. Vantage can incur construction carry; Oracle can incur computing commitments and equipment costs; utility infrastructure requires regulatory treatment and a workable service schedule. These are related obligations rather than interchangeable revenue streams. A permitting setback does not prove project cancellation, but it can change the time between spending and earning. Regulators’ transmission numbers also must not be relabeled as campus IT MW. The 2028 marketing date remains visible as a disclosed target while the power path is flagged for renewed review. Renewable matching and new generation commitments have a different role from the high-voltage delivery equipment needed at the site. Investors should seek an integrated critical path across the facility, customer fit-out, transmission, substations and service agreement.
How to test the economics
Delay exposure = financing carry plus fixed operating obligations plus deferred facility and computing contribution, net of contractual protections. Evaluate approved utility capital recovery independently from customer compute margin and developer yield.
Hypothetical illustration: USD 1 billion of outstanding construction funding at a 7% annual carrying rate costs USD 35 million over an additional six months, before lost rent or computing revenue. These are analytical assumptions, not Lighthouse debt terms or a forecast delay.
Milestones that would change the assessment
Milestone
Evidence to watch
Transmission process
New docket, completeness determination, environmental review and final regulatory decision; verify the later record rather than assume the old application remains valid.
Integrated delivery plan
A reconciled facility and electrical schedule identifying partial versus full service and any contingency supply.
Usable computing
Actual energized and accepted halls, installed equipment and customer workloads.
Financial conversion
Rent commencement and cloud service delivery, with cost-overrun and delay obligations allocated by contract.
What could break the investment case?
Our analysis: Power approval and construction can lag building delivery, creating idle capital and equipment aging before productive use. High-voltage works can involve route changes and wider regional obligations. Cost allocation may affect both customers and utilities. Annual clean-energy matching does not establish physical availability at every hour. Portfolio-level agreements and operator design envelopes can make campus-specific economics appear more certain than they are.
What would change our view?
Our analysis: A verified new regulatory path, credible phase service schedule and accepted customer computing would strengthen the case. Unresolved transmission requirements, repeated rework or computing obligations ahead of usable electricity would weaken it. We would revise timing after a new source review of the replacement docket, not infer a new commissioning year from a press headline or preserve the original target as certainty.
What remains unknown
Replacement-docket outcome, final energization schedule, phase utilization, rent, cloud prices, customer contract protections, financing terms and project-attributable earnings remain unresolved here. The PSC action is a dated setback in the reviewed record; later approval is not established. Map location represents Port Washington rather than an exact building.
Project research for information, not a buy recommendation. Financial illustrations use assumptions, not disclosed site results or management guidance.
Spotlight source audit
Reviewed October 6, 2026. Three reviewed documents from two publishers. Regulatory records and local reporting establish the review reset and subsequent refiling; approval and energized service are not established.
Wisconsin PSC · 2026-09-10Primary · Original regulatory record — Records revocation of completeness and the requirement for a separate application docket.
Wisconsin PSC · 2026-09Primary · Replacement regulatory record — Records a September 2026 application under docket 137-CE-229; application is not approval or energization.
Ozaukee Press · 2026-09-16Independent journalism · Refiling — Reports the new ATC application and distinguishes the August vote from the September written order.
Bridge-generation start notice, permanent-grid acceptance, current legal orders and dated customer-service milestone
Reviewed
October 6, 2026
Expanded analysis · Original disclosures linked below · CAD and USD preserved as labeled · Company statements attributed; interpretations labeled.
The one-minute investment takeaway
Our analysis: Richmond County adds a large cloud infrastructure commitment in a new state. The relevant earnings pathway is AWS service contribution and computing productivity, rather than rent paid to an independent landlord. The headline is financially significant but does not establish the asset mix, construction sequence or timing of revenue conversion.
Readiness basis: Strongest documented phase only; no whole-campus completion inferred. August 2026 air permits issued; temporary bridge-power conditions disclosed; grid acceptance and commissioning unverified Readiness source →
Delivery commitments and dated checkpoints
Scoped source review · October 16, 2026. Earlier full-profile dates remain recorded; business events retain their actual dates.
Investor takeaway
Richmond County’s delivery path now includes issued air permits and a temporary-power bridge, rather than only an investment announcement. That is a regulatory milestone, not evidence of grid energization, commissioned IT load or customer acceptance. (North Carolina DEQ)
Dated delivery and power checkpoints
Amazon’s North Carolina announcement describes estimated investment of $10 billion, including new Richmond County data centers. Keep that amount as a planned program, not cash deployed or a disclosed phase budget. (Amazon Staff)
WRAL’s July 30, 2026 reporting included a Duke spokesperson’s account that leased temporary generators would support construction and testing and be paid for by AWS. That was a pre-decision account, not evidence of accepted permanent service. (WRAL / Liz McLaughlin)
On August 28, NC DEQ announced separate permits for Amazon’s emergency backup equipment and Duke Energy’s temporary bridge-power equipment. The agency says Duke must retire the bridge engines within one year of starting operations. The start date was not established in this review, so no calendar retirement deadline is calculated. The air-permit action does not authorize every land-use or electricity-supply requirement. (North Carolina DEQ)
Legal and evidence boundaries
SELC said on September 25 that it challenged both permits. The Publisher checked counsel’s announcement, not a current administrative docket or the full controlling instruments. These are allegations and requested administrative review, not a judgment or a verified construction halt. Current docket disposition and any later stay or amendment remain unverified. (Southern Environmental Law Center)
Companies and next checkpoint
Amazon is the disclosed campus sponsor; Duke’s role is temporary power provision in the reviewed record. No site revenue, margin, installed accelerator count or operating MW is inferred. The next useful evidence is the bridge-generation start notice, permanent-grid acceptance and a dated campus customer-service milestone. Current court orders and controlling permit amendments would change the legal assessment. (Amazon Staff; WRAL / Liz McLaughlin; North Carolina DEQ)
Investment and location.Amazon announces an estimated USD 10 billion North Carolina investment in cloud and AI infrastructure, with new data centers in Richmond County. The estimate is planned spending, not verified capital already deployed. Company disclosure →
Operating scope. The announcement anticipates at least 500 new jobs and describes infrastructure supporting AWS cloud and AI services. It does not establish IT MW, installed accelerators, a commissioning date or site-specific customer revenue. Company disclosure →
Who receives the money?
Our analysis of disclosed roles. Revenue routes are business-model interpretations, not estimates of booked project revenue.
Utilized capacity, realized service contribution and replacement spending after delivery.
Customers
Potential users of cloud and AI services
Actual usage and commitments; the site is not assigned to any named model developer.
Utilities and construction suppliers
Potential services and infrastructure procurement
Executed service agreements and named awards before estimating supplier earnings.
Equipment providers
Potential initial and refresh demand
Documented orders and acceptance; no GPU vendor is inferred.
How financially meaningful is it?
Our analysis: a spending commitment creates an economic opportunity and a funding requirement. Return depends on whether usable computing is supplied at a cost that customers are willing to pay. A building can remain productive across several server generations while the equipment requires much faster replacement; the asset split therefore matters to depreciation, cash renewal needs and apparent margin. The source does not provide that split. Investors should also distinguish the local infrastructure investment from AWS-wide cloud revenue or enterprise backlog. Assigning a fixed percentage of global growth to Richmond County would invent an attribution model. A sensible assessment starts with delivery capital, useful workload capacity, operating cost and incremental customer contribution. Subsequent phases should be assessed against demand as they are funded rather than treated as inevitable because the full investment estimate is large.
How to test the economics
Incremental cloud cash contribution = realized customer receipts minus electricity, network, staffing, service support and hardware replacement, relative to incremental facility and equipment capital. Normalize productive workload output before comparing to other campuses with different hardware and utilization.
Hypothetical illustration: USD 500 million of equipment replaced over five years implies USD 100 million annual average replacement funding, whereas the same amount of long-lived property over twenty years implies USD 25 million annual depreciation. These assumptions illustrate asset-life differences, not AWS’s asset mix or accounting policy.
Milestones that would change the assessment
Milestone
Evidence to watch
Project definition
Dated building and phase scope, distinguishing local delivery from the statewide investment estimate.
Electrical and permitting readiness
Named service agreements, usable capacity, permit conditions and infrastructure completion.
Equipment and workloads
Accepted equipment and evidence of useful cloud or AI computing rather than an announced hardware ceiling.
Economic conversion
Customer contribution after energy and replacement costs; company-wide results remain context rather than site earnings.
What could break the investment case?
Our analysis: Land and buildings may advance ahead of power, equipment or demand. Training and inference workloads have different utilization, latency and cost characteristics; the broad AI label does not settle the workload mix. Rapid hardware replacement can consume cash even when reported depreciation appears manageable. A multi-year spending estimate can change in scope without providing a clear signal about operating performance. Local economic-impact and job figures are not shareholder return measures.
What would change our view?
Our analysis: Clear phase budgets, electrical acceptance and efficient workloads would strengthen the case. Idle computing, repeated delivery slippage or spending without customer contribution would weaken it. We would upgrade the site’s AI specificity only with workload or equipment evidence. Cloud use can still be economically valuable without being dedicated to a particular AI model; the current record supports a broader cloud-and-AI scope.
What remains unknown
Campus IT MW, operating date, phase budget, land parcel, utility terms, hardware orders, utilization, customer commitments, workload mix and site earnings are unestablished in the reviewed announcement. No completion forecast is inserted into the tracker. Coordinates represent the Richmond County area, not a confirmed facility entrance.
Project research for information, not a buy recommendation. Financial illustrations use assumptions, not disclosed site results or management guidance.
October 16 source-check scope
Agency milestone. NC DEQ announced issued Amazon and Duke air permits on August 28, 2026. The agency identifies 57 temporary Duke bridge engines and says they must retire within one year after starting operation. The actual start date is not established, so no calendar retirement deadline is calculated. North Carolina DEQ · 2026-08-28
Earlier utility account. WRAL’s July 30, 2026 original reporting quoted Duke’s spokesman saying temporary leased generators would support construction/testing and be paid for by AWS. This was a pre-decision account, not evidence of accepted permanent service. WRAL / Liz McLaughlin · 2026-07-30
Capital basis retained. Amazon describes an estimated $10 billion North Carolina investment including Richmond County. It is planned investment, not verified campus spending or a fully funded phase budget. Amazon Staff · publication date unavailable
Legal status is unresolved. SELC said on September 25, 2026 that it challenged both air permits. This is counsel’s account, not an independently checked docket, merits ruling or construction halt. Later orders, stays and amendments remain unverified. Southern Environmental Law Center · 2026-09-25
Atlanta metro, Georgia — representative metro-area pin
Readiness
Operating
Status
Microsoft reported operation beginning October 2025; current utilization unestablished
Confirmed companies
Microsoft; NVIDIA; OpenAI named among wider network workloads
Next milestone
Useful workload throughput, network efficiency, service contribution and hardware renewal
Reviewed
October 6, 2026
Expanded analysis · Original disclosures linked below · CAD and USD preserved as labeled · Company statements attributed; interpretations labeled.
The one-minute investment takeaway
Our analysis: Atlanta adds an operating AI case alongside the new development pipeline. Its significance is an interconnected computing architecture rather than a disclosed project budget. The investment test is whether the system produces useful work at competitive cost after synchronization overhead, operating expense and repeated hardware investment.
Readiness basis: Classification of evidence in the reviewed profile; strongest documented phase, not full-campus completion. Microsoft reported operation beginning October 2025; current utilization unestablished Readiness source →
What the sources establish
Operating evidence.Microsoft’s November 12, 2025 article says Atlanta began operation in October and is the second Fairwater site. This is dated operating evidence, not a current utilization measurement. Company disclosure →
Named architecture.Microsoft identifies NVIDIA GB200 NVL72 systems, liquid cooling, a two-story design and dedicated links to other AI sites. Architecture described as scalable to hundreds of thousands of GPUs is not a verified installed Atlanta count. Company disclosure →
Workload scope.Microsoft describes a wider network supporting OpenAI, its AI Superintelligence Team, Copilot and other workloads. It does not allocate those workloads, network-wide fiber mileage or revenue specifically to Atlanta. Company disclosure →
Who receives the money?
Our analysis of disclosed roles. Revenue routes are business-model interpretations, not estimates of booked project revenue.
Atlanta-specific service allocation and contractual contribution, rather than assumed exclusive use.
Network and cooling suppliers
Potential infrastructure and service receipts
Named awards and actual payment terms before assigning public-market revenue.
How financially meaningful is it?
Our analysis: interconnected sites can potentially use available power and hardware across regions, but their economics depend on the performance of the whole workload. Communication overhead, recovery from failures and scheduling can reduce the fraction of time accelerators do useful work. The relevant denominator is completed training or inference output rather than installed chips alone. A network that performs better can improve capital productivity even without increasing nameplate capacity; a bottleneck can leave expensive equipment waiting. Operating commencement reduces development uncertainty but does not reveal return on capital. Microsoft’s product and Azure revenue may arise across a global system, so neither an entire customer relationship nor a corporate growth rate should be attributed to this campus. Supplier participation is confirmed at the architecture level, while quantities and project earnings remain unknown.
How to test the economics
Cost per useful workload = allocated facility, hardware, energy, network and support costs divided by completed useful output. Compare delivered performance after communication, failure recovery and idle time. Assess training and inference separately where their workload economics differ.
Hypothetical illustration: increasing useful utilization from 50% to 70% on otherwise unchanged capital increases useful output by 40% and reduces fixed cost per output unit by about 28.6%. This is a sensitivity example, not Atlanta utilization or Microsoft guidance.
Milestones that would change the assessment
Milestone
Evidence to watch
Performance evidence
Measured end-to-end workload completion and useful utilization, rather than theoretical rack capability.
Network contribution
Documented multi-site throughput, reliability and incremental networking cost for the relevant workloads.
Commercial conversion
Service acceptance and incremental customer or product contribution with clear attribution limits.
Hardware renewal
Actual refresh capital and gains in useful computing per dollar after replacement costs.
What could break the investment case?
Our analysis: Distributed computing can amplify the effect of slow network links or equipment failures on synchronized jobs. A named accelerator system does not establish the number ordered, supplier margins or future replacements. Architecture-level scale and network-wide infrastructure can be mistaken for campus-specific inventory. Efficient cooling claims need operational context; they do not disclose electricity tariffs or total site cost. Rapid technology changes can lower the value of installed hardware before the buildings reach the end of their lives.
What would change our view?
Our analysis: Verified efficient workload delivery, robust multi-site performance and competitive cost after refresh spending would strengthen the case. Persistent communication bottlenecks, low useful utilization or renewal costs ahead of customer benefits would weaken it. We would quantify campus scale only after a site-specific disclosure; we would not derive MW or budget from Microsoft’s Wisconsin campus or the entire Fairwater network.
What remains unknown
Atlanta IT MW, project investment, installed and active GPU counts, power tariff, measured utilization, site-specific customer mix, network allocation and attributable earnings are unestablished here. October 2025 operation remains dated evidence, not confirmation of today’s load. The map pin represents Atlanta metro generally rather than a verified parcel.
Project research for information, not a buy recommendation. Financial illustrations use assumptions, not disclosed site results or management guidance.
Santa Teresa / Doña Ana County, New Mexico — representative locality pin
Readiness
Under construction
Status
Campus construction reported; microgrid permitting separate; no operating confirmation
Confirmed companies
Oracle; BorderPlex Digital Assets; Bloom Energy; Yucca Growth Infrastructure
Next milestone
Final microgrid permit, installed fuel-cell acceptance and useful customer computing
Reviewed
October 6, 2026
Expanded analysis · Original disclosures linked below · CAD and USD preserved as labeled · Company statements attributed; interpretations labeled.
The one-minute investment takeaway
Our analysis: Jupiter connects cloud computing to a specifically named onsite power supplier. Its defining investment issue is whether permitted, reliable generation arrives alongside accepted computing facilities. Campus construction and microgrid approval are separate milestones; progress on one cannot be treated as completion of the other.
Readiness basis: Classification of evidence in the reviewed profile; strongest documented phase, not full-campus completion. Campus construction reported; microgrid permitting separate; no operating confirmation Readiness source →
What the sources establish
Named power solution.Oracle and BorderPlex’s April 27, 2026 announcement identifies Bloom Energy fuel cells and up to 2.45 GW of installed generation capacity planned to support Jupiter. This is not campus IT load or verified installed fuel-cell capacity. Primary source →
Separate facilities.Oracle’s September 14 statement distinguishes campus construction from the adjacent microgrid’s air-permit proceeding, which had been stayed. It is the company’s account, not a final permit. Primary source →
Later procedural update. The Daily Lobo reported on September 28 that the court lifted temporary stays and denied emergency petitions, allowing proceedings to continue. A resumed hearing is not final permit approval or operating authorization. Independent reporting →
Who receives the money?
Our analysis of disclosed roles. Revenue routes are business-model interpretations, not estimates of booked project revenue.
Tenant and cloud-computing operator; announced bearer of energy costs
Accepted compute, power-service expense and customer contribution.
Bloom Energy
Named fuel-cell supplier and technology participant
Firm delivery volume, acceptance, service obligations and recognized revenue.
BorderPlex / Yucca Growth Infrastructure
Named development and microgrid relationships
Ownership, permit duties, delivery cost and power contract; distinct legal entities need distinct cash-flow models.
How financially meaningful is it?
Our analysis: onsite generation changes the delivery route for electricity but does not eliminate fuel supply, emissions review, maintenance or financing. Generation nameplate capacity must accommodate the facility’s full electrical requirements, reserves and operating constraints; it cannot be converted one-for-one into sellable IT capacity. Supplier economics may include initial equipment and ongoing services, while Oracle earns cloud contribution after paying power costs. Those flows should not be collapsed into one project return. The announced technology creates a stronger supplier connection than a generic inference that a large campus needs electricity. It still leaves prices, binding volumes, timing and profit unquantified. Investors should build separate cases for equipment delivery, power reliability and computing utilization, then reconcile where contracts transfer delay or performance risk.
How to test the economics
Power cost per useful computing unit includes fuel, conversion efficiency, maintenance, capital recovery and facility overhead divided by useful workload output. Bloom’s supplier return depends on accepted equipment and service margins; Oracle’s compute return depends on customer contribution net of those expenses.
Hypothetical illustration: 100 MW of average generation at 50% electrical efficiency requires 1,752,000 MWh of annual fuel energy before other losses. A USD 5/MWh fuel-energy price increase adds USD 8.76 million annual cost. These are illustrative assumptions, not Jupiter performance or gas pricing.
Milestones that would change the assessment
Milestone
Evidence to watch
Permit decision
Final microgrid air permit and conditions, after resumed proceedings; a lifted temporary stay is not the approval itself.
Fuel and generation delivery
Firm fuel arrangements, phased commissioning, reliability tests and equipment acceptance.
Facility synchronization
Usable electricity and commissioned cooling matched to customer equipment acceptance.
Commercial conversion
Actual cloud workloads and supplier revenue recognition, without assigning generation GW to IT capacity.
What could break the investment case?
Our analysis: Microgrid review, fuel supply and building construction can run on different critical paths. Equipment can be delivered before it is legally or technically ready to operate. Supplier announcements do not establish revenue timing, profit or the financing of every unit. Fuel cells still require fuel and environmental review. A hearing resuming reduces one procedural obstacle without settling permit conditions or the economic return.
What would change our view?
Our analysis: A final permit with workable conditions, reliable phased generation and accepted useful computing would strengthen the assessment. Permitting rework, mismatched schedules, weak fuel economics or idle computing would weaken it. We would update the operating label only with dated commissioning evidence; neither county construction nor a resumed air-permit process proves an energized campus.
What remains unknown
Final permit outcome, current installed generation, campus IT MW, fuel price and duration, equipment purchase and service terms, power asset ownership, customer acceptance dates, project budget and site earnings remain unestablished here. Pin represents Santa Teresa generally. Generation capacity is deliberately kept separate from IT load.
Project research for information, not a buy recommendation. Financial illustrations use assumptions, not disclosed site results or management guidance.
Expanded investment research / Saline Township, Michigan — representative locality pin
The Barn: financed scale still needs accepted power and computing
Latest evidence check · October 16, 2026
Financing closed: Related’s April 24 announcement retained closing conditions. Kirkland & Ellis subsequently reported that financing for the USD 16 billion campus closed on April 30; Gibson Dunn’s May 4 notice corroborates that date. These transaction-counsel statements establish a closing milestone, not an audit of drawdowns, transferred funds, cash spent or project returns. Kirkland closing notice → · Gibson Dunn confirmation →
Construction and delivery: Oracle reported all three buildings under construction in June and one million union craft hours on September 28. Its current schedule targets the network core at year-end 2026 and the start of customer delivery in the second half of 2027. Those are separate forward-looking milestones; neither establishes accepted service or operating IT load. September construction update → · Oracle delivery schedule →
Power and other open conditions: MPSC’s conditional utility-contract approval covers a 1,383 MW maximum-load framework; its initial 332 MW storage approval is a separate battery tranche. Neither is evidence of energized data-center capacity. Primary permit conditions and compliance, the utility-contract appeal’s merits outcome, commissioning, customer acceptance, funds drawn and project economics remain open. Utility-contract decision → · Storage decision →
Public-source evidence update; whole-project certification remains open. Original profile review: October 6, 2026. FJ Intelligence evidence register →
Saline Township, Michigan — representative locality pin
Readiness
Under construction
Status
Financing closed April 30 according to transaction counsel; construction underway; Oracle targets customer delivery from 2H 2027; operating capacity unverified
Phase power acceptance, completed facilities and Oracle service delivery
Evidence check
October 16, 2026
Expanded analysis · Original disclosures linked below · CAD and USD preserved as labeled · Company statements attributed; interpretations labeled.
The one-minute investment takeaway
Our analysis: The Barn adds a financed gigawatt-scale development with named equity, debt and computing participants. Financing reduces one execution uncertainty but does not establish that all capital has been drawn, buildings accepted or customer workloads delivered. Each participant receives money through a different economic mechanism.
Readiness basis: Classification of evidence in the reviewed profile; strongest documented phase, not full-campus completion. Financing closed April 30 according to transaction counsel; construction underway; Oracle targets customer delivery from 2H 2027; operating capacity unverified Readiness source →
What the sources establish
Financing and scope. Related’s April 24, 2026 release says financing was secured for a USD 16 billion Saline Township campus, with three buildings and more than 1 GW planned capacity. Equity comes from Related and Blackstone-affiliated funds; fixed-rate long-term debt is anchored by PIMCO-managed funds and accounts. Primary source →
Construction evidence. The June 1, 2026 release documents campus construction with more than 700 Michigan tradespeople working onsite. This is construction evidence, not commissioning. Primary source →
Demand and utility relationship. OpenAI’s October 30, 2025 announcement names Related Digital, Oracle and DTE Energy. Its original early-2026 construction target is superseded for stage assessment by the later construction release. Primary source →
Who receives the money?
Our analysis of disclosed roles. Revenue routes are business-model interpretations, not estimates of booked project revenue.
Service acceptance, useful utilization and customer contribution.
DTE Energy / Walbridge
Named utility and construction participants
Actual service and contract economics, cost allocation and completion.
How financially meaningful is it?
Our analysis: a financed campus may still carry considerable construction and acceptance risk. Debt commitments, drawn balances and equity funding dates should be separated. Fixed-rate borrowing can reduce rate uncertainty while leaving principal repayment, refinancing and collateral risk. The USD 16 billion campus headline is not an estimate of every subsequent server refresh or Oracle’s future customer revenue. Likewise, project investment by managed funds does not establish Blackstone corporate ownership of all the assets or PIMCO corporate lending exposure. For property investors, phase acceptance and rent commencement matter. For Oracle, computing service performance and operating cost matter. For the utility, the key questions are service obligations and approved cost recovery. An integrated capital and delivery model should show which party funds each asset and bears a delay.
How to test the economics
Property cash return equals accepted rent and service contribution minus operating costs, interest, reserves and maintenance. Cloud contribution is customer receipts minus facility payments, electricity, network and hardware renewal. Model fund returns separately from asset-manager corporate fees.
Hypothetical illustration: USD 2 billion of drawn funding at 6% annual cost incurs USD 60 million of carrying expense during an additional six months before income, excluding other costs. Those assumptions are not the project’s debt balance, interest rate or delay forecast.
Milestones that would change the assessment
Milestone
Evidence to watch
Funding reconciliation
Actual drawdowns, equity funding, lender protections and cost-to-complete.
Utility acceptance
Phase-level service readiness, regulatory conditions and customer-cost allocation.
Facility delivery
Cooling and electrical commissioning followed by lease or service acceptance.
Useful workloads
Productive computing and cash contribution rather than the construction workforce count.
What could break the investment case?
Our analysis: Financing can be available while the power or customer acceptance schedule slips. Very large common infrastructure costs can sit ahead of billable phases. Specialized buildings and concentrated computing demand increase counterparty exposure. Fixed rates do not protect against cost overruns or impaired collateral. Job and community-benefit estimates are not project shareholder returns.
What would change our view?
Our analysis: Funded phases delivered with accepted power and customer computing would strengthen the case. Rising completion costs, delay or obligations ahead of workloads would weaken it. We would revise financial materiality after disclosures of rents, debt balances and computing contribution, not by allocating Oracle backlog or Blackstone assets to the site.
What remains unknown
Financing: transaction closing on April 30 is reported by both transaction-counsel firms; funding drawdowns, capital actually spent, final tranche flows and full deal economics are not verified. Permitting: a February 2026 Planet Detroit investigation reported January air and wetland permits, but FJI did not directly retrieve and examine the primary permit files or confirm compliance/appeal disposition; Saline Township’s data-center document page did not load in this pass. Power: MPSC approval of a 1,383 MW maximum-load special contract and 332 MW initial storage tranche does not establish energized service, operating storage, data-center IT load, or customer acceptance. Delivery: phase-by-phase energization, completed commissioning, operating IT capacity, utilization, equipment acceptance, Oracle service delivery, and rent commencement remain unverified. The Attorney General’s appeal brief was filed in August; the October 5 Court of Appeals order extended appellee briefing to December 4, 2026 in docket 380362; no merits disposition was established in this source pass. Debt pricing, covenants, phase lease terms, utility pricing, project income and realized tax receipts also remain undisclosed or unverified. Saline Township is a representative locality pin.
Project research for information, not a buy recommendation. Financial illustrations use assumptions, not disclosed site results or management guidance.
Spotlight source audit
Reviewed October 6, 2026. Three reviewed documents from three publishers. Construction figures are developer-reported; transaction counsel supplies financing context and local reporting supplies independent project scrutiny.
Related · 2026-06-01Primary · Developer construction disclosure — Reports more than 700 tradespeople working at the campus in June; this is not a current headcount or proof of operation.
Simpson Thacher · 2026-04-27Primary · Transaction counsel — Documents counsel’s role and financing structure; its April notice states closing was subject to customary conditions.
Michigan Public / MPRN · 2026-10-02Independent journalism · Local context — Reports ongoing local political scrutiny and the earlier groundbreaking. Does not independently verify June’s workforce count.
Phase scope, electrical commissioning and productive cloud computing
Reviewed
October 6, 2026
Expanded analysis · Original disclosures linked below · CAD and USD preserved as labeled · Company statements attributed; interpretations labeled.
The one-minute investment takeaway
Our analysis: Madison County is a large owner-user cloud buildout whose spending scope has grown substantially. Its useful investor question is the return on accepted computing, not whether a statewide headline has increased. The two county complexes are covered as one disclosed development program, with other counties kept separate.
Readiness basis: Classification of evidence in the reviewed profile; strongest documented phase, not full-campus completion. Construction and expansion documented; campus operating MW and commissioning dates unestablished Readiness source →
What the sources establish
Original county scope.Amazon’s original announcement planned USD 10 billion across two Madison County data-center complexes, with at least 1,000 jobs. This was a commitment, not verified capital already spent. Primary source →
Updated scope.Amazon’s 2026 update adds USD 11 billion in Madison County and USD 1 billion in Hinds County, bringing planned statewide investment to USD 25 billion. Warren County’s separate USD 3 billion project is also part of that statewide total. Primary source →
Construction evidence. The same update says more than 75 Mississippi companies are engaged in Madison County construction and operations. It does not disclose accepted IT MW, a campus commissioning date or project revenue. Primary source →
Who receives the money?
Our analysis of disclosed roles. Revenue routes are business-model interpretations, not estimates of booked project revenue.
Utilized capacity, realized service contribution and replacement spending after delivery.
Customers
Potential users of cloud and AI services
Actual usage and commitments; the site is not assigned to any named model developer.
Utilities and construction suppliers
Potential services and infrastructure procurement
Executed service agreements and named awards before estimating supplier earnings.
Equipment providers
Potential initial and refresh demand
Documented orders and acceptance; no GPU vendor is inferred.
How financially meaningful is it?
Our analysis: the original USD 10 billion county commitment and the additional USD 11 billion indicate an expanded program, but a phase-by-phase sources-and-uses schedule is still missing. The USD 25 billion statewide figure must not be assigned entirely to Madison County or added to its component commitments. Hardware, buildings and electricity infrastructure have different useful lives and cash renewal requirements. Capacity built ahead of demand can burden cash flow, while well-utilized computing can improve AWS service contribution. Neither outcome follows from employment counts. Portfolio-level AWS results can frame funding capacity and demand, but they do not identify the county’s share of revenue. Investors should seek accepted building phases, equipment deployment and resource obligations before constructing a site return model.
How to test the economics
Incremental cloud contribution equals customer receipts minus electricity, networking, support, facility operation and hardware renewal. Compare it with phase-specific delivered capital; reconcile statewide and county spending before applying return assumptions.
Hypothetical illustration: USD 1 billion of computing equipment requiring renewal over five years implies USD 200 million of average annual replacement funding, before facility and electricity costs. That is not AWS’s equipment allocation or depreciation policy.
Milestones that would change the assessment
Milestone
Evidence to watch
Scope reconciliation
County and phase budgets separating the original program, additional investment and other Mississippi projects.
Power and resource delivery
Usable service capacity and actual phase energization.
Equipment acceptance
Installed computing delivering useful workloads, not construction activity alone.
Economic contribution
Cloud receipts after running and renewal costs, with attribution limits made explicit.
What could break the investment case?
Our analysis: Statewide spending can be double counted or misallocated to a single county. Equipment and electrical delivery may arrive on different schedules. Rapid hardware renewal can consume cash even when building investment is long lived. Broad cloud and AI demand does not specify the workload mix or customer commitment for these complexes.
What would change our view?
Our analysis: Clear phase capital, timely electrical acceptance and efficient workloads would strengthen the assessment. Idle computing, repeated scope inflation without delivery or weaker contribution after renewal costs would weaken it. A dated operating disclosure would change the stage, while statewide economic-impact estimates alone would not.
What remains unknown
County phase budgets, IT MW, commissioning dates, installed equipment, utility agreements, tariffs, customer mix, utilization and county-attributable earnings remain unknown. USD 25 billion is statewide planned investment. The map pin represents Madison County rather than either complex.
Project research for information, not a buy recommendation. Financial illustrations use assumptions, not disclosed site results or management guidance.
Useful computing, resource cost and subsequent expansion scope
Reviewed
October 6, 2026
Expanded analysis · Original disclosures linked below · CAD and USD preserved as labeled · Company statements attributed; interpretations labeled.
The one-minute investment takeaway
Our analysis: Kansas City adds an operating Midwestern campus rather than another construction promise. Operation lowers development uncertainty, but useful computing economics and the site’s AI share remain undisclosed. Meta’s financial benefit comes through products and computing productivity, not independent landlord rent.
Readiness basis: Classification of evidence in the reviewed profile; strongest documented phase, not full-campus completion. Meta reported operational and serving traffic in August 2025; current load undisclosed Readiness source →
What the sources establish
Operating evidence.Meta’s August 2025 release says Kansas City is operational and serving traffic, representing an investment of more than USD 1 billion in Missouri. The figure is not annual spending or site earnings. Primary source →
AI scope boundary. The same release distinguishes Kansas City from the company’s next generation of AI-optimized data centers, whose first opening was then targeted for 2026. It does not establish that Kansas City is a dedicated frontier-model training cluster. Primary source →
Who receives the money?
Our analysis of disclosed roles. Revenue routes are business-model interpretations, not estimates of booked project revenue.
Useful product or efficiency contribution after resources, operations and hardware renewal.
Utility and infrastructure providers
Potential service and equipment receipts
Named agreements, tariff and procurement before assigning supplier earnings.
Computing suppliers
Potential initial and refresh orders
Actual named orders; no GPU vendor or frontier-model customer is inferred.
How financially meaningful is it?
Our analysis: the operating milestone matters because the site is serving traffic, yet it does not establish current utilization or the return on the next expansion dollar. A mature campus may share land, staff and electrical infrastructure across server generations while still requiring significant density upgrades. Product contribution is distributed across Meta’s systems, so campus earnings cannot be derived directly from company advertising growth. Investors should compare useful output and running costs with renewal spending. The investment headline also needs an asset-life decomposition: long-lived buildings and shorter-lived computing create different cash obligations. Dedicated AI architecture elsewhere in Meta’s portfolio should not be transferred to this campus without evidence. Its confirmed role is a functioning computing site, with AI attribution treated as an open diligence question.
How to test the economics
Useful computing benefit equals incremental product contribution plus avoided external computing costs minus electricity, water, network, staff, maintenance and hardware renewal. Evaluate any new phase against its own capital cost rather than historic cumulative investment.
Hypothetical illustration: 10 MW of average IT load at 1.2 PUE uses 105,120 MWh of annual facility electricity. A USD 10/MWh tariff change moves annual cost by USD 1.0512 million. None of those assumptions is a Kansas City disclosure.
Milestones that would change the assessment
Milestone
Evidence to watch
Current operating scope
Updated load and facility inventory separating established operation from later phases.
Workload evidence
Documented AI versus broader product infrastructure, without importing another campus’s specifications.
Resource economics
Measured efficiency and actual tariff or service obligations.
Renewal productivity
Useful output per dollar after equipment replacement and density upgrades.
What could break the investment case?
Our analysis: A campus can be operating yet absorb heavy refresh spending without a separately measurable product payoff. Nameplate capacity, workload use and utility-service costs may remain undisclosed. Global AI narratives can exaggerate a site’s specialized role. Faster equipment obsolescence can reduce cash returns even when buildings remain useful.
What would change our view?
Our analysis: Measured efficient computing and disciplined new-phase spending would strengthen the case. Idle equipment, expensive density upgrades or replacement cash outpacing productive output would weaken it. We would change the AI-specific assessment with sourced workload evidence, not because the owner is investing heavily in AI elsewhere.
What remains unknown
Current IT MW, AI workload mix, utilization, site tariffs, phase asset allocation, named hardware orders, expansion scope and campus earnings are undisclosed in the cited release. Dated operation is not a current load measurement. The pin represents Kansas City broadly.
Project research for information, not a buy recommendation. Financial illustrations use assumptions, not disclosed site results or management guidance.
Berkeley-specific expansion scope, power readiness and productive computing
Reviewed
October 6, 2026
Expanded analysis · Original disclosures linked below · CAD and USD preserved as labeled · Company statements attributed; interpretations labeled.
The one-minute investment takeaway
Our analysis: Berkeley adds a long-established coastal Southeast campus with a fresh expansion program. The investable issue is the productivity of incremental computing, with statewide capital kept separate from campus-specific delivery. A spending window is not an operating deadline.
Readiness basis: Classification of evidence in the reviewed profile; strongest documented phase, not full-campus completion. Established campus since 2007; expansion included in statewide 2026–2027 investment Readiness source →
What the sources establish
Established site.Google’s South Carolina location page dates the Berkeley County campus to 2007 and lists Moncks Corner among its locations. More than USD 13 billion is cumulative statewide investment, not this campus’s current budget. Primary source →
Expansion program.Google’s October 13, 2025 announcement commits USD 9 billion through 2027 to Berkeley expansion and construction at two Dorchester County sites. It does not allocate the budget or promise Berkeley commissioning by that date. Primary source →
Who receives the money?
Our analysis of disclosed roles. Revenue routes are business-model interpretations, not estimates of booked project revenue.
Utilized capacity, realized service contribution and replacement spending after delivery.
Customers
Potential users of cloud and AI services
Actual usage and commitments; the site is not assigned to any named model developer.
Utilities and construction suppliers
Potential services and infrastructure procurement
Executed service agreements and named awards before estimating supplier earnings.
Equipment providers
Potential initial and refresh demand
Documented orders and acceptance; no GPU vendor is inferred.
How financially meaningful is it?
Our analysis: an existing campus can reuse common facilities and staff, but denser computing may require substantial electrical and cooling changes. Incremental capital should therefore include retrofits and an appropriate share of shared infrastructure. The cumulative statewide investment figure and the new program differ in time and scope; neither is a campus profit estimate and they should not simply be summed as independent new spending. The source includes two additional counties’ sites within the program, leaving Berkeley’s allocation unknown. Alphabet benefits through products, cloud computing and efficiency rather than ordinary third-party property rent. An economic model needs useful workload output, resource cost and equipment renewal, with company-wide financial results providing context rather than site attribution.
How to test the economics
Expansion productivity equals additional useful computing or product contribution net of running and hardware renewal costs, compared with incremental facility and equipment investment. Treat the statewide 2027 spending horizon separately from phase acceptance.
Hypothetical illustration: USD 300 million of facilities over a 20-year depreciation life implies USD 15 million annual depreciation; the same amount of equipment over five years implies USD 60 million. This demonstrates asset-mix sensitivity, not Google’s Berkeley accounting or budget.
Milestones that would change the assessment
Milestone
Evidence to watch
Campus allocation
Berkeley-specific phases and capital separated from Dorchester and statewide cumulative spending.
Electrical and cooling readiness
Usable service and retrofit completion for the intended density.
Equipment and output
Accepted equipment producing useful cloud or product workloads.
Investment window review
Progress against the statewide through-2027 program without assuming every building is commissioned by year-end.
What could break the investment case?
Our analysis: Statewide figures can be mistaken for campus-scale spending or earnings. Older facilities can require expensive modifications to accept new densities. Resource and equipment schedules may not align. A large owner’s cloud growth does not identify the campus return. Hardware renewal and common infrastructure can erode apparent reuse savings.
What would change our view?
Our analysis: Clear campus budgets, accepted density upgrades and improving useful output per dollar would strengthen the case. Retrofits consuming capital without productive workloads or unexplained scope changes would weaken it. We would revise capacity only after a campus-specific disclosure and keep annual energy procurement separate from IT MW.
What remains unknown
Berkeley expansion budget, IT MW, building completion dates, AI workload share, utility tariffs, hardware orders, measured utilization and site financial contribution remain unknown. Through 2027 is a statewide investment window rather than a campus commissioning promise. Pin represents Moncks Corner generally.
Project research for information, not a buy recommendation. Financial illustrations use assumptions, not disclosed site results or management guidance.
Existing campus with HPE tenant; Building B under construction in June 2026
Confirmed companies
QScale; HPE; Infrastructure at Goldman Sachs Alternatives
Next milestone
Building B electrical acceptance, signed demand and rent commencement
Reviewed
October 6, 2026
Expanded analysis · Original disclosures linked below · CAD and USD preserved as labeled · Company statements attributed; interpretations labeled.
The one-minute investment takeaway
Our analysis: High-density infrastructure needs billable customer acceptance. Q01 offers a named tenant and a specific expansion, making its commercial evidence stronger than a generic AI-ready land proposal. The new building remains a delivery and underwriting question.
Readiness basis: Classification of evidence in the reviewed profile; strongest documented phase, not full-campus completion. Existing campus with HPE tenant; Building B under construction in June 2026 Readiness source →
What the sources establish
Capacity definitions. QScale markets 142 MW campus capacity and 114 MW protected customer IT load. Those figures describe different electrical boundaries, not two additive capacity blocks. Primary source →
Expansion. Its June 4, 2026 release reports Building B construction and 60 MW additional IT capacity, with a $700 million headline whose currency is not explicit in that release. No operating date is established. Primary source →
Tenant and funding roles. HPE was named first anchor tenant in May 2023. The announcement does not disclose the lease pricing or Building B occupancy. Primary source →
Managed investment relationship. The June 2026 Building B release identifies QScale as a portfolio company of Infrastructure at Goldman Sachs Alternatives; this names a managed investment relationship, not sole GS corporate ownership. Primary source →
Who receives the money?
Our analysis of disclosed roles. Revenue routes are business-model interpretations, not estimates of booked project revenue.
Company / exposure
Economic role
What investors need to establish
QScale
Campus landlord and infrastructure operator
Net contracted rent, delivered capital and cooling-service cost.
HPE
Disclosed anchor tenant
Scope, acceptance and current contract obligations; tenancy is not equipment sales.
Goldman Sachs Alternatives infrastructure funds
Disclosed managed-investment relationship
Fund capital and ownership; distinguish asset returns from GS management fees.
How financially meaningful is it?
Our analysis: The relevant return is rent and infrastructure-service contribution on delivered capital. An anchor tenant supports the demand thesis, but the announcement does not establish the duration, price or occupancy of every phase. Liquid cooling and high rack density can require expensive distribution and heat-rejection systems; investor models need the actual lease boundary for those costs. Goldman Sachs managed-infrastructure exposure creates a financing relationship, while corporate management fees and fund asset returns remain different cash flows. The 142 MW, 114 MW and 60 MW figures must be reconciled by building and electrical definition before estimating revenue. Building B can create value if customers accept capacity at adequate net rates; a shell or GPU-compatible design alone cannot demonstrate that result.
How to test the economics
Facility yield equals accepted rent plus net service contribution minus operating, maintenance and financing costs, relative to all allocated delivery capital.
Hypothetical illustration: 10 MW billed at USD 150 per kW-month produces USD 18 million annual rent before costs; 25% unaccepted capacity reduces that to USD 13.5 million. These are assumptions, not campus contract rates or occupancy.
Milestones that would change the assessment
Milestone
Evidence to watch
Scope and capital
Reconcile campus and portfolio figures, accepted versus potential capacity, and property versus equipment funding.
Electrical and cooling acceptance
Building B electrical acceptance, signed demand and rent commencement. Equipment delivery, construction completion and commissioning are separate steps.
Commercial productivity
Useful workloads or billable customer capacity, with operating costs and renewal obligations included.
Counterparty attribution
Named binding service and procurement terms before estimating participant earnings.
What could break the investment case?
Our analysis: Customer acceptance may lag electrical and cooling commissioning. Expansion capital can be spent before rent begins. Hardware compatibility is not a NVIDIA purchase order, and HPE tenancy does not prove all new capacity is contracted.
What would change our view?
Our analysis: Dated acceptance, disciplined incremental capital and useful output at competitive resource cost would strengthen our assessment. Idle equipment, repeated delivery slippage or capital and renewal spending ahead of economic benefits would weaken it. We change the stage only on project-specific evidence, and would improve public-company financial attribution only with contract scope and cash-flow detail. A larger headline by itself would not justify a stronger return conclusion.
What remains unknown
Current accepted IT and facility MW, workload mix, utilization, site-attributable income, contract prices, tariffs, hardware renewal schedule and phase-specific capital allocation remain unestablished in the reviewed sources unless explicitly disclosed above. Targets remain expectations until confirmed. The map pin represents the locality rather than a verified individual building. Supplier, fund and corporate exposures must be modeled separately.
Project research for information, not a buy recommendation. Financial illustrations use assumptions, not disclosed site results or management guidance.
Existing operator-listed campus; current billable utilization undisclosed
Confirmed companies
Vantage Data Centers
Next milestone
Billable capacity, density upgrade costs and lease renewal economics
Reviewed
October 6, 2026
Expanded analysis · Original disclosures linked below · CAD and USD preserved as labeled · Company statements attributed; interpretations labeled.
The one-minute investment takeaway
Our analysis: A smaller operating-campus envelope offers a different investment test. QC1 complements larger Quebec buildouts with an existing colocation location. Its 11 MW IT specification is clearer than many development headlines, but billable occupancy and margins remain unknown.
Readiness basis: Classification of evidence in the reviewed profile; strongest documented phase, not full-campus completion. Existing operator-listed campus; current billable utilization undisclosed Readiness source →
What the sources establish
Campus envelope. Vantage lists Montreal I / QC1 as one data center on five acres with 11 MW critical IT capacity and 60,000 square feet. Primary source →
Power context. The operator describes Hydro-Québec supply and predominantly hydroelectric generation; this is a supply characteristic, not a disclosed campus tariff or guaranteed hourly carbon profile. Primary source →
Who receives the money?
Our analysis of disclosed roles. Revenue routes are business-model interpretations, not estimates of booked project revenue.
Company / exposure
Economic role
What investors need to establish
Vantage Data Centers
Owner or operator of the disclosed infrastructure
Accepted useful capacity and net contribution after resource and renewal costs.
Named service and construction participants
Contract-specific delivery and recurring service roles
Actual contract, tariff or purchase terms; participation is not booked profit.
Equipment suppliers not established here
Potential procurement and renewal spending
Named awarded orders before attributing public-company project revenue.
How financially meaningful is it?
Our analysis: Existing electrical infrastructure can reduce the work needed to bring customers online, yet it does not eliminate customer-specific retrofit costs. Underwrite QC1 as a building and service business: contracted rent, net power economics, maintenance and recurring connectivity contribution must cover its capital and financing. Cool ambient conditions may support efficient operation, but rack density, actual cooling design and peak summer conditions still determine performance. Capacity should be separated into installed, available, reserved and accepted customer load. An apparent 11 MW revenue ceiling cannot be multiplied by an assumed lease rate as though every kilowatt were currently billable. QC1 is covered separately from Vantage QC2 and QC4; nearby geography does not make those campuses interchangeable.
How to test the economics
Facility yield equals accepted rent plus net service contribution minus operating, maintenance and financing costs, relative to all allocated delivery capital.
Hypothetical illustration: 10 MW billed at USD 150 per kW-month produces USD 18 million annual rent before costs; 25% unaccepted capacity reduces that to USD 13.5 million. These are assumptions, not campus contract rates or occupancy.
Milestones that would change the assessment
Milestone
Evidence to watch
Scope and capital
Reconcile campus and portfolio figures, accepted versus potential capacity, and property versus equipment funding.
Electrical and cooling acceptance
Billable capacity, density upgrade costs and lease renewal economics. Equipment delivery, construction completion and commissioning are separate steps.
Commercial productivity
Useful workloads or billable customer capacity, with operating costs and renewal obligations included.
Counterparty attribution
Named binding service and procurement terms before estimating participant earnings.
What could break the investment case?
Our analysis: Legacy configurations may need upgrades for denser workloads. Renewals, tenant concentration and resource pass-through terms can affect margins even at an established site. No named AI tenant is established here.
What would change our view?
Our analysis: Dated acceptance, disciplined incremental capital and useful output at competitive resource cost would strengthen our assessment. Idle equipment, repeated delivery slippage or capital and renewal spending ahead of economic benefits would weaken it. We change the stage only on project-specific evidence, and would improve public-company financial attribution only with contract scope and cash-flow detail. A larger headline by itself would not justify a stronger return conclusion.
What remains unknown
Current accepted IT and facility MW, workload mix, utilization, site-attributable income, contract prices, tariffs, hardware renewal schedule and phase-specific capital allocation remain unestablished in the reviewed sources unless explicitly disclosed above. Targets remain expectations until confirmed. The map pin represents the locality rather than a verified individual building. Supplier, fund and corporate exposures must be modeled separately.
Project research for information, not a buy recommendation. Financial illustrations use assumptions, not disclosed site results or management guidance.
Substation completion and energized facilities followed by productive cloud service
Reviewed
October 6, 2026
Expanded analysis · Original disclosures linked below · CAD and USD preserved as labeled · Company statements attributed; interpretations labeled.
The one-minute investment takeaway
Our analysis: A finished building still needs accepted power. Donnacona illustrates why the atlas distinguishes physical completion from useful cloud capacity. Its dated electrical schedule gives investors a concrete delivery test without inventing a campus operating date.
Readiness basis: Classification of evidence in the reviewed profile; strongest documented phase, not full-campus completion. Building completed November 2025; electrical works targeted for second half 2026 Readiness source →
What the sources establish
Building stage.Microsoft’s April 2026 update says the data center building was completed in November 2025, with work continuing inside. Primary source →
Electrical schedule. Substation construction and a sound wall were expected in the second half of 2026. This is an electrical-works target, not confirmation that computing is operational. Primary source →
Who receives the money?
Our analysis of disclosed roles. Revenue routes are business-model interpretations, not estimates of booked project revenue.
Accepted useful capacity and net contribution after resource and renewal costs.
Named service and construction participants
Contract-specific delivery and recurring service roles
Actual contract, tariff or purchase terms; participation is not booked profit.
Equipment suppliers not established here
Potential procurement and renewal spending
Named awarded orders before attributing public-company project revenue.
How financially meaningful is it?
Our analysis: The economics depend on the sequence of usable power, cooling acceptance, server installation and customer workload deployment. Spending on an apparently completed structure can remain unproductive while the substation is unfinished. Conversely, staged energization could permit some productive deployment before an entire development program is complete; that possibility needs evidence rather than assumption. Microsoft earns through cloud and product contribution, not independent landlord rent. A local project should therefore be assessed against useful computing output and renewal spending, with corporate Azure growth providing context rather than a site revenue allocation. Substation costs, commissioning obligations and the division of utility versus customer assets matter to both timing and invested capital.
How to test the economics
Computing contribution equals customer or product benefit minus power, network, facility operation, financing and equipment renewal. Model long-lived buildings separately from shorter-lived computing assets.
Hypothetical illustration: 10 MW steady IT load at 1.2 PUE uses 105,120 MWh annually. A USD 10/MWh tariff increase adds USD 1.0512 million annual cost. Neither load, PUE nor tariff is disclosed here; this is a sensitivity example, not a site forecast.
Milestones that would change the assessment
Milestone
Evidence to watch
Scope and capital
Reconcile campus and portfolio figures, accepted versus potential capacity, and property versus equipment funding.
Electrical and cooling acceptance
Substation completion and energized facilities followed by productive cloud service. Equipment delivery, construction completion and commissioning are separate steps.
Commercial productivity
Useful workloads or billable customer capacity, with operating costs and renewal obligations included.
Counterparty attribution
Named binding service and procurement terms before estimating participant earnings.
What could break the investment case?
Our analysis: Electrical works, internal fit-out and workload deployment can have different completion dates. Sound mitigation and construction conditions may affect the sequence. No accepted operating load is disclosed.
What would change our view?
Our analysis: Dated acceptance, disciplined incremental capital and useful output at competitive resource cost would strengthen our assessment. Idle equipment, repeated delivery slippage or capital and renewal spending ahead of economic benefits would weaken it. We change the stage only on project-specific evidence, and would improve public-company financial attribution only with contract scope and cash-flow detail. A larger headline by itself would not justify a stronger return conclusion.
What remains unknown
Current accepted IT and facility MW, workload mix, utilization, site-attributable income, contract prices, tariffs, hardware renewal schedule and phase-specific capital allocation remain unestablished in the reviewed sources unless explicitly disclosed above. Targets remain expectations until confirmed. The map pin represents the locality rather than a verified individual building. Supplier, fund and corporate exposures must be modeled separately.
Project research for information, not a buy recommendation. Financial illustrations use assumptions, not disclosed site results or management guidance.
Autumn substation commissioning, electrical acceptance and customer workload readiness
Reviewed
October 6, 2026
Expanded analysis · Original disclosures linked below · CAD and USD preserved as labeled · Company statements attributed; interpretations labeled.
The one-minute investment takeaway
Our analysis: Delivered transformers narrow one bottleneck. L’Ancienne-Lorette provides a more advanced electrical milestone than a power reservation, but equipment arrival and generator tests do not establish customer computing acceptance.
Readiness basis: Classification of evidence in the reviewed profile; strongest documented phase, not full-campus completion. Electrical commissioning targeted autumn 2026; operating completion unverified Readiness source →
What the sources establish
Equipment delivery.Microsoft’s April 2026 update says substation transformers were delivered in March and major generator tests had been completed earlier in 2026. Primary source →
Remaining schedule. Groundwork was expected through autumn 2026, with substation commissioning targeted for autumn. The update does not establish that this target has since been achieved. Primary source →
Who receives the money?
Our analysis of disclosed roles. Revenue routes are business-model interpretations, not estimates of booked project revenue.
Accepted useful capacity and net contribution after resource and renewal costs.
Named service and construction participants
Contract-specific delivery and recurring service roles
Actual contract, tariff or purchase terms; participation is not booked profit.
Equipment suppliers not established here
Potential procurement and renewal spending
Named awarded orders before attributing public-company project revenue.
How financially meaningful is it?
Our analysis: Transformer delivery reduces uncertainty about one long-lead component while leaving installation, protection testing, utility coordination and facility commissioning. The date that matters economically is when useful workloads begin producing contribution relative to the capital already spent. Generator tests demonstrate a step in resilience preparation; they do not establish continuous computing utilization or a financially attractive backup strategy. The model should include ongoing testing, maintenance and hardware replacement alongside electricity costs. Dinamo’s named construction role offers a procurement link, but there is no disclosed contract margin to assign. Microsoft’s province-wide or country-wide spending should not be substituted for this site’s standalone capital budget. Track the autumn target as an expectation until dated commissioning evidence is available.
How to test the economics
Computing contribution equals customer or product benefit minus power, network, facility operation, financing and equipment renewal. Model long-lived buildings separately from shorter-lived computing assets.
Hypothetical illustration: 10 MW steady IT load at 1.2 PUE uses 105,120 MWh annually. A USD 10/MWh tariff increase adds USD 1.0512 million annual cost. Neither load, PUE nor tariff is disclosed here; this is a sensitivity example, not a site forecast.
Milestones that would change the assessment
Milestone
Evidence to watch
Scope and capital
Reconcile campus and portfolio figures, accepted versus potential capacity, and property versus equipment funding.
Electrical and cooling acceptance
Autumn substation commissioning, electrical acceptance and customer workload readiness. Equipment delivery, construction completion and commissioning are separate steps.
Commercial productivity
Useful workloads or billable customer capacity, with operating costs and renewal obligations included.
Counterparty attribution
Named binding service and procurement terms before estimating participant earnings.
What could break the investment case?
Our analysis: A transformer can be onsite before the electrical system is accepted. Minor testing, site works or commissioning rework could defer service. Corporate cloud growth does not disclose campus utilization.
What would change our view?
Our analysis: Dated acceptance, disciplined incremental capital and useful output at competitive resource cost would strengthen our assessment. Idle equipment, repeated delivery slippage or capital and renewal spending ahead of economic benefits would weaken it. We change the stage only on project-specific evidence, and would improve public-company financial attribution only with contract scope and cash-flow detail. A larger headline by itself would not justify a stronger return conclusion.
What remains unknown
Current accepted IT and facility MW, workload mix, utilization, site-attributable income, contract prices, tariffs, hardware renewal schedule and phase-specific capital allocation remain unestablished in the reviewed sources unless explicitly disclosed above. Targets remain expectations until confirmed. The map pin represents the locality rather than a verified individual building. Supplier, fund and corporate exposures must be modeled separately.
Project research for information, not a buy recommendation. Financial illustrations use assumptions, not disclosed site results or management guidance.
Reconciled current hardware inventory, useful training output and power reliability
Reviewed
October 6, 2026
Expanded analysis · Original disclosures linked below · CAD and USD preserved as labeled · Company statements attributed; interpretations labeled.
The one-minute investment takeaway
Our analysis: A vast training cluster needs useful output after renewal costs. Colossus supplies unusually specific hardware evidence and a named public supplier. Its scale claims still need dating and reconciliation, while the original Memphis facility must remain separate from later Southaven developments.
Readiness basis: Classification of evidence in the reviewed profile; strongest documented phase, not full-campus completion. Dated large-scale training operation documented; current configuration unreconciled Readiness source →
What the sources establish
Supplier corroboration.NVIDIA’s October 28, 2024 announcement describes a 100,000-Hopper-GPU Memphis cluster using Spectrum-X networking for Grok training. This is dated evidence, not a current inventory. Primary source →
Later scale claims. The current operator page claims 200,000 GPUs by February 2025 but also displays a separate 180,000 H100 statistic. Those figures are not internally reconciled; a million-GPU roadmap is not achieved capacity. Primary source →
Who receives the money?
Our analysis of disclosed roles. Revenue routes are business-model interpretations, not estimates of booked project revenue.
Company / exposure
Economic role
What investors need to establish
SpaceXAI / xAI
Computing owner and model-development participant
Commercial contribution and workload allocation; current exclusivity is not established.
Confirmed historical accelerators and network supplier
Accepted orders, service economics and refresh demand; dated units are not current backlog.
How financially meaningful is it?
Our analysis: Model training infrastructure consumes cash through accelerators, networking, cooling, power and periodic replacement. A rapid build can reduce time to first useful training, but it does not establish the all-in capital cost or the future value of model improvements. Investor analysis should examine training output, failure rates, network efficiency and subsequent commercial contribution. NVIDIA’s confirmed hardware and network role is much stronger evidence than guessing vendors at another AI campus, yet the release gives neither a project-specific gross margin nor all subsequent order volumes. SpaceXAI is not assigned an invented public ticker. SpaceX announced its acquisition of xAI on February 2, 2026. Parent-company ownership is distinct from the dated Grok training evidence and campus-specific commercial arrangements. The advertised million-GPU ambition remains an option requiring more capital, power and accepted demand.
How to test the economics
Computing contribution equals customer or product benefit minus power, network, facility operation, financing and equipment renewal. Model long-lived buildings separately from shorter-lived computing assets.
Hypothetical illustration: 10 MW steady IT load at 1.2 PUE uses 105,120 MWh annually. A USD 10/MWh tariff increase adds USD 1.0512 million annual cost. Neither load, PUE nor tariff is disclosed here; this is a sensitivity example, not a site forecast.
Milestones that would change the assessment
Milestone
Evidence to watch
Scope and capital
Reconcile campus and portfolio figures, accepted versus potential capacity, and property versus equipment funding.
Electrical and cooling acceptance
Reconciled current hardware inventory, useful training output and power reliability. Equipment delivery, construction completion and commissioning are separate steps.
Commercial productivity
Useful workloads or billable customer capacity, with operating costs and renewal obligations included.
Counterparty attribution
Named binding service and procurement terms before estimating participant earnings.
What could break the investment case?
Our analysis: GPU obsolescence, network inefficiency and unreliable power can impair useful output despite impressive device counts. Inconsistent operator inventory figures weaken precision. Southaven power assets are not automatically Memphis campus assets.
What would change our view?
Our analysis: Dated acceptance, disciplined incremental capital and useful output at competitive resource cost would strengthen our assessment. Idle equipment, repeated delivery slippage or capital and renewal spending ahead of economic benefits would weaken it. We change the stage only on project-specific evidence, and would improve public-company financial attribution only with contract scope and cash-flow detail. A larger headline by itself would not justify a stronger return conclusion.
What remains unknown
Current accepted IT and facility MW, workload mix, utilization, site-attributable income, contract prices, tariffs, hardware renewal schedule and phase-specific capital allocation remain unestablished in the reviewed sources unless explicitly disclosed above. Targets remain expectations until confirmed. The map pin represents the locality rather than a verified individual building. Supplier, fund and corporate exposures must be modeled separately.
Project research for information, not a buy recommendation. Financial illustrations use assumptions, not disclosed site results or management guidance.
SpaceX parent-company connection
SpaceX announced its acquisition of xAI on February 2, 2026. Colossus is presented by its operator under SpaceXAI branding. We identify SpaceX as the parent company while retaining Colossus Memphis as the campus identity. This does not establish a Starlink project connection.
Campus-specific expansion scope, operating load and renewal productivity
Reviewed
October 6, 2026
Expanded analysis · Original disclosures linked below · CAD and USD preserved as labeled · Company statements attributed; interpretations labeled.
The one-minute investment takeaway
Our analysis: Established infrastructure needs incremental return discipline. Pryor supplies a long-running computing footprint in a state now receiving additional investment. Its existing role is credible; the financial case for a new dollar at this campus remains distinct from statewide growth.
Readiness basis: Classification of evidence in the reviewed profile; strongest documented phase, not full-campus completion. Established Google campus; current IT load and AI share undisclosed Readiness source →
What the sources establish
Established footprint.Google identifies Mayes County as its original Oklahoma data center location, with construction beginning in 2007. Primary source →
Portfolio boundary. Its current location page reports more than USD 15 billion invested across Oklahoma and lists newer locations including Muskogee, Stillwater and Tulsa. That state total is not Pryor’s campus budget. Primary source →
Who receives the money?
Our analysis of disclosed roles. Revenue routes are business-model interpretations, not estimates of booked project revenue.
Accepted useful capacity and net contribution after resource and renewal costs.
Named service and construction participants
Contract-specific delivery and recurring service roles
Actual contract, tariff or purchase terms; participation is not booked profit.
Equipment suppliers not established here
Potential procurement and renewal spending
Named awarded orders before attributing public-company project revenue.
How financially meaningful is it?
Our analysis: The relevant comparison is an incremental refresh or expansion against alternative computing capacity elsewhere in Google’s system. Reusing buildings and staff can improve capital efficiency, while older distribution and cooling systems may require substantial upgrades for denser hardware. Operating history establishes execution experience, not a permanent cost advantage. Google’s current statewide spending includes geographically distinct developments and should neither be assigned entirely to Mayes County nor added to the earlier state totals. Model useful service output after energy, networking, support and equipment renewal. Cloud revenue and advertising benefits occur across a broad platform, so site economics require an explicit attribution method. A credible expansion announcement would clarify the asset scope and resource obligations before the atlas upgraded capacity or AI-specific exposure.
How to test the economics
Computing contribution equals customer or product benefit minus power, network, facility operation, financing and equipment renewal. Model long-lived buildings separately from shorter-lived computing assets.
Hypothetical illustration: 10 MW steady IT load at 1.2 PUE uses 105,120 MWh annually. A USD 10/MWh tariff increase adds USD 1.0512 million annual cost. Neither load, PUE nor tariff is disclosed here; this is a sensitivity example, not a site forecast.
Milestones that would change the assessment
Milestone
Evidence to watch
Scope and capital
Reconcile campus and portfolio figures, accepted versus potential capacity, and property versus equipment funding.
Electrical and cooling acceptance
Campus-specific expansion scope, operating load and renewal productivity. Equipment delivery, construction completion and commissioning are separate steps.
Commercial productivity
Useful workloads or billable customer capacity, with operating costs and renewal obligations included.
Counterparty attribution
Named binding service and procurement terms before estimating participant earnings.
What could break the investment case?
Our analysis: Historical infrastructure may require retrofit spending. Portfolio investment totals can inflate perceived campus scale. Broad Google AI growth does not establish Pryor’s workload mix.
What would change our view?
Our analysis: Dated acceptance, disciplined incremental capital and useful output at competitive resource cost would strengthen our assessment. Idle equipment, repeated delivery slippage or capital and renewal spending ahead of economic benefits would weaken it. We change the stage only on project-specific evidence, and would improve public-company financial attribution only with contract scope and cash-flow detail. A larger headline by itself would not justify a stronger return conclusion.
What remains unknown
Current accepted IT and facility MW, workload mix, utilization, site-attributable income, contract prices, tariffs, hardware renewal schedule and phase-specific capital allocation remain unestablished in the reviewed sources unless explicitly disclosed above. Targets remain expectations until confirmed. The map pin represents the locality rather than a verified individual building. Supplier, fund and corporate exposures must be modeled separately.
Project research for information, not a buy recommendation. Financial illustrations use assumptions, not disclosed site results or management guidance.
Readiness evidence update · October 14, 2026
Operating existing campus. The current Google Oklahoma location page explicitly calls Pryor / Mayes County an operating site and separates three newer developments. State government corroborates the established footprint. Operating applies to the existing campus, not every phase, current metered IT MW or AI-only economics.
This corrects the prior unverified-readiness label. It records newly checked evidence, not a new opening event. Current IT MW, customer utilization, AI workload share, site earnings and acceptance of every expansion remain unverified. The wider Oklahoma investment envelope remains excluded from campus capital totals.
Google Data Centers: Google's current Oklahoma location page explicitly identifies Pryor, Mayes County as operating, while distinguishing Tulsa County, Muskogee County and Stillwater as developments. This supports the existing-campus Operating label, not completion of every expansion, delivered IT MW or current utilization.
Office of the Governor of Oklahoma: The Oklahoma governor's 2025 State of the State address describes continuing investment in Google's Pryor data center. This corroborates the established footprint; it is not a commissioning certificate or a campus capacity measurement.
Google Data Centers: Google's security page describes control-station staff monitoring buildings and power, with a Mayes County control-room example. This supports ongoing operational context, not a measured site load or proof of every phase's acceptance.
Google Cloud: Google Cloud's May 11, 2022 announcement describes an Oklahoma TPU v4 ML cluster in Preview. It is historical AI-infrastructure context, not proof of the present hardware inventory, customer utilization or building-level capacity at Pryor.
Phase-specific utility readiness and campus acceptance; statewide program through 2027
Reviewed
October 6, 2026
Expanded analysis · Original disclosures linked below · CAD and USD preserved as labeled · Company statements attributed; interpretations labeled.
The one-minute investment takeaway
Our analysis: A new-state campus must synchronize compute and utility delivery. West Memphis broadens the atlas geographically and provides a named utility participant. Its 2027 date belongs to the investment program, not a verified campus commissioning commitment.
Readiness basis: Classification of evidence in the reviewed profile; strongest documented phase, not full-campus completion. First Arkansas campus announced October 2025; operating completion unverified Readiness source →
What the sources establish
Investment window.Google announced USD 4 billion of Arkansas investment through 2027, including its first state data center in West Memphis and energy initiatives. The total is not an isolated campus construction budget. Primary source →
Utility participant. Entergy Arkansas describes its role supplying the Google investment. This names a utility relationship without disclosing all site tariff, accepted-load or cost-recovery terms. Primary source →
Who receives the money?
Our analysis of disclosed roles. Revenue routes are business-model interpretations, not estimates of booked project revenue.
Accepted useful capacity and net contribution after resource and renewal costs.
Named service and construction participants
Contract-specific delivery and recurring service roles
Actual contract, tariff or purchase terms; participation is not booked profit.
Equipment suppliers not established here
Potential procurement and renewal spending
Named awarded orders before attributing public-company project revenue.
How financially meaningful is it?
Our analysis: Google’s shareholder payoff depends on useful cloud and product computing relative to facility and equipment costs. Entergy’s route is service revenue and potentially approved infrastructure recovery, which depends on tariff design, contract protections and regulatory treatment. A large new load can support utility growth while requiring significant generation and network capital before revenue. The release does not establish that all such costs are recoverable from this customer or that forecast load is already accepted. The USD 4 billion program includes broader energy activity and must be reconciled before computing a campus capital ratio. West Memphis is geographically near the original Memphis Colossus, but it is a separate project across the state line with different ownership, customers and economics.
How to test the economics
Computing contribution equals customer or product benefit minus power, network, facility operation, financing and equipment renewal. Model long-lived buildings separately from shorter-lived computing assets.
Hypothetical illustration: 10 MW steady IT load at 1.2 PUE uses 105,120 MWh annually. A USD 10/MWh tariff increase adds USD 1.0512 million annual cost. Neither load, PUE nor tariff is disclosed here; this is a sensitivity example, not a site forecast.
Milestones that would change the assessment
Milestone
Evidence to watch
Scope and capital
Reconcile campus and portfolio figures, accepted versus potential capacity, and property versus equipment funding.
Electrical and cooling acceptance
Phase-specific utility readiness and campus acceptance; statewide program through 2027. Equipment delivery, construction completion and commissioning are separate steps.
Commercial productivity
Useful workloads or billable customer capacity, with operating costs and renewal obligations included.
Counterparty attribution
Named binding service and procurement terms before estimating participant earnings.
What could break the investment case?
Our analysis: Electricity readiness and facility completion may diverge. Statewide energy spending can be double counted with campus capital. Utility participation alone does not establish shareholder profitability.
What would change our view?
Our analysis: Dated acceptance, disciplined incremental capital and useful output at competitive resource cost would strengthen our assessment. Idle equipment, repeated delivery slippage or capital and renewal spending ahead of economic benefits would weaken it. We change the stage only on project-specific evidence, and would improve public-company financial attribution only with contract scope and cash-flow detail. A larger headline by itself would not justify a stronger return conclusion.
What remains unknown
Current accepted IT and facility MW, workload mix, utilization, site-attributable income, contract prices, tariffs, hardware renewal schedule and phase-specific capital allocation remain unestablished in the reviewed sources unless explicitly disclosed above. Targets remain expectations until confirmed. The map pin represents the locality rather than a verified individual building. Supplier, fund and corporate exposures must be modeled separately.
Project research for information, not a buy recommendation. Financial illustrations use assumptions, not disclosed site results or management guidance.
Commissioned facilities, accepted electrical service and productive AI workloads
Reviewed
October 6, 2026
Expanded analysis · Original disclosures linked below · CAD and USD preserved as labeled · Company statements attributed; interpretations labeled.
The one-minute investment takeaway
Our analysis: An updated budget still needs accepted computing. Cheyenne adds Wyoming and a named utility relationship. The current investment headline is larger than the original announcement, but investor value depends on delivery and productive utilization.
Readiness basis: Classification of evidence in the reviewed profile; strongest documented phase, not full-campus completion. Groundbreaking disclosed in 2024; operating completion unverified Readiness source →
What the sources establish
Initial development.Meta’s July 2024 announcement describes an AI-optimized Cheyenne campus and names Black Hills Energy and Fortis Construction. Its original investment estimate exceeded USD 800 million. Primary source →
Updated envelope.Meta’s current US location directory lists USD 1.2 billion investment for Cheyenne. This supersedes the older headline for current scope; the two figures are not additive. The directory does not prove operating completion. Primary source →
Who receives the money?
Our analysis of disclosed roles. Revenue routes are business-model interpretations, not estimates of booked project revenue.
Accepted useful capacity and net contribution after resource and renewal costs.
Named service and construction participants
Contract-specific delivery and recurring service roles
Actual contract, tariff or purchase terms; participation is not booked profit.
Equipment suppliers not established here
Potential procurement and renewal spending
Named awarded orders before attributing public-company project revenue.
How financially meaningful is it?
Our analysis: A budget increase can reflect a changed phase, asset scope or cost environment; without a reconciliation it should not automatically be interpreted as either better economics or a cost overrun. Meta’s AI-oriented design strengthens thematic relevance, while customer computing remains the economic destination rather than independent landlord income. Black Hills Energy is a subsidiary utility within the publicly listed Black Hills group; service and approved recovery can produce recurring utility economics, but the campus announcement does not establish rate base, tariff or realized earnings. Investors should evaluate Meta’s delivered equipment and useful workloads separately from the utility’s enabling capital. High density may concentrate expensive electrical and thermal infrastructure ahead of acceptance. Operating status requires a dated completed-service disclosure.
How to test the economics
Computing contribution equals customer or product benefit minus power, network, facility operation, financing and equipment renewal. Model long-lived buildings separately from shorter-lived computing assets.
Hypothetical illustration: 10 MW steady IT load at 1.2 PUE uses 105,120 MWh annually. A USD 10/MWh tariff increase adds USD 1.0512 million annual cost. Neither load, PUE nor tariff is disclosed here; this is a sensitivity example, not a site forecast.
Milestones that would change the assessment
Milestone
Evidence to watch
Scope and capital
Reconcile campus and portfolio figures, accepted versus potential capacity, and property versus equipment funding.
Electrical and cooling acceptance
Commissioned facilities, accepted electrical service and productive AI workloads. Equipment delivery, construction completion and commissioning are separate steps.
Commercial productivity
Useful workloads or billable customer capacity, with operating costs and renewal obligations included.
Counterparty attribution
Named binding service and procurement terms before estimating participant earnings.
What could break the investment case?
Our analysis: Budget scope changes, electrical delays and concentrated owner demand can alter returns. Renewable support is not a disclosure of campus load or tariff. Construction participants are not assumed to have guaranteed margins.
What would change our view?
Our analysis: Dated acceptance, disciplined incremental capital and useful output at competitive resource cost would strengthen our assessment. Idle equipment, repeated delivery slippage or capital and renewal spending ahead of economic benefits would weaken it. We change the stage only on project-specific evidence, and would improve public-company financial attribution only with contract scope and cash-flow detail. A larger headline by itself would not justify a stronger return conclusion.
What remains unknown
Current accepted IT and facility MW, workload mix, utilization, site-attributable income, contract prices, tariffs, hardware renewal schedule and phase-specific capital allocation remain unestablished in the reviewed sources unless explicitly disclosed above. Targets remain expectations until confirmed. The map pin represents the locality rather than a verified individual building. Supplier, fund and corporate exposures must be modeled separately.
Project research for information, not a buy recommendation. Financial illustrations use assumptions, not disclosed site results or management guidance.
Meta director’s year-end 2026 completion estimate for two additions; verify completion, energization and acceptance separately.
Reviewed
October 6, 2026
Expanded analysis · Original disclosures linked below · CAD and USD preserved as labeled · Company statements attributed; interpretations labeled.
The one-minute investment takeaway
Our analysis: A recent operating milestone shifts attention to efficiency. Kuna adds Idaho with dated online evidence, giving the tracker a clearer stage than a construction target. Useful output, actual resource costs and replacement spending now become the central tests.
Readiness basis: Classification of evidence in the reviewed profile; strongest documented phase, not full-campus completion. Meta announced online and serving traffic September 3, 2026 Readiness source →
What the sources establish
Operating milestone.Meta’s September 3, 2026 release states Kuna is online and serving traffic after a 2022 groundbreaking, with more than USD 1.2 billion local investment. Primary source →
Resources. The release names Idaho Power and its Clean Energy Your Way tariff, and describes closed-loop liquid cooling with no cooling water for most of the year. Its 645 MW renewable-support figure is not campus IT capacity. Primary source →
Who receives the money?
Our analysis of disclosed roles. Revenue routes are business-model interpretations, not estimates of booked project revenue.
Accepted useful capacity and net contribution after resource and renewal costs.
Named service and construction participants
Contract-specific delivery and recurring service roles
Actual contract, tariff or purchase terms; participation is not booked profit.
Equipment suppliers not established here
Potential procurement and renewal spending
Named awarded orders before attributing public-company project revenue.
How financially meaningful is it?
Our analysis: Operating acceptance reduces one development uncertainty while leaving capacity utilization and economic contribution unquantified. Closed-loop cooling may lower recurring water needs, but pumps, heat rejection, maintenance and seasonal conditions still consume resources. The operator’s claim about most of the year must not become an absolute zero-water label. Meta also describes investment in local water and wastewater systems; the spending boundary must be checked before adding that sum to its overall investment headline. Idaho Power provides a public-market link through IDACORP, with utility earnings governed by actual service agreements and regulatory recovery rather than Meta’s product success. For Meta, the payoff is useful computing after facilities, power, staff and hardware renewal. An online announcement does not disclose the site’s AI share.
How to test the economics
Computing contribution equals customer or product benefit minus power, network, facility operation, financing and equipment renewal. Model long-lived buildings separately from shorter-lived computing assets.
Hypothetical illustration: 10 MW steady IT load at 1.2 PUE uses 105,120 MWh annually. A USD 10/MWh tariff increase adds USD 1.0512 million annual cost. Neither load, PUE nor tariff is disclosed here; this is a sensitivity example, not a site forecast.
Milestones that would change the assessment
Milestone
Evidence to watch
Scope and capital
Reconcile campus and portfolio figures, accepted versus potential capacity, and property versus equipment funding.
Electrical and cooling acceptance
Useful operating load, measured resource consumption and utility cost allocation. Equipment delivery, construction completion and commissioning are separate steps.
Commercial productivity
Useful workloads or billable customer capacity, with operating costs and renewal obligations included.
Counterparty attribution
Named binding service and procurement terms before estimating participant earnings.
What could break the investment case?
Our analysis: An operating campus can carry low utilization or high ongoing renewal costs. Seasonal cooling needs and local infrastructure obligations can create expenses beyond headline efficiency claims.
What would change our view?
Our analysis: Dated acceptance, disciplined incremental capital and useful output at competitive resource cost would strengthen our assessment. Idle equipment, repeated delivery slippage or capital and renewal spending ahead of economic benefits would weaken it. We change the stage only on project-specific evidence, and would improve public-company financial attribution only with contract scope and cash-flow detail. A larger headline by itself would not justify a stronger return conclusion.
What remains unknown
Current accepted IT and facility MW, workload mix, utilization, site-attributable income, contract prices, tariffs, hardware renewal schedule and phase-specific capital allocation remain unestablished in the reviewed sources unless explicitly disclosed above. Targets remain expectations until confirmed. The map pin represents the locality rather than a verified individual building. Supplier, fund and corporate exposures must be modeled separately.
Project research for information, not a buy recommendation. Financial illustrations use assumptions, not disclosed site results or management guidance.
Corporate evidence now separates Meta’s campus ownership/operator role, Idaho Power’s Brisbie electric-service counterparty role and Hensel Phelps’ historical construction role. The 2023 regulatory order accepts contract revisions, not measured campus IT load. Meta reported the campus online on September 3, 2026; its 645 MW figure describes supporting renewable projects, not IT capacity. Official quarterly statements provide company-wide context, not site earnings.
Two additions remain a separate construction phase
Meta’s September opening announcement applies to its original Kuna campus, not every later addition. BoiseDev documented two rapid-deployment structures under construction on October 15. A Meta development director told the publication he expected both to be finished by year-end. Their capacity and cost were not disclosed; no commissioning or electrical acceptance for the additions was established.
Evidence checked October 18, 2026. The 2023 utility order covers electric-service contract revisions, not permission or commissioning for these additions. Original campus cooling disclosures must not be assumed to apply to later structures.
Aiken, South Carolina — representative locality pin
Readiness
Under construction
Status
AI-optimized campus announced and groundbroken 2024; operation unverified
Confirmed companies
Meta; Aiken Electric Cooperative; DPR Construction
Next milestone
Dated electrical and facility commissioning, plus accepted useful computing
Reviewed
October 6, 2026
Expanded analysis · Original disclosures linked below · CAD and USD preserved as labeled · Company statements attributed; interpretations labeled.
The one-minute investment takeaway
Our analysis: Cooperative utility exposure deserves its own model. Aiken provides a named electricity counterparty and an AI-oriented development, but neither a public utility ticker nor an operating milestone should be inferred from those facts.
Readiness basis: Classification of evidence in the reviewed profile; strongest documented phase, not full-campus completion. AI-optimized campus announced and groundbroken 2024; operation unverified Readiness source →
What the sources establish
Development scope.Meta’s August 2024 release announces an AI-optimized Aiken campus with investment exceeding USD 800 million and identifies Aiken Electric Cooperative and DPR Construction. Primary source →
Current listing. The current operator directory retains the USD 800 million-plus investment headline and a 2024 groundbreaking. A directory listing does not establish commissioning. Primary source →
Who receives the money?
Our analysis of disclosed roles. Revenue routes are business-model interpretations, not estimates of booked project revenue.
Accepted useful capacity and net contribution after resource and renewal costs.
Named service and construction participants
Contract-specific delivery and recurring service roles
Actual contract, tariff or purchase terms; participation is not booked profit.
Equipment suppliers not established here
Potential procurement and renewal spending
Named awarded orders before attributing public-company project revenue.
How financially meaningful is it?
Our analysis: Aiken Electric Cooperative is a named service participant, not a publicly traded investor-owned utility to which shareholder rate-base returns can simply be assigned. Cost allocation, delivery obligations and power procurement still matter to Meta’s long-run computing cost. The construction headline gives scale but does not separate buildings, equipment and infrastructure. A staged development can spend on common electrical capacity before useful customer workloads arrive. Investors should look for the commissioned phase and resource-service boundary, then compare productive computing benefits with running and renewal expenses. DPR’s named construction role establishes participation without revealing contract profitability. The owner’s future AI workloads may increase density and power needs; AI-optimized design is relevant preparation rather than proof of a specific deployed accelerator inventory.
How to test the economics
Computing contribution equals customer or product benefit minus power, network, facility operation, financing and equipment renewal. Model long-lived buildings separately from shorter-lived computing assets.
Hypothetical illustration: 10 MW steady IT load at 1.2 PUE uses 105,120 MWh annually. A USD 10/MWh tariff increase adds USD 1.0512 million annual cost. Neither load, PUE nor tariff is disclosed here; this is a sensitivity example, not a site forecast.
Milestones that would change the assessment
Milestone
Evidence to watch
Scope and capital
Reconcile campus and portfolio figures, accepted versus potential capacity, and property versus equipment funding.
Electrical and cooling acceptance
Dated electrical and facility commissioning, plus accepted useful computing. Equipment delivery, construction completion and commissioning are separate steps.
Commercial productivity
Useful workloads or billable customer capacity, with operating costs and renewal obligations included.
Counterparty attribution
Named binding service and procurement terms before estimating participant earnings.
What could break the investment case?
Our analysis: Cooperative service obligations, electrical timing and hardware delivery can constrain utilization. Campus investment and construction jobs cannot be converted into annual corporate earnings.
What would change our view?
Our analysis: Dated acceptance, disciplined incremental capital and useful output at competitive resource cost would strengthen our assessment. Idle equipment, repeated delivery slippage or capital and renewal spending ahead of economic benefits would weaken it. We change the stage only on project-specific evidence, and would improve public-company financial attribution only with contract scope and cash-flow detail. A larger headline by itself would not justify a stronger return conclusion.
What remains unknown
Current accepted IT and facility MW, workload mix, utilization, site-attributable income, contract prices, tariffs, hardware renewal schedule and phase-specific capital allocation remain unestablished in the reviewed sources unless explicitly disclosed above. Targets remain expectations until confirmed. The map pin represents the locality rather than a verified individual building. Supplier, fund and corporate exposures must be modeled separately.
Project research for information, not a buy recommendation. Financial illustrations use assumptions, not disclosed site results or management guidance.
Measured peak resource performance, accepted expansion scope and useful workloads
Reviewed
October 6, 2026
Expanded analysis · Original disclosures linked below · CAD and USD preserved as labeled · Company statements attributed; interpretations labeled.
The one-minute investment takeaway
Our analysis: Desert operations make resource-adjusted computing cost important. Mesa offers a dated operating campus in Arizona. Its renewable relationship is documented, while actual campus load, cooling performance and site earnings remain undisclosed.
Readiness basis: Classification of evidence in the reviewed profile; strongest documented phase, not full-campus completion. Meta announced online and serving traffic January 30, 2025 Readiness source →
What the sources establish
Online evidence.Meta’s January 30, 2025 announcement says Mesa is operational and serving traffic, with more than USD 1 billion investment when fully built out. Primary source →
Energy boundary. The release names SRP and describes three renewable projects totaling 450 MW. That generation-support figure is not the data center’s IT load or measured electrical demand. Primary source →
Who receives the money?
Our analysis of disclosed roles. Revenue routes are business-model interpretations, not estimates of booked project revenue.
Accepted useful capacity and net contribution after resource and renewal costs.
Named service and construction participants
Contract-specific delivery and recurring service roles
Actual contract, tariff or purchase terms; participation is not booked profit.
Equipment suppliers not established here
Potential procurement and renewal spending
Named awarded orders before attributing public-company project revenue.
How financially meaningful is it?
Our analysis: Operating in a hot climate increases the importance of measured thermal performance under peak conditions, but climate alone does not establish that the campus is inefficient. The relevant cost includes energy, cooling equipment, maintenance, water obligations and hardware renewal per unit of useful computing. SRP is a distinct utility organization and should not be assigned an invented public-market ticker. Renewable-project nameplate MW cannot be treated as continuously delivered energy, hourly matching or campus computing capacity. Meta’s products monetize compute across its system; neither the local investment headline nor the number of operational jobs discloses campus contribution. Additional phases should be analyzed separately from the January 2025 online milestone, with clear capital allocation and service acceptance.
How to test the economics
Computing contribution equals customer or product benefit minus power, network, facility operation, financing and equipment renewal. Model long-lived buildings separately from shorter-lived computing assets.
Hypothetical illustration: 10 MW steady IT load at 1.2 PUE uses 105,120 MWh annually. A USD 10/MWh tariff increase adds USD 1.0512 million annual cost. Neither load, PUE nor tariff is disclosed here; this is a sensitivity example, not a site forecast.
Milestones that would change the assessment
Milestone
Evidence to watch
Scope and capital
Reconcile campus and portfolio figures, accepted versus potential capacity, and property versus equipment funding.
Electrical and cooling acceptance
Measured peak resource performance, accepted expansion scope and useful workloads. Equipment delivery, construction completion and commissioning are separate steps.
Commercial productivity
Useful workloads or billable customer capacity, with operating costs and renewal obligations included.
Counterparty attribution
Named binding service and procurement terms before estimating participant earnings.
What could break the investment case?
Our analysis: Peak thermal conditions, resource upgrades and equipment renewal can alter cost. Renewable capacity supports an energy relationship but does not guarantee low tariffs or continuous physical supply.
What would change our view?
Our analysis: Dated acceptance, disciplined incremental capital and useful output at competitive resource cost would strengthen our assessment. Idle equipment, repeated delivery slippage or capital and renewal spending ahead of economic benefits would weaken it. We change the stage only on project-specific evidence, and would improve public-company financial attribution only with contract scope and cash-flow detail. A larger headline by itself would not justify a stronger return conclusion.
What remains unknown
Current accepted IT and facility MW, workload mix, utilization, site-attributable income, contract prices, tariffs, hardware renewal schedule and phase-specific capital allocation remain unestablished in the reviewed sources unless explicitly disclosed above. Targets remain expectations until confirmed. The map pin represents the locality rather than a verified individual building. Supplier, fund and corporate exposures must be modeled separately.
Project research for information, not a buy recommendation. Financial illustrations use assumptions, not disclosed site results or management guidance.
Arizona government record check
Reviewed October 7, 2026 · Matched legal entity and city agreement record
Mesa file 21-0552 concerns development and sustainable water-service agreements with Redale LLC for approximately 396 acres southeast of Elliot and Ellsworth Roads. The city’s public legislative API records a passed date of May 17, 2021, although the public item page still displays Agenda Ready and an empty action history. Meta’s 2024 subsidiary exhibit names Redale LLC, and independent reporting ties Redale’s Mesa development to Meta. This strengthens the project-entity match. The water agreement attachment was identified but its complete terms were not retrieved; no contractual allowance is reported as actual consumption. The agreement action does not establish completion of later phases or energized IT MW.
Targeted record screen; air permits, building completion and project-specific power service remain unverified in this review. Readiness is based on the separately cited project evidence.
Current accepted phases, reconciled capital scope and measured computing productivity
Reviewed
October 6, 2026
Expanded analysis · Original disclosures linked below · CAD and USD preserved as labeled · Company statements attributed; interpretations labeled.
The one-minute investment takeaway
Our analysis: A mature campus needs a current phase and capital reconciliation. Los Lunas extends New Mexico coverage beyond a power-dependent development proposal. The long-established footprint does not establish the acceptance state of every expansion.
Readiness basis: Classification of evidence in the reviewed profile; strongest documented phase, not full-campus completion. Existing campus with expansion disclosed in 2021; current phase acceptance unverified Readiness source →
What the sources establish
Historical expansion.Meta’s October 2021 release announced two more buildings and a nearly USD 2 billion fully built-out investment expectation at that time. This is historical scope, not a new 2026 milestone. Primary source →
Current capital headline. The current operator directory lists more than USD 2.5 billion investment and a 2016 groundbreaking. Do not add that headline to the earlier estimate or infer current operating MW. Primary source →
Who receives the money?
Our analysis of disclosed roles. Revenue routes are business-model interpretations, not estimates of booked project revenue.
Accepted useful capacity and net contribution after resource and renewal costs.
Named service and construction participants
Contract-specific delivery and recurring service roles
Actual contract, tariff or purchase terms; participation is not booked profit.
Equipment suppliers not established here
Potential procurement and renewal spending
Named awarded orders before attributing public-company project revenue.
How financially meaningful is it?
Our analysis: The higher current investment headline can reflect further construction, equipment or scope changes; the available disclosures do not reconcile the difference. Investors should model existing useful computing separately from the return on a prospective new phase. Reusing land, networks and staff may reduce marginal facility cost, while increasingly dense equipment may require substantial electrical and cooling changes. Historical water-stewardship figures should not be substituted for current withdrawal, peak availability or tariffs. Renewable-project MW also remain separate from the campus load. Meta’s public financial results can show corporate funding and product demand but cannot establish Los Lunas-specific revenue. Hardware renewal obligations may remain material long after the original facilities have opened.
How to test the economics
Computing contribution equals customer or product benefit minus power, network, facility operation, financing and equipment renewal. Model long-lived buildings separately from shorter-lived computing assets.
Hypothetical illustration: 10 MW steady IT load at 1.2 PUE uses 105,120 MWh annually. A USD 10/MWh tariff increase adds USD 1.0512 million annual cost. Neither load, PUE nor tariff is disclosed here; this is a sensitivity example, not a site forecast.
Milestones that would change the assessment
Milestone
Evidence to watch
Scope and capital
Reconcile campus and portfolio figures, accepted versus potential capacity, and property versus equipment funding.
Electrical and cooling acceptance
Current accepted phases, reconciled capital scope and measured computing productivity. Equipment delivery, construction completion and commissioning are separate steps.
Commercial productivity
Useful workloads or billable customer capacity, with operating costs and renewal obligations included.
Counterparty attribution
Named binding service and procurement terms before estimating participant earnings.
What could break the investment case?
Our analysis: Historical metrics can be mistaken for current conditions. Expansion headlines can be double counted, and mature facilities may incur substantial retrofit spending. Current AI workload share is not disclosed.
What would change our view?
Our analysis: Dated acceptance, disciplined incremental capital and useful output at competitive resource cost would strengthen our assessment. Idle equipment, repeated delivery slippage or capital and renewal spending ahead of economic benefits would weaken it. We change the stage only on project-specific evidence, and would improve public-company financial attribution only with contract scope and cash-flow detail. A larger headline by itself would not justify a stronger return conclusion.
What remains unknown
Current accepted IT and facility MW, workload mix, utilization, site-attributable income, contract prices, tariffs, hardware renewal schedule and phase-specific capital allocation remain unestablished in the reviewed sources unless explicitly disclosed above. Targets remain expectations until confirmed. The map pin represents the locality rather than a verified individual building. Supplier, fund and corporate exposures must be modeled separately.
Project research for information, not a buy recommendation. Financial illustrations use assumptions, not disclosed site results or management guidance.
Midlothian-specific capacity, incremental capital and workload economics
Reviewed
October 6, 2026
Expanded analysis · Original disclosures linked below · CAD and USD preserved as labeled · Company statements attributed; interpretations labeled.
The one-minute investment takeaway
Our analysis: A major Texas portfolio still needs campus-level attribution. Midlothian contributes an established location distinct from newly announced Texas sites. Statewide commitments give corporate context but do not measure this campus’s incremental return.
Readiness basis: Classification of evidence in the reviewed profile; strongest documented phase, not full-campus completion. Established Google campus; current operating load and expansion scope unknown Readiness source →
What the sources establish
Existing location.Google identifies Midlothian and Red Oak as existing Texas data center locations, with its first Midlothian investment in 2019. Primary source →
Investment boundary. Its Texas page describes USD 40 billion statewide investment through 2027 and additional locations across other counties. That is not a disclosed standalone Midlothian budget. Primary source →
Who receives the money?
Our analysis of disclosed roles. Revenue routes are business-model interpretations, not estimates of booked project revenue.
Accepted useful capacity and net contribution after resource and renewal costs.
Named service and construction participants
Contract-specific delivery and recurring service roles
Actual contract, tariff or purchase terms; participation is not booked profit.
Equipment suppliers not established here
Potential procurement and renewal spending
Named awarded orders before attributing public-company project revenue.
How financially meaningful is it?
Our analysis: A broad regional buildout can support connectivity, operational staffing and workload resilience, yet each facility has its own resource obligations and capital needs. Midlothian’s relevant return is useful cloud and product output after electricity, networking, facilities and equipment renewal. Google’s statewide USD 40 billion commitment cannot be divided among locations without a disclosed allocation, nor treated as cash already spent. An existing campus may be attractive for expansion if shared infrastructure can accommodate denser equipment at reasonable incremental cost. Conversely, power or cooling modifications may make a new site more efficient. The analysis requires measured operating load, proposed asset scope and an explicit useful-life assumption. No particular ERCOT tariff, GPU vendor or customer contract is inferred from the Texas location.
How to test the economics
Computing contribution equals customer or product benefit minus power, network, facility operation, financing and equipment renewal. Model long-lived buildings separately from shorter-lived computing assets.
Hypothetical illustration: 10 MW steady IT load at 1.2 PUE uses 105,120 MWh annually. A USD 10/MWh tariff increase adds USD 1.0512 million annual cost. Neither load, PUE nor tariff is disclosed here; this is a sensitivity example, not a site forecast.
Milestones that would change the assessment
Milestone
Evidence to watch
Scope and capital
Reconcile campus and portfolio figures, accepted versus potential capacity, and property versus equipment funding.
Electrical and cooling acceptance
Midlothian-specific capacity, incremental capital and workload economics. Equipment delivery, construction completion and commissioning are separate steps.
Commercial productivity
Useful workloads or billable customer capacity, with operating costs and renewal obligations included.
Counterparty attribution
Named binding service and procurement terms before estimating participant earnings.
What could break the investment case?
Our analysis: Statewide investment can overwhelm campus-level detail. Electrical costs, retrofit requirements and renewal cycles may affect returns independently of corporate AI demand.
What would change our view?
Our analysis: Dated acceptance, disciplined incremental capital and useful output at competitive resource cost would strengthen our assessment. Idle equipment, repeated delivery slippage or capital and renewal spending ahead of economic benefits would weaken it. We change the stage only on project-specific evidence, and would improve public-company financial attribution only with contract scope and cash-flow detail. A larger headline by itself would not justify a stronger return conclusion.
What remains unknown
Resolved registered expansion scopes, target dates and current filed cost estimates. Remaining: Building 5 address/cost disagreement with March reporting, actual construction progress, occupancy and IT commissioning for each phase, current IT/peak MW, hardware utilization, campus energy consumption and site earnings. PUE ratios and accessibility-register closure do not resolve these.
Project research for information, not a buy recommendation. Financial illustrations use assumptions, not disclosed site results or management guidance.
Readiness evidence update · October 14, 2026
Operating existing campus.Google identifies Midlothian as an existing Texas data-center location and publishes campus-specific PUE results, providing operating-performance evidence. The city financial report separately lists Google Midlothian as an employer. This supports existing-campus operation, not completion of every expansion or current IT MW.
This corrects our readiness classification; it does not report a new opening. Current accepted IT MW, utilization, site earnings and completion of all expansions remain unverified. No capacity or spending quantity is promoted into aggregate totals.
Google identifies Midlothian and Red Oak as existing Texas data-center locations. Its statewide investment program is not an allocated Midlothian budget.
Google reports campus-specific Midlothian PUE values for dated reporting periods, supporting operation of the existing campus. A PUE ratio is not operating IT MW, utilization, or evidence of every expansion’s completion.
The principal-employers table lists Google Midlothian. This supports an established local footprint; the statistical schedule is unaudited and is not an operating permit or current capacity certificate.
Capacity, utilization and expansion gap review · October 14, 2026
Building 4 and Building 5 are different phases
The Building 4 state record is closed and lists a December 31, 2025 completion date. Building 5 remains registered with a February 24, 2027 filed target and 288,000 square feet. Accessibility-register closure and filed dates do not certify occupancy or IT commissioning.
Cost and address conflict retained
The current Building 5 record lists estimated cost $491,727,252 and 3411 Railport Parkway. March 2026 reporting gives $880 million and 3441 Railport Parkway. FJI retains both dated claims; a cost reduction or revision date is not established.
Measured efficiency, not utilization
Google reports Q2 2026 PUE 1.12 quarterly and 1.11 over the trailing twelve months. These ratios strengthen evidence of operating performance but do not resolve IT MW or hardware utilization.
Remaining questions
Resolved registered expansion scopes, target dates and current filed cost estimates. Remaining: Building 5 address/cost disagreement with March reporting, actual construction progress, occupancy and IT commissioning for each phase, current IT/peak MW, hardware utilization, campus energy consumption and site earnings. PUE ratios and accessibility-register closure do not resolve these.
Groundbreaking disclosed September 2025; 2026 operating target unverified
Confirmed companies
SoftBank; OpenAI
Next milestone
Dated 2026-target confirmation, site capacity allocation and commercial acceptance
Reviewed
October 6, 2026
Expanded analysis · Original disclosures linked below · CAD and USD preserved as labeled · Company statements attributed; interpretations labeled.
The one-minute investment takeaway
Our analysis: A named 2026 target needs delivered service evidence. Lordstown offers an Ohio development backed by major AI infrastructure participants, but portfolio capacity must be separated from campus capacity before valuation.
Readiness basis: Classification of evidence in the reviewed profile; strongest documented phase, not full-campus completion. Groundbreaking disclosed September 2025; 2026 operating target unverified Readiness source →
What the sources establish
Named development. SoftBank’s September 24, 2025 release identifies Lordstown and Milam as SoftBank / OpenAI developments, with groundbreaking and operation expected the following year. The resulting 2026 target remains unverified. Primary source →
Scope and participants. The same release places 1.5 GW across the two SoftBank-developed sites and separately describes Oracle-developed locations. Neither the combined capacity nor Oracle’s separate role is assigned entirely to Lordstown. Primary source →
Who receives the money?
Our analysis of disclosed roles. Revenue routes are business-model interpretations, not estimates of booked project revenue.
Company / exposure
Economic role
What investors need to establish
SoftBank
Owner or operator of the disclosed infrastructure
Accepted useful capacity and net contribution after resource and renewal costs.
Named service and construction participants
Contract-specific delivery and recurring service roles
Actual contract, tariff or purchase terms; participation is not booked profit.
Equipment suppliers not established here
Potential procurement and renewal spending
Named awarded orders before attributing public-company project revenue.
How financially meaningful is it?
Our analysis: The developer and computing customer have different economic exposures: delivering a powered facility can generate property or service contribution, while useful AI computing must cover facility charges, electricity, networking and hardware renewal. The disclosed partnership does not provide every ownership, lease or financing term, so an investor model should state which cash flows remain assumptions. SoftBank’s public stock provides corporate exposure to a broad group rather than a pure investment in Lordstown. The 1.5 GW combined figure cannot be multiplied by campus rent or allocated equally without evidence. An original 2026 target can be informative even late in the year, but it requires dated confirmation of commissioned facilities, accepted power and workloads. Oracle participation at other Stargate sites is not proof of an Oracle lease here.
How to test the economics
Computing contribution equals customer or product benefit minus power, network, facility operation, financing and equipment renewal. Model long-lived buildings separately from shorter-lived computing assets.
Hypothetical illustration: 10 MW steady IT load at 1.2 PUE uses 105,120 MWh annually. A USD 10/MWh tariff increase adds USD 1.0512 million annual cost. Neither load, PUE nor tariff is disclosed here; this is a sensitivity example, not a site forecast.
Milestones that would change the assessment
Milestone
Evidence to watch
Scope and capital
Reconcile campus and portfolio figures, accepted versus potential capacity, and property versus equipment funding.
Electrical and cooling acceptance
Dated 2026-target confirmation, site capacity allocation and commercial acceptance. Equipment delivery, construction completion and commissioning are separate steps.
Commercial productivity
Useful workloads or billable customer capacity, with operating costs and renewal obligations included.
Counterparty attribution
Named binding service and procurement terms before estimating participant earnings.
What could break the investment case?
Our analysis: Portfolio capacity and commercial roles can be misallocated. Power, buildings and hardware may arrive on different schedules, while the original target may change without a public update.
What would change our view?
Our analysis: Dated acceptance, disciplined incremental capital and useful output at competitive resource cost would strengthen our assessment. Idle equipment, repeated delivery slippage or capital and renewal spending ahead of economic benefits would weaken it. We change the stage only on project-specific evidence, and would improve public-company financial attribution only with contract scope and cash-flow detail. A larger headline by itself would not justify a stronger return conclusion.
What remains unknown
Current accepted IT and facility MW, workload mix, utilization, site-attributable income, contract prices, tariffs, hardware renewal schedule and phase-specific capital allocation remain unestablished in the reviewed sources unless explicitly disclosed above. Targets remain expectations until confirmed. The map pin represents the locality rather than a verified individual building. Supplier, fund and corporate exposures must be modeled separately.
Project research for information, not a buy recommendation. Financial illustrations use assumptions, not disclosed site results or management guidance.
In September 21, 2026 village testimony, company representatives described a modular R&D proof-of-concept, a before-year-end operating target and a foundation they said was in place. Those assertions are not independent inspection or commissioning evidence. Posted October 5 minutes record a 6–0 vote for Ordinance 57-2026, authorizing a cost-funding agreement on a non-emergency basis, effective 30 days after passage; site-plan requirements remained open. The signed agreement, current acceptance and complete corporate participant mapping remain unverified.
Equipment commitment and property financing announced 2025; operation unverified
Confirmed companies
CoreWeave; Chirisa Technology Parks; Machine Investment Group; Blue Owl-managed funds
Next milestone
Phase acceptance, contracted computing demand and reconciled property versus equipment capital
Reviewed
October 6, 2026
Expanded analysis · Original disclosures linked below · CAD and USD preserved as labeled · Company statements attributed; interpretations labeled.
The one-minute investment takeaway
Our analysis: Property capital and GPU economics need separate underwriting. Lancaster adds a specific cloud tenant, developers and managed-fund financing. Its return depends on synchronized acceptance and profitable computing, not the sum of two investment headlines.
Readiness basis: Classification of evidence in the reviewed profile; strongest documented phase, not full-campus completion. Equipment commitment and property financing announced 2025; operation unverified Readiness source →
What the sources establish
Computing investment. CoreWeave’s July 2025 release states an intention to invest up to USD 6 billion equipping a Lancaster site, initially 100 MW with 300 MW potential, developed with Chirisa Technology Parks and Machine Investment Group. Primary source →
Separate property capital. A September 2025 adviser release describes a USD 4 billion joint venture involving Blue Owl-managed funds, Chirisa and Machine. Property funding and CoreWeave’s equipment intention are separate scopes, not automatically USD 10 billion spent. Primary source →
Who receives the money?
Our analysis of disclosed roles. Revenue routes are business-model interpretations, not estimates of booked project revenue.
Company / exposure
Economic role
What investors need to establish
CoreWeave
GPU cloud tenant and equipment investor
Net computing contribution after rent, power, financing and renewal.
Chirisa / Machine
Named campus developers
Construction delivery, accepted rent and allocated capital.
Blue Owl-managed funds
Property financing / investment participant
Fund economics and tenant exposure; distinguish OWL corporate fee income.
How financially meaningful is it?
Our analysis: CoreWeave monetizes rented computing after hardware, electricity, facility payments, networking and financing. The property investment earns through its own contracted rents and service contribution, with tenant credit and acceptance as major risks. Blue Owl-managed funds investing in a property structure do not imply that the public manager owns all campus capital or receives all rent; fees and fund returns are distinct. Initial 100 MW and potential 300 MW should be treated as phases until their electrical definition and delivery state are clarified. Equipment commitments can include assets with a much shorter economic life than the building. A property may be technically ready before useful GPUs arrive, while purchased GPUs can also sit idle awaiting power. Investors need a matched phase schedule and sources-and-uses model for both sides.
How to test the economics
Computing contribution equals customer or product benefit minus power, network, facility operation, financing and equipment renewal. Model long-lived buildings separately from shorter-lived computing assets.
Hypothetical illustration: 10 MW steady IT load at 1.2 PUE uses 105,120 MWh annually. A USD 10/MWh tariff increase adds USD 1.0512 million annual cost. Neither load, PUE nor tariff is disclosed here; this is a sensitivity example, not a site forecast.
Milestones that would change the assessment
Milestone
Evidence to watch
Scope and capital
Reconcile campus and portfolio figures, accepted versus potential capacity, and property versus equipment funding.
Electrical and cooling acceptance
Phase acceptance, contracted computing demand and reconciled property versus equipment capital. Equipment delivery, construction completion and commissioning are separate steps.
Commercial productivity
Useful workloads or billable customer capacity, with operating costs and renewal obligations included.
Counterparty attribution
Named binding service and procurement terms before estimating participant earnings.
What could break the investment case?
Our analysis: Leverage, tenant concentration, falling compute prices and fast hardware renewal can pressure CoreWeave economics. Property investors face delivery and tenant-credit risk. Financing announcements do not prove drawdown or completion.
What would change our view?
Our analysis: Dated acceptance, disciplined incremental capital and useful output at competitive resource cost would strengthen our assessment. Idle equipment, repeated delivery slippage or capital and renewal spending ahead of economic benefits would weaken it. We change the stage only on project-specific evidence, and would improve public-company financial attribution only with contract scope and cash-flow detail. A larger headline by itself would not justify a stronger return conclusion.
What remains unknown
Current accepted IT and facility MW, workload mix, utilization, site-attributable income, contract prices, tariffs, hardware renewal schedule and phase-specific capital allocation remain unestablished in the reviewed sources unless explicitly disclosed above. Targets remain expectations until confirmed. The map pin represents the locality rather than a verified individual building. Supplier, fund and corporate exposures must be modeled separately.
Project research for information, not a buy recommendation. Financial illustrations use assumptions, not disclosed site results or management guidance.
February 2026 memorandum of understanding; financed construction and operation unverified
Confirmed companies
AmForge; Inuit Development Company
Next milestone
Permits, binding power and cable commitments, funded first phase and named compute demand
Reviewed
October 6, 2026
Expanded analysis · Original disclosures linked below · DKK and illustrative USD preserved as labeled · Company statements attributed; interpretations labeled.
The one-minute investment takeaway
Our analysis: Greenland offers a credible infrastructure theme but this particular campus remains an early proposal. The developer announcement joins hydropower, a subsea cable and AI computing, making delivery dependent on several large assets. A memorandum establishes a partnership intention; it does not establish funded construction, a permitted generation project or a contracted tenant.
Readiness basis: Classification of evidence in the reviewed profile; strongest documented phase, not full-campus completion. February 2026 memorandum of understanding; financed construction and operation unverified Readiness source →
What the sources establish
Partnership evidence. AmForge and Inuit Development Company announced a memorandum of understanding signed February 9, 2026 in Kangerlussuaq. The proposed deployment is phased across energy generation and data center capacity. Primary source →
Connectivity and power scope. The announcement includes a project-specific subsea data cable and prospective Arctic hydroelectric power. It provides no verified operating MW, contracted tenant, capital-close detail or commissioning schedule. Primary source →
Who receives the money?
Our analysis of disclosed roles. Revenue routes are business-model interpretations, not estimates of booked project revenue.
Company / exposure
Economic role
What investors need to establish
AmForge / Inuit Development Company
Named proposed developers
Legal ownership, equity contributions, financing, permits and binding customer contracts.
Concessions, construction funding, completion protections and delivered service costs.
Computing tenants and hardware suppliers
Not established in the reviewed announcement
Named accepted contracts before inferring a public-company order or revenue.
How financially meaningful is it?
Our analysis: the first investment question is whether a commercially useful initial phase can carry the cost of its enabling infrastructure. Hydropower, transmission, cable landing, international connectivity and the computing facility have different completion risks and asset lives. A large long-lived hydro asset may need reliable offtake before financing, while the compute tenant may require a firm power and network service date before committing. That circular dependency needs contractual solutions, phased funding and credible completion guarantees. Cold ambient temperatures can help heat rejection, but they do not eliminate pumps, maintenance, backup power or network cost. Remote logistics and a limited local contractor base may influence capital and operating reserves; these are diligence concerns, not measured project expenses. Training and latency-sensitive inference require different connectivity assessments. No public hyperscaler, accelerator vendor or listed developer is assigned without evidence. Underwrite power, network and computing separately, then reconcile transfer prices and who absorbs delays.
How to test the economics
Integrated project cash flow equals external power, network and computing receipts minus the full delivery, resource, maintenance, financing and renewal costs. Internal payments among related assets must cancel in a consolidated model. Evaluate each phase with its allocated common infrastructure and contingency.
Hypothetical illustration: USD 500 million of drawn development capital at an 8% annual funding cost incurs USD 40 million of carrying cost during a one-year delay before income. Neither budget, rate nor delay is disclosed for this proposal. This tests schedule sensitivity, not project value.
Milestones that would change the assessment
Milestone
Evidence to watch
Rights and permits
Documented land rights, hydro concession, environmental decisions, transmission and cable authorizations; partnership intent is not approval.
Binding demand
Named tenant or offtaker, term, price, credit quality and delivery protections.
Capital close
Funded first-phase sources and uses, contingencies and responsibility for common infrastructure.
Integrated acceptance
Reliable electricity, international connectivity, commissioned cooling and productive computing accepted together.
What could break the investment case?
Our analysis: Power generation, cable construction and compute demand can each constrain the others. Glacier-flow claims require hydrological and environmental review, while cable route resilience requires engineering evidence. Private partnership intentions can precede a bankable funding package by years. A global scale superlative gives no evidence of attainable returns.
What would change our view?
Our analysis: A funded, permitted initial phase with binding demand and credible power and cable completion arrangements would strengthen the case. Repeated announcements without rights, capital or offtake would weaken it. We would revise stage only after dated project-specific evidence. Generic Greenland hydropower tenders and other local data centers do not establish this proposal’s delivery.
What remains unknown
Land control, hydro project identity and concession, environmental approvals, binding power offtake, cable route and supplier, financing commitments, investment currency, first-phase MW, tenant, equipment orders and operating date remain unestablished. Map pin is Kangerlussuaq generally. No public stock is assigned to these private developers.
Project research for information, not a buy recommendation. Financial illustrations use assumptions, not disclosed site results or management guidance.
Groundbreaking reported March 2025; contractor topping-out update in 2026; first-half 2027 use target unconfirmed
Confirmed companies
Tusass; Permagreen; Johnson Controls, reported technical participant; COWI, reported adviser
Next milestone
Technical commissioning, resilience testing and migration of critical telecom systems
Reviewed
October 6, 2026
Expanded analysis · Original disclosures linked below · DKK and illustrative USD preserved as labeled · Company statements attributed; interpretations labeled.
The one-minute investment takeaway
Our analysis: this is a tangible construction project with a primarily domestic telecom purpose. It adds useful Greenland infrastructure coverage, but it should not be counted as a confirmed hyperscale AI training campus. The payoff is more reliable communication and reduced operational vulnerability rather than a disclosed GPU cloud lease.
Readiness basis: Classification of evidence in the reviewed profile; strongest documented phase, not full-campus completion. Groundbreaking reported March 2025; contractor topping-out update in 2026; first-half 2027 use target unconfirmed Readiness source →
What the sources establish
Original scope. DCD reported a DKK 155 million Qinngorput facility in February 2025, primarily for Tusass operational security, with an original late-2026 delivery expectation. Tier III-quality design is not verified certification. Independent reporting →
Construction evidence. DCD reported first blasting on March 3, 2025, named Permagreen as builder and Johnson Controls among technical installation participants. Completion was then described as 2027. Independent reporting →
Newer contractor target. Permagreen’s public topping-out update describes a January 27 ceremony and targets Tusass use in the first half of 2027. This participant statement is construction evidence and an expectation, not commissioning confirmation. Primary source →
Who receives the money?
Our analysis of disclosed roles. Revenue routes are business-model interpretations, not estimates of booked project revenue.
Company / exposure
Economic role
What investors need to establish
Tusass
State-owned telecom infrastructure user
Availability, avoided outage losses and service cost relative to capital and maintenance.
Permagreen / local construction participants
Named building and delivery participants
Contracted scope, completion and accepted work; contract margins undisclosed.
Johnson Controls
Reported technical installation participant
Award value, acceptance and service terms; no project profit estimate.
COWI / advisers
Reported design and advisory relationships
Contract scope and receipts; professional services are separate from asset ownership.
How financially meaningful is it?
Our analysis: domestic communications resilience can justify investment without hyperscale export computing. Assess avoided service interruptions, reduced recovery time, secure operation and any savings from consolidating infrastructure. Those benefits need credible operational baselines; they are not directly observable from a building budget. Redundancy may increase initial capital and maintenance while reducing the expected cost of outages. The DKK 155 million building and technical installation figure should not be combined with Tusass’s broader network strategy as though all spending belonged to this facility. State ownership also means societal service objectives and commercial financial return may differ. Johnson Controls provides a reported listed-supplier connection, but contract size and recognized margin remain unknown. The updated first-half 2027 expectation is more informative than repeating the original late-2026 target. Physical construction progress and an operational migration remain separate milestones.
How to test the economics
Resilience value equals avoided outage losses plus operating efficiencies and incremental service contribution minus capital recovery, maintenance, backup power, network and renewal costs. Distinguish Tusass asset economics from contractor receipts and wider societal benefits.
Hypothetical illustration: DKK 155 million of capital carrying a 6% annual funding cost implies DKK 9.3 million annual carrying expense before operating benefits. A six-month delay adds DKK 4.65 million on a fully drawn balance. The rate and drawdown are assumptions, not Tusass financing terms.
Milestones that would change the assessment
Milestone
Evidence to watch
Remaining construction
Dated completion of building and technical installations after topping-out.
Resilience acceptance
Tested electrical and cooling redundancy, backup systems and disaster-recovery procedures.
Operational migration
Critical telecom systems transferred and service continuity demonstrated.
Economic assessment
Actual project spend, running costs and measurable availability improvement against a baseline.
What could break the investment case?
Our analysis: Remote procurement and specialized maintenance can increase delivery and lifecycle costs. A completed structure may still need prolonged system testing and migration. Tier III-quality language must not be mistaken for third-party certification. The project’s importance to communications does not establish a dedicated AI workload.
What would change our view?
Our analysis: Dated commissioning, safe migration and measured availability improvements within a reconciled budget would strengthen the assessment. Repeated schedule changes, technical rework or unmeasured resilience benefits would weaken it. A separately documented AI tenant could broaden its computing relevance, but no such tenant is presumed.
What remains unknown
Current commissioned IT MW, actual capital spent, financing terms, technical supplier contract values, certification status, electrical tariff, exact operating date and measured outage reduction remain undisclosed here. Timing is a contractor target, not confirmed completion. The pin represents Qinngorput generally. Tusass is not assigned an invented publicly traded symbol.
Project research for information, not a buy recommendation. Financial illustrations use assumptions, not disclosed site results or management guidance.
Billable cabinet utilization, connectivity adoption and density upgrade economics
Reviewed
October 6, 2026
Expanded analysis · Original disclosures linked below · CAD and USD preserved as labeled · Company statements attributed; interpretations labeled.
The one-minute investment takeaway
Our analysis: A central Canadian node needs recurring service demand. WI1 extends coverage into Manitoba and offers a disclosed facility specification. It should be valued as colocation and connectivity infrastructure, rather than an assumed hyperscale model-training cluster.
Readiness basis: Classification of evidence in the reviewed profile; strongest documented phase, not full-campus completion. Existing operator-listed IBX; current billable capacity undisclosed Readiness source →
What the sources establish
Facility scope.Equinix lists WI1 at 1450 Waverley Street with 25,005 square feet of colocation space, N+1 UPS and generator redundancy, and at least 30 hours generator autonomy at full load. Primary source →
Network products. The page lists cross-connects, internet access and Equinix Fabric products. These are service availability claims, not measured network volumes, campus IT MW or earnings. Primary source →
Who receives the money?
Our analysis of disclosed roles. Revenue routes are business-model interpretations, not estimates of booked project revenue.
Billable cabinets, accepted power and net recurring contribution.
Customers and network carriers
Lease, service and interconnection counterparties
Contract duration, concentrations and actual traffic; no specific tenant is inferred.
Equipment and utility suppliers
Potential infrastructure and renewal receipts
Named contracts before attributing project revenue or profit.
How financially meaningful is it?
Our analysis: Winnipeg can support regional enterprise, network and disaster-recovery use cases, but customer commitments must establish which use cases actually pay. The facility’s published square footage describes space rather than electrical revenue capacity. Underwrite accepted cabinet power and cross-connect contribution, deducting support, maintenance and local staffing. An N+1 configuration may improve availability while increasing capital and maintenance obligations; it does not quantify the probability or cost of outages. Equinix Fabric availability can support connectivity economics, yet platform availability alone does not establish local adoption or utilization. New high-density customers could require electrical and thermal upgrades outside the ordinary cabinet rate. Investors should compare incremental net service contribution with the capital required to accommodate those customers, while treating Equinix-wide operating metrics as context rather than a WI1 income statement.
How to test the economics
Facility yield equals accepted rent plus net service contribution minus operating, maintenance and financing costs, relative to all allocated delivery capital.
Hypothetical illustration: 100 billable cabinets at CAD 1,500 per cabinet-month produce CAD 1.8 million annual receipts before costs. A 25% lower billable count reduces receipts to CAD 1.35 million. Cabinet count, pricing and occupancy are assumptions, not disclosed site results.
Milestones that would change the assessment
Milestone
Evidence to watch
Scope and capital
Reconcile campus and portfolio figures, accepted versus potential capacity, and property versus equipment funding.
Electrical and cooling acceptance
Billable capacity, density upgrade costs and lease renewal economics. Equipment delivery, construction completion and commissioning are separate steps.
Commercial productivity
Useful workloads or billable customer capacity, with operating costs and renewal obligations included.
Counterparty attribution
Named binding service and procurement terms before estimating participant earnings.
What could break the investment case?
Our analysis: Limited local demand, cabinet renewal concentration or costly density upgrades can constrain net returns. Global uptime claims cannot substitute for local availability evidence.
What would change our view?
Our analysis: Dated acceptance, improved useful output and competitive net resource costs would strengthen our assessment. Underutilized capacity, expensive upgrades without customer support, or rising renewal costs ahead of economic benefits would weaken it. We would update this profile using campus-specific operating and contractual evidence. A larger corporate investment headline, a grant program or a design capability alone would not establish a stronger return.
What remains unknown
Current accepted IT MW, facility load, billable occupancy or workload utilization, site-attributable earnings, tariff details, phase capital, supplier contract values and measured performance remain unestablished unless explicitly stated above. Operator specifications are not independently measured outcomes. The pin represents the locality rather than a verified server hall. Broad portfolio AI demand is not proof of a dedicated AI deployment here.
Project research for information, not a buy recommendation. Financial illustrations use assumptions, not disclosed site results or management guidance.
Customer resilience requirements, available electrical capacity and signed incremental demand
Reviewed
October 6, 2026
Expanded analysis · Original disclosures linked below · CAD and USD preserved as labeled · Company statements attributed; interpretations labeled.
The one-minute investment takeaway
Our analysis: Interior British Columbia coverage depends on accepted service requirements. KA1 provides an existing footprint distinct from Vancouver. Its electrical redundancy specification deserves examination against customer continuity needs.
Readiness basis: Classification of evidence in the reviewed profile; strongest documented phase, not full-campus completion. Existing operator-listed IBX; current customer load undisclosed Readiness source →
What the sources establish
Technical envelope.Equinix lists KA1 at 1460 Bunker Road with 45,436 square feet colocation space, N+1 UPS, N generator redundancy and N+20% cooling redundancy. Primary source →
Density and services. The listed 5 kVA minimum cabinet density is not a maximum rack rating or campus MW. The operator lists Fabric, internet access and cross-connect services. Primary source →
Who receives the money?
Our analysis of disclosed roles. Revenue routes are business-model interpretations, not estimates of booked project revenue.
Billable cabinets, accepted power and net recurring contribution.
Customers and network carriers
Lease, service and interconnection counterparties
Contract duration, concentrations and actual traffic; no specific tenant is inferred.
Equipment and utility suppliers
Potential infrastructure and renewal receipts
Named contracts before attributing project revenue or profit.
How financially meaningful is it?
Our analysis: The site can offer geographic diversification from coastal locations, but location alone does not establish disaster independence. Customers need evidence of network-route separation, operating procedures and correlated resource risk. KA1’s N generator specification differs from its N+1 UPS configuration; those boundaries matter when evaluating resilience and contractual service levels. A minimum cabinet density does not establish the available high-density ceiling. Equinix can receive recurring cabinet and connection revenue, but any customer-specific electrical or cooling work needs allocation before calculating marginal yields. Free cooling is listed as an initiative, not measured annual efficiency. Reusing a sizeable existing footprint may be attractive when new demand fits its design, while substantial modifications could erode the apparent capital advantage. Assess customer acceptance and net recurring contribution instead of translating floor area into assumed GPU capacity.
How to test the economics
Facility yield equals accepted rent plus net service contribution minus operating, maintenance and financing costs, relative to all allocated delivery capital.
Hypothetical illustration: 100 billable cabinets at CAD 1,500 per cabinet-month produce CAD 1.8 million annual receipts before costs. A 25% lower billable count reduces receipts to CAD 1.35 million. Cabinet count, pricing and occupancy are assumptions, not disclosed site results.
Milestones that would change the assessment
Milestone
Evidence to watch
Scope and capital
Reconcile campus and portfolio figures, accepted versus potential capacity, and property versus equipment funding.
Electrical and cooling acceptance
Billable capacity, density upgrade costs and lease renewal economics. Equipment delivery, construction completion and commissioning are separate steps.
Commercial productivity
Useful workloads or billable customer capacity, with operating costs and renewal obligations included.
Counterparty attribution
Named binding service and procurement terms before estimating participant earnings.
What could break the investment case?
Our analysis: Backup configuration may not meet every customer requirement. Interior weather, route resilience and retrofit costs need local diligence. No named AI tenant or accelerator order is disclosed.
What would change our view?
Our analysis: Dated acceptance, improved useful output and competitive net resource costs would strengthen our assessment. Underutilized capacity, expensive upgrades without customer support, or rising renewal costs ahead of economic benefits would weaken it. We would update this profile using campus-specific operating and contractual evidence. A larger corporate investment headline, a grant program or a design capability alone would not establish a stronger return.
What remains unknown
Current accepted IT MW, facility load, billable occupancy or workload utilization, site-attributable earnings, tariff details, phase capital, supplier contract values and measured performance remain unestablished unless explicitly stated above. Operator specifications are not independently measured outcomes. The pin represents the locality rather than a verified server hall. Broad portfolio AI demand is not proof of a dedicated AI deployment here.
Project research for information, not a buy recommendation. Financial illustrations use assumptions, not disclosed site results or management guidance.
Local service availability, response obligations and recurring customer contribution
Reviewed
October 6, 2026
Expanded analysis · Original disclosures linked below · CAD and USD preserved as labeled · Company statements attributed; interpretations labeled.
The one-minute investment takeaway
Our analysis: A compact Atlantic node can earn from resilience and connections. SJ1 adds New Brunswick without presenting a small enterprise facility as a giant AI campus. Its service and staffing boundaries are particularly important to underwriting.
Readiness basis: Classification of evidence in the reviewed profile; strongest documented phase, not full-campus completion. Existing operator-listed IBX; billable occupancy unestablished Readiness source →
What the sources establish
Compact regional facility.Equinix lists SJ1 at 7 McIntosh Street with 5,403 square feet colocation space and N+1 UPS, generator and cooling redundancy. Primary source →
Product boundary. The page lists cross-connects, private cages and managed solutions; its digital-services field cannot currently display data. Do not assume Fabric availability from a broader corporate offering. Primary source →
Operating coverage.Equinix’s availability documentation labels SJ1 non-24/7 onsite operational coverage. That staffing classification differs from equipment monitoring or security coverage. Primary source →
Who receives the money?
Our analysis of disclosed roles. Revenue routes are business-model interpretations, not estimates of booked project revenue.
Billable cabinets, accepted power and net recurring contribution.
Customers and network carriers
Lease, service and interconnection counterparties
Contract duration, concentrations and actual traffic; no specific tenant is inferred.
Equipment and utility suppliers
Potential infrastructure and renewal receipts
Named contracts before attributing project revenue or profit.
How financially meaningful is it?
Our analysis: Small facilities can offer valuable local connectivity while having less scale over which to spread fixed support and maintenance costs. Evaluate recurring contract contribution against local staffing, backup systems and the physical limits of the building. The operator’s non-24/7 onsite operational coverage classification should be assessed alongside remote monitoring, emergency response and any contracted support. It is not a statement that the facility is closed outside business hours. Product availability must also be verified locally: a generic Equinix digital-services catalog cannot establish a particular service at SJ1. Additional customer demand may be financially useful even without a large expansion, provided price and support commitments cover the marginal cost. No named AI tenant, new phase or MW figure is established by the reviewed page. Smaller colocation economics provide a different diversification exposure from owner-user training clusters.
How to test the economics
Facility yield equals accepted rent plus net service contribution minus operating, maintenance and financing costs, relative to all allocated delivery capital.
Hypothetical illustration: 100 billable cabinets at CAD 1,500 per cabinet-month produce CAD 1.8 million annual receipts before costs. A 25% lower billable count reduces receipts to CAD 1.35 million. Cabinet count, pricing and occupancy are assumptions, not disclosed site results.
Milestones that would change the assessment
Milestone
Evidence to watch
Scope and capital
Reconcile campus and portfolio figures, accepted versus potential capacity, and property versus equipment funding.
Electrical and cooling acceptance
Billable capacity, density upgrade costs and lease renewal economics. Equipment delivery, construction completion and commissioning are separate steps.
Commercial productivity
Useful workloads or billable customer capacity, with operating costs and renewal obligations included.
Counterparty attribution
Named binding service and procurement terms before estimating participant earnings.
What could break the investment case?
Our analysis: Local staffing commitments, customer concentration and a compact facility envelope can affect expansion economics. Generic platform claims may overstate locally available products.
What would change our view?
Our analysis: Dated acceptance, improved useful output and competitive net resource costs would strengthen our assessment. Underutilized capacity, expensive upgrades without customer support, or rising renewal costs ahead of economic benefits would weaken it. We would update this profile using campus-specific operating and contractual evidence. A larger corporate investment headline, a grant program or a design capability alone would not establish a stronger return.
What remains unknown
Current accepted IT MW, facility load, billable occupancy or workload utilization, site-attributable earnings, tariff details, phase capital, supplier contract values and measured performance remain unestablished unless explicitly stated above. Operator specifications are not independently measured outcomes. The pin represents the locality rather than a verified server hall. Broad portfolio AI demand is not proof of a dedicated AI deployment here.
Project research for information, not a buy recommendation. Financial illustrations use assumptions, not disclosed site results or management guidance.
Accepted electrical headroom, customer contract scope and net connection contribution
Reviewed
October 6, 2026
Expanded analysis · Original disclosures linked below · CAD and USD preserved as labeled · Company statements attributed; interpretations labeled.
The one-minute investment takeaway
Our analysis: Ottawa branding should not obscure Quebec geography. OT1 adds another Quebec profile in the Gatineau area. Its investment role is existing colocation and connectivity, with local service acceptance and recurring margins as the key tests.
Readiness basis: Classification of evidence in the reviewed profile; strongest documented phase, not full-campus completion. Existing operator-listed IBX; current accepted customer load unknown Readiness source →
What the sources establish
Correct province.Equinix markets OT1 under Ottawa but gives its physical address as 200 Avenue Lepine, Gatineau, Quebec. It lists 21,399 square feet of colocation space. Primary source →
Resilience specification. The operator lists N+1 UPS, generator and cooling redundancy, 96 hours generator autonomy and Fabric products. These specifications do not establish actual availability, IT MW or tenant identity. Primary source →
Who receives the money?
Our analysis of disclosed roles. Revenue routes are business-model interpretations, not estimates of booked project revenue.
Billable cabinets, accepted power and net recurring contribution.
Customers and network carriers
Lease, service and interconnection counterparties
Contract duration, concentrations and actual traffic; no specific tenant is inferred.
Equipment and utility suppliers
Potential infrastructure and renewal receipts
Named contracts before attributing project revenue or profit.
How financially meaningful is it?
Our analysis: Gatineau’s proximity to the Ottawa market can support enterprise and public-sector demand, but proximity is not proof of a government contract or sovereign-cloud workload. Investor diligence should establish tenant identity, procurement requirements and contractual service obligations. The reported 96-hour generator autonomy describes a technical design boundary; resilience still depends on testing, fuel availability and common failure modes. Recurring rent and connection contribution need to cover maintenance, support and any security-specific customer work. Digital sovereignty themes may create opportunities while requiring costly process controls, audits or segmentation. Do not treat a compliance listing as universal eligibility for every procurement. Current electrical headroom and customer acceptance matter more than total floor area. OT1 is physically in Quebec and is covered separately from both Montreal facilities and other Ottawa-area infrastructure.
How to test the economics
Facility yield equals accepted rent plus net service contribution minus operating, maintenance and financing costs, relative to all allocated delivery capital.
Hypothetical illustration: 100 billable cabinets at CAD 1,500 per cabinet-month produce CAD 1.8 million annual receipts before costs. A 25% lower billable count reduces receipts to CAD 1.35 million. Cabinet count, pricing and occupancy are assumptions, not disclosed site results.
Milestones that would change the assessment
Milestone
Evidence to watch
Scope and capital
Reconcile campus and portfolio figures, accepted versus potential capacity, and property versus equipment funding.
Electrical and cooling acceptance
Billable capacity, density upgrade costs and lease renewal economics. Equipment delivery, construction completion and commissioning are separate steps.
Commercial productivity
Useful workloads or billable customer capacity, with operating costs and renewal obligations included.
Counterparty attribution
Named binding service and procurement terms before estimating participant earnings.
What could break the investment case?
Our analysis: Security and contractual support obligations can increase operating cost. Government or AI demand must be established by actual agreements, not inferred from metro proximity.
What would change our view?
Our analysis: Dated acceptance, improved useful output and competitive net resource costs would strengthen our assessment. Underutilized capacity, expensive upgrades without customer support, or rising renewal costs ahead of economic benefits would weaken it. We would update this profile using campus-specific operating and contractual evidence. A larger corporate investment headline, a grant program or a design capability alone would not establish a stronger return.
What remains unknown
Current accepted IT MW, facility load, billable occupancy or workload utilization, site-attributable earnings, tariff details, phase capital, supplier contract values and measured performance remain unestablished unless explicitly stated above. Operator specifications are not independently measured outcomes. The pin represents the locality rather than a verified server hall. Broad portfolio AI demand is not proof of a dedicated AI deployment here.
Project research for information, not a buy recommendation. Financial illustrations use assumptions, not disclosed site results or management guidance.
Existing operator-listed modular facility; current occupancy undisclosed
Confirmed companies
KIO Data Centers
Next milestone
Accepted local demand, measured efficiency and net recurring service margin
Reviewed
October 6, 2026
Expanded analysis · Original disclosures linked below · CAD and USD preserved as labeled · Company statements attributed; interpretations labeled.
The one-minute investment takeaway
Our analysis: Regional edge economics differ from hyperscale scale. HER1 broadens Mexico coverage into Sonora with an explicitly compact modular facility. It provides a useful check on the site’s investment lens: local relevance can matter more than MW ambition.
Readiness basis: Classification of evidence in the reviewed profile; strongest documented phase, not full-campus completion. Existing operator-listed modular facility; current occupancy undisclosed Readiness source →
What the sources establish
Facility role. KIO describes KIO HER1 as a carrier-neutral modular facility with 73 square meters technical space for enterprise and regional workloads. It uses Tier III-characteristics wording. Primary source →
Technical boundaries. Seven ATOM rooms; six 219.6 kVA UPS units; two 600 kW generators; 2N electrical configuration. Operator design PUE is 1.7; this is not measured annual PUE or verified IT capacity. Primary source →
Who receives the money?
Our analysis of disclosed roles. Revenue routes are business-model interpretations, not estimates of booked project revenue.
Company / exposure
Economic role
What investors need to establish
KIO Data Centers
Private colocation and infrastructure operator
Net local service contribution after support, power, maintenance and renewal.
Enterprise customers and carriers
Potential recurring service and connection counterparties
Actual signed contracts and route resilience; identities undisclosed.
Infrastructure suppliers
Potential equipment and maintenance receipts
Named awarded procurement before public-market attribution.
How financially meaningful is it?
Our analysis: Local enterprise and edge customers may value proximity and diverse connectivity, but actual contracts must justify the ongoing operating footprint. Modular infrastructure can allow incremental deployment, yet common backup and monitoring costs remain. The operator’s technical-space figure is not sellable IT power, and summed UPS kVA cannot be equated to customer kW without electrical definitions and redundancy treatment. Two backup generators do not double usable IT load. The design PUE should be treated as a design claim until measured under a stated load and weather profile. An investor should compare net cabinet and service contribution with energy, staffing, backup fuel, connectivity and maintenance costs. KIO’s wider platform may support procurement or network benefits; it does not establish the earnings of this small Sonora location. No dedicated training tenant or GPU order is inferred.
How to test the economics
Facility yield equals accepted rent plus net service contribution minus operating, maintenance and financing costs, relative to all allocated delivery capital.
Hypothetical illustration: 50 kW steady IT load at an assumed 2.0 PUE uses 876 MWh annually. A USD 10/MWh electricity-price change adds USD 8,760 annual cost. These are illustrative operating assumptions, not the site’s accepted load, measured PUE or tariff.
Milestones that would change the assessment
Milestone
Evidence to watch
Scope and capital
Reconcile campus and portfolio figures, accepted versus potential capacity, and property versus equipment funding.
Electrical and cooling acceptance
Billable capacity, density upgrade costs and lease renewal economics. Equipment delivery, construction completion and commissioning are separate steps.
Commercial productivity
Useful workloads or billable customer capacity, with operating costs and renewal obligations included.
Counterparty attribution
Named binding service and procurement terms before estimating participant earnings.
What could break the investment case?
Our analysis: Low utilization can worsen measured efficiency. Regional customer concentration, backup fuel and heat rejection can affect operating costs. Compact technical space imposes a different expansion envelope than a hyperscale campus.
What would change our view?
Our analysis: Dated acceptance, improved useful output and competitive net resource costs would strengthen our assessment. Underutilized capacity, expensive upgrades without customer support, or rising renewal costs ahead of economic benefits would weaken it. We would update this profile using campus-specific operating and contractual evidence. A larger corporate investment headline, a grant program or a design capability alone would not establish a stronger return.
What remains unknown
Current accepted IT MW, facility load, billable occupancy or workload utilization, site-attributable earnings, tariff details, phase capital, supplier contract values and measured performance remain unestablished unless explicitly stated above. Operator specifications are not independently measured outcomes. The pin represents the locality rather than a verified server hall. Broad portfolio AI demand is not proof of a dedicated AI deployment here.
Project research for information, not a buy recommendation. Financial illustrations use assumptions, not disclosed site results or management guidance.
Existing operator-listed modular facility; current occupancy undisclosed
Confirmed companies
KIO Data Centers
Next milestone
Accepted local demand, measured efficiency and net recurring service margin
Reviewed
October 6, 2026
Expanded analysis · Original disclosures linked below · CAD and USD preserved as labeled · Company statements attributed; interpretations labeled.
The one-minute investment takeaway
Our analysis: Yucatán coverage needs service reliability and pricing discipline. MER1 adds southeastern Mexico with a compact enterprise facility. Its Tier II-characteristics description and single service drop should remain visible in the analysis.
Readiness basis: Classification of evidence in the reviewed profile; strongest documented phase, not full-campus completion. Existing operator-listed modular facility; current occupancy undisclosed Readiness source →
What the sources establish
Facility role. KIO describes KIO MER1 as a carrier-neutral modular facility with 89 square meters technical space for enterprise and regional workloads. It uses Tier II-characteristics wording. Primary source →
Technical boundaries. Eight ATOM rooms; six 109 kVA UPS units; two 500 kW generators; single 13.2 kV service drop. Operator design PUE is 2.1; this is not measured annual PUE or verified IT capacity. Primary source →
Who receives the money?
Our analysis of disclosed roles. Revenue routes are business-model interpretations, not estimates of booked project revenue.
Company / exposure
Economic role
What investors need to establish
KIO Data Centers
Private colocation and infrastructure operator
Net local service contribution after support, power, maintenance and renewal.
Enterprise customers and carriers
Potential recurring service and connection counterparties
Actual signed contracts and route resilience; identities undisclosed.
Infrastructure suppliers
Potential equipment and maintenance receipts
Named awarded procurement before public-market attribution.
How financially meaningful is it?
Our analysis: A modular enterprise site can support local services without frontier-model training hardware. Its economic opportunity lies in accepted recurring service, customer continuity and connectivity rather than a campus-scale GPU narrative. KIO’s Tier II-characteristics language does not establish the same certification or service envelope as every other KIO facility. Backup generators, redundancy within the building and a single medium-voltage service drop need separate reliability assessment. The reported design PUE suggests material facility overhead under its design assumptions, but it cannot be used as measured annual performance. Regional weather, fuel logistics and network-route redundancy require site-specific engineering diligence; none is assigned a quantified loss probability here. Local customer contracts must cover support, maintenance and energy while allowing for replacements. A broad KIO platform brand does not eliminate local demand concentration or technical limits.
How to test the economics
Facility yield equals accepted rent plus net service contribution minus operating, maintenance and financing costs, relative to all allocated delivery capital.
Hypothetical illustration: 50 kW steady IT load at an assumed 2.0 PUE uses 876 MWh annually. A USD 10/MWh electricity-price change adds USD 8,760 annual cost. These are illustrative operating assumptions, not the site’s accepted load, measured PUE or tariff.
Milestones that would change the assessment
Milestone
Evidence to watch
Scope and capital
Reconcile campus and portfolio figures, accepted versus potential capacity, and property versus equipment funding.
Electrical and cooling acceptance
Billable capacity, density upgrade costs and lease renewal economics. Equipment delivery, construction completion and commissioning are separate steps.
Commercial productivity
Useful workloads or billable customer capacity, with operating costs and renewal obligations included.
Counterparty attribution
Named binding service and procurement terms before estimating participant earnings.
What could break the investment case?
Our analysis: A single service drop, compact footprint and expensive support can limit customer suitability. Design efficiency is not measured efficiency, and Tier-characteristics wording should not be upgraded to independent certification.
What would change our view?
Our analysis: Dated acceptance, improved useful output and competitive net resource costs would strengthen our assessment. Underutilized capacity, expensive upgrades without customer support, or rising renewal costs ahead of economic benefits would weaken it. We would update this profile using campus-specific operating and contractual evidence. A larger corporate investment headline, a grant program or a design capability alone would not establish a stronger return.
What remains unknown
Current accepted IT MW, facility load, billable occupancy or workload utilization, site-attributable earnings, tariff details, phase capital, supplier contract values and measured performance remain unestablished unless explicitly stated above. Operator specifications are not independently measured outcomes. The pin represents the locality rather than a verified server hall. Broad portfolio AI demand is not proof of a dedicated AI deployment here.
Project research for information, not a buy recommendation. Financial illustrations use assumptions, not disclosed site results or management guidance.
Lenoir / Caldwell County, North Carolina — representative locality pin
Readiness
Operating
Status
First facility opened in 2008; current accepted load and AI share undisclosed
Confirmed companies
Google / Alphabet; Duke Energy, historical named energy agreement
Next milestone
Incremental computing output, retrofit scope and current resource-service economics
Reviewed
October 6, 2026
Expanded analysis · Original disclosures linked below · CAD and USD preserved as labeled · Company statements attributed; interpretations labeled.
The one-minute investment takeaway
Our analysis: A mature campus must justify its next refresh. Lenoir adds an established North Carolina location with a named historical energy relationship. Operating history lowers uncertainty about existence, while the next investment dollar still needs an economic test.
Readiness basis: Classification of evidence in the reviewed profile; strongest documented phase, not full-campus completion. First facility opened in 2008; current accepted load and AI share undisclosed Readiness source →
What the sources establish
Operating history.Google’s page records the first Lenoir opening in 2008 and a 2015 carbon-free energy agreement with Duke Energy. Primary source →
Investment scope. The page reports more than USD 4 billion invested in the region and state since 2007. This cumulative scope is not a standalone current building budget or site earnings. Primary source →
Who receives the money?
Our analysis of disclosed roles. Revenue routes are business-model interpretations, not estimates of booked project revenue.
Accepted useful capacity and net contribution after resource and renewal costs.
Named service and construction participants
Contract-specific delivery and recurring service roles
Actual contract, tariff or purchase terms; participation is not booked profit.
Equipment suppliers not established here
Potential procurement and renewal spending
Named awarded orders before attributing public-company project revenue.
How financially meaningful is it?
Our analysis: An older campus can reuse land, networks and trained staff while requiring significant electrical and thermal upgrades for new hardware. The relevant return is incremental product or cloud benefit after power, networking, maintenance and server replacement. Duke Energy is named in a dated energy agreement; that establishes a historical relationship rather than current tariff, campus earnings or a new supplier order. A cumulative regional and statewide figure cannot be divided into annual campus returns without an asset and scope reconciliation. The original opening milestone does not establish the density or workload mix of today’s halls. Investors should compare useful output per dollar and per kilowatt-hour across generations, accounting for any retrofit downtime. Community economic activity and grants are distinct from Alphabet shareholder contribution. Current accepted load and expansion capital would make the site’s materiality more assessable.
How to test the economics
Computing contribution equals customer or product benefit minus power, network, facility operation, financing and equipment renewal. Model long-lived buildings separately from shorter-lived computing assets.
Hypothetical illustration: 10 MW steady IT load at 1.2 PUE uses 105,120 MWh annually. A USD 10/MWh tariff increase adds USD 1.0512 million annual cost. Neither load, PUE nor tariff is disclosed here; this is a sensitivity example, not a site forecast.
Milestones that would change the assessment
Milestone
Evidence to watch
Scope and capital
Reconcile campus and portfolio figures, accepted versus potential capacity, and property versus equipment funding.
Electrical and cooling acceptance
Campus-specific expansion scope, operating load and renewal productivity. Equipment delivery, construction completion and commissioning are separate steps.
Commercial productivity
Useful workloads or billable customer capacity, with operating costs and renewal obligations included.
Counterparty attribution
Named binding service and procurement terms before estimating participant earnings.
What could break the investment case?
Our analysis: Older infrastructure may require expensive changes before accepting denser hardware. A historical energy agreement does not establish today’s power economics or available expansion capacity.
What would change our view?
Our analysis: Dated acceptance, improved useful output and competitive net resource costs would strengthen our assessment. Underutilized capacity, expensive upgrades without customer support, or rising renewal costs ahead of economic benefits would weaken it. We would update this profile using campus-specific operating and contractual evidence. A larger corporate investment headline, a grant program or a design capability alone would not establish a stronger return.
What remains unknown
Current accepted IT MW, facility load, billable occupancy or workload utilization, site-attributable earnings, tariff details, phase capital, supplier contract values and measured performance remain unestablished unless explicitly stated above. Operator specifications are not independently measured outcomes. The pin represents the locality rather than a verified server hall. Broad portfolio AI demand is not proof of a dedicated AI deployment here.
Project research for information, not a buy recommendation. Financial illustrations use assumptions, not disclosed site results or management guidance.
Campus-specific accepted capacity, resource costs and useful cloud or product output
Reviewed
October 6, 2026
Expanded analysis · Original disclosures linked below · CAD and USD preserved as labeled · Company statements attributed; interpretations labeled.
The one-minute investment takeaway
Our analysis: An established Tennessee campus needs current workload attribution. Clarksville provides dated official opening evidence, while the state investment headline remains broader than the campus. Its role is owner-user computing rather than a disclosed independent lease.
Readiness basis: Classification of evidence in the reviewed profile; strongest documented phase, not full-campus completion. Google records official opening in 2019; current utilization undisclosed Readiness source →
What the sources establish
Dated opening.Google’s Tennessee page records the official Montgomery County opening in 2019 and the original plan announcement in 2015. Primary source →
Portfolio budget. The page reports more than USD 6 billion invested in Tennessee since the facility was built in 2018. Build year and official opening year differ; the state total is not a site-only budget. Primary source →
Who receives the money?
Our analysis of disclosed roles. Revenue routes are business-model interpretations, not estimates of booked project revenue.
Accepted useful capacity and net contribution after resource and renewal costs.
Named service and construction participants
Contract-specific delivery and recurring service roles
Actual contract, tariff or purchase terms; participation is not booked profit.
Equipment suppliers not established here
Potential procurement and renewal spending
Named awarded orders before attributing public-company project revenue.
How financially meaningful is it?
Our analysis: Operating evidence changes the question from whether a facility can be built to whether subsequent capital earns adequate useful computing benefits. The state page refers to a build year and a later official opening; these represent different milestones rather than two new facilities. Investment can include later phases, servers or wider state activity, so no uniform campus return is calculated from the headline. The page also links advanced energy initiatives, but those broader arrangements should not automatically be assigned as exclusive physical supply to this campus. Evaluate actual service cost, dependable electrical capacity and hardware renewal. Google monetizes cloud services and product activity across its infrastructure system, leaving a site attribution gap. An established workforce and shared infrastructure may reduce marginal cost, while density upgrades or resource constraints could offset that advantage.
How to test the economics
Computing contribution equals customer or product benefit minus power, network, facility operation, financing and equipment renewal. Model long-lived buildings separately from shorter-lived computing assets.
Hypothetical illustration: 10 MW steady IT load at 1.2 PUE uses 105,120 MWh annually. A USD 10/MWh tariff increase adds USD 1.0512 million annual cost. Neither load, PUE nor tariff is disclosed here; this is a sensitivity example, not a site forecast.
Milestones that would change the assessment
Milestone
Evidence to watch
Scope and capital
Reconcile campus and portfolio figures, accepted versus potential capacity, and property versus equipment funding.
Electrical and cooling acceptance
Campus-specific expansion scope, operating load and renewal productivity. Equipment delivery, construction completion and commissioning are separate steps.
Commercial productivity
Useful workloads or billable customer capacity, with operating costs and renewal obligations included.
Counterparty attribution
Named binding service and procurement terms before estimating participant earnings.
What could break the investment case?
Our analysis: Statewide figures and broad energy initiatives can be assigned too aggressively to a single facility. Accepted load, renewal needs and workload productivity remain unknown.
What would change our view?
Our analysis: Dated acceptance, improved useful output and competitive net resource costs would strengthen our assessment. Underutilized capacity, expensive upgrades without customer support, or rising renewal costs ahead of economic benefits would weaken it. We would update this profile using campus-specific operating and contractual evidence. A larger corporate investment headline, a grant program or a design capability alone would not establish a stronger return.
What remains unknown
Current accepted IT MW, facility load, billable occupancy or workload utilization, site-attributable earnings, tariff details, phase capital, supplier contract values and measured performance remain unestablished unless explicitly stated above. Operator specifications are not independently measured outcomes. The pin represents the locality rather than a verified server hall. Broad portfolio AI demand is not proof of a dedicated AI deployment here.
Project research for information, not a buy recommendation. Financial illustrations use assumptions, not disclosed site results or management guidance.
Measured cooling resources, expansion-specific capital and productive computing
Reviewed
October 6, 2026
Expanded analysis · Original disclosures linked below · CAD and USD preserved as labeled · Company statements attributed; interpretations labeled.
The one-minute investment takeaway
Our analysis: Recycled cooling water is useful evidence, not a return estimate. Douglas County adds an established Georgia location whose cooling approach is documented. Its long operating history must be separated from new campuses elsewhere in the state.
Readiness basis: Classification of evidence in the reviewed profile; strongest documented phase, not full-campus completion. Google records 2007 opening; existing campus and subsequent phases distinguished Readiness source →
What the sources establish
Historical milestones.Google’s Georgia page records a presence beginning in 2003, an opening in 2007, recycled industrial cooling water from 2012 and a USD 300 million expansion announcement in 2015. Primary source →
State boundary. The current page reports more than USD 3 billion committed in Georgia and newer LaGrange and Columbia County developments. These separate locations are not Douglas County phases. Primary source →
Who receives the money?
Our analysis of disclosed roles. Revenue routes are business-model interpretations, not estimates of booked project revenue.
Accepted useful capacity and net contribution after resource and renewal costs.
Named service and construction participants
Contract-specific delivery and recurring service roles
Actual contract, tariff or purchase terms; participation is not booked profit.
Equipment suppliers not established here
Potential procurement and renewal spending
Named awarded orders before attributing public-company project revenue.
How financially meaningful is it?
Our analysis: Recycled industrial water can reduce reliance on potable supply while introducing treatment, pumping, quality-control and service obligations. Assess measured cost and reliability rather than assume that recycling makes cooling free or unconstrained. The campus’s older opening and expansion milestones provide context for shared infrastructure but do not reveal current accepted IT load. Google’s new Georgia developments are distinct projects, and the cumulative state commitment cannot be assigned wholly to Lithia Springs. A denser hardware refresh could alter heat-rejection needs even if the water approach remains broadly similar. Computing contribution requires service or product benefits after power, networking, staffing and replacement costs. Investors should seek the current water-service boundary and retrofit budget, then test whether the next generation produces more useful work per resource dollar. Corporate regional economic impact is not campus earnings.
How to test the economics
Computing contribution equals customer or product benefit minus power, network, facility operation, financing and equipment renewal. Model long-lived buildings separately from shorter-lived computing assets.
Hypothetical illustration: 10 MW steady IT load at 1.2 PUE uses 105,120 MWh annually. A USD 10/MWh tariff increase adds USD 1.0512 million annual cost. Neither load, PUE nor tariff is disclosed here; this is a sensitivity example, not a site forecast.
Milestones that would change the assessment
Milestone
Evidence to watch
Scope and capital
Reconcile campus and portfolio figures, accepted versus potential capacity, and property versus equipment funding.
Electrical and cooling acceptance
Campus-specific expansion scope, operating load and renewal productivity. Equipment delivery, construction completion and commissioning are separate steps.
Commercial productivity
Useful workloads or billable customer capacity, with operating costs and renewal obligations included.
Counterparty attribution
Named binding service and procurement terms before estimating participant earnings.
What could break the investment case?
Our analysis: Industrial water quality and service availability can affect operation. Historical recycling evidence does not establish current withdrawal or summer performance. State investment can be double counted.
What would change our view?
Our analysis: Dated acceptance, improved useful output and competitive net resource costs would strengthen our assessment. Underutilized capacity, expensive upgrades without customer support, or rising renewal costs ahead of economic benefits would weaken it. We would update this profile using campus-specific operating and contractual evidence. A larger corporate investment headline, a grant program or a design capability alone would not establish a stronger return.
What remains unknown
Current accepted IT MW, facility load, billable occupancy or workload utilization, site-attributable earnings, tariff details, phase capital, supplier contract values and measured performance remain unestablished unless explicitly stated above. Operator specifications are not independently measured outcomes. The pin represents the locality rather than a verified server hall. Broad portfolio AI demand is not proof of a dedicated AI deployment here.
Project research for information, not a buy recommendation. Financial illustrations use assumptions, not disclosed site results or management guidance.
Accepted load, measured thermal performance and phase-level renewal economics
Reviewed
October 6, 2026
Expanded analysis · Original disclosures linked below · CAD and USD preserved as labeled · Company statements attributed; interpretations labeled.
The one-minute investment takeaway
Our analysis: Desert computing needs measured peak-condition costs. Henderson supplies a southern Nevada footprint distinct from the Reno-area infrastructure already covered. The existence of the campus is better established than its current financial or AI-specific contribution.
Readiness basis: Classification of evidence in the reviewed profile; strongest documented phase, not full-campus completion. Existing Google-listed campus; 2019 groundbreaking disclosed; current load unknown Readiness source →
What the sources establish
Location and stage.Google identifies its Henderson campus and records the first groundbreaking in 2019. Its current location page establishes an existing footprint without disclosing current accepted MW. Primary source →
Statewide envelope. The page reports more than USD 6 billion invested across Nevada, including Henderson and Storey County. Water-conservation projects are separately described; neither is a campus load figure. Primary source →
Who receives the money?
Our analysis of disclosed roles. Revenue routes are business-model interpretations, not estimates of booked project revenue.
Accepted useful capacity and net contribution after resource and renewal costs.
Named service and construction participants
Contract-specific delivery and recurring service roles
Actual contract, tariff or purchase terms; participation is not booked profit.
Equipment suppliers not established here
Potential procurement and renewal spending
Named awarded orders before attributing public-company project revenue.
How financially meaningful is it?
Our analysis: Hot operating conditions make cooling performance, resource availability and peak electricity costs important diligence items, but location alone does not establish inefficient operation. Google’s conservation projects may support regional watershed objectives while remaining separate from the water delivered at a particular operating hour. The Nevada investment total includes Storey County and should not become Henderson’s delivered capital base. Model the cost of useful cloud and product computing after electricity, thermal systems, network, maintenance and hardware renewal. A high-density refresh might improve work per server while increasing local electrical demand. Investors need phase-level acceptance and the resulting useful output before assigning an incremental return. No local geothermal supply agreement, GPU vendor or data center tariff is inferred merely because Google has broader energy relationships in Nevada.
How to test the economics
Computing contribution equals customer or product benefit minus power, network, facility operation, financing and equipment renewal. Model long-lived buildings separately from shorter-lived computing assets.
Hypothetical illustration: 10 MW steady IT load at 1.2 PUE uses 105,120 MWh annually. A USD 10/MWh tariff increase adds USD 1.0512 million annual cost. Neither load, PUE nor tariff is disclosed here; this is a sensitivity example, not a site forecast.
Milestones that would change the assessment
Milestone
Evidence to watch
Scope and capital
Reconcile campus and portfolio figures, accepted versus potential capacity, and property versus equipment funding.
Electrical and cooling acceptance
Campus-specific expansion scope, operating load and renewal productivity. Equipment delivery, construction completion and commissioning are separate steps.
Commercial productivity
Useful workloads or billable customer capacity, with operating costs and renewal obligations included.
Counterparty attribution
Named binding service and procurement terms before estimating participant earnings.
What could break the investment case?
Our analysis: Thermal constraints, peak resource costs and renewal spending can alter returns. Broad conservation or renewable claims do not establish site-specific power price or water availability.
What would change our view?
Our analysis: Dated acceptance, improved useful output and competitive net resource costs would strengthen our assessment. Underutilized capacity, expensive upgrades without customer support, or rising renewal costs ahead of economic benefits would weaken it. We would update this profile using campus-specific operating and contractual evidence. A larger corporate investment headline, a grant program or a design capability alone would not establish a stronger return.
What remains unknown
Current accepted IT MW, facility load, billable occupancy or workload utilization, site-attributable earnings, tariff details, phase capital, supplier contract values and measured performance remain unestablished unless explicitly stated above. Operator specifications are not independently measured outcomes. The pin represents the locality rather than a verified server hall. Broad portfolio AI demand is not proof of a dedicated AI deployment here.
Project research for information, not a buy recommendation. Financial illustrations use assumptions, not disclosed site results or management guidance.
Campus-only capital allocation, useful load and resource-service readiness
Reviewed
October 6, 2026
Expanded analysis · Original disclosures linked below · CAD and USD preserved as labeled · Company statements attributed; interpretations labeled.
The one-minute investment takeaway
Our analysis: Central Ohio growth needs operator and campus separation. Google New Albany is a distinct project from the QTS location already covered. Its statewide scale should not be mistaken for site-level accepted computing or capital.
Readiness basis: Classification of evidence in the reviewed profile; strongest documented phase, not full-campus completion. Existing operator-listed Ohio location; current campus acceptance and load undisclosed Readiness source →
What the sources establish
Distinct campus identity.Google’s Ohio page identifies New Albany alongside Lancaster and Columbus, and records New Albany construction beginning in 2019. This is distinct from QTS New Albany. Primary source →
Portfolio scope. The page reports more than USD 20 billion invested in Ohio since 2019. This spans a multi-location program and is not New Albany’s site-only budget. Primary source →
Who receives the money?
Our analysis of disclosed roles. Revenue routes are business-model interpretations, not estimates of booked project revenue.
Accepted useful capacity and net contribution after resource and renewal costs.
Named service and construction participants
Contract-specific delivery and recurring service roles
Actual contract, tariff or purchase terms; participation is not booked profit.
Equipment suppliers not established here
Potential procurement and renewal spending
Named awarded orders before attributing public-company project revenue.
How financially meaningful is it?
Our analysis: A regional cluster can share workforce and network capabilities while putting pressure on common electrical and construction resources. The investor model needs the actual campus’s delivered capital and accepted workloads, not a regional allocation chosen for convenience. Google’s Ohio footprint includes at least three identified locations; their investment and service milestones cannot be aggregated under New Albany. The nearby QTS site has a different owner and commercial model, even where representative map coordinates form a cluster. Google’s owner-user benefit arrives through cloud and product contribution rather than rent from itself. Underwrite equipment renewal, operating power and common infrastructure consistently across phases. An existing listing demonstrates the location’s role in the network, but current IT MW and campus-attributable financial results remain open diligence questions. Avoid treating regional cloud availability as a disclosure of a particular hall’s utilization.
How to test the economics
Computing contribution equals customer or product benefit minus power, network, facility operation, financing and equipment renewal. Model long-lived buildings separately from shorter-lived computing assets.
Hypothetical illustration: 10 MW steady IT load at 1.2 PUE uses 105,120 MWh annually. A USD 10/MWh tariff increase adds USD 1.0512 million annual cost. Neither load, PUE nor tariff is disclosed here; this is a sensitivity example, not a site forecast.
Milestones that would change the assessment
Milestone
Evidence to watch
Scope and capital
Reconcile campus and portfolio figures, accepted versus potential capacity, and property versus equipment funding.
Electrical and cooling acceptance
Campus-specific expansion scope, operating load and renewal productivity. Equipment delivery, construction completion and commissioning are separate steps.
Commercial productivity
Useful workloads or billable customer capacity, with operating costs and renewal obligations included.
Counterparty attribution
Named binding service and procurement terms before estimating participant earnings.
What could break the investment case?
Our analysis: Common utility bottlenecks, costly density upgrades and regional capital misallocation can weaken apparent returns. Shared geography does not establish shared ownership or tenants.
What would change our view?
Our analysis: Dated acceptance, improved useful output and competitive net resource costs would strengthen our assessment. Underutilized capacity, expensive upgrades without customer support, or rising renewal costs ahead of economic benefits would weaken it. We would update this profile using campus-specific operating and contractual evidence. A larger corporate investment headline, a grant program or a design capability alone would not establish a stronger return.
What remains unknown
Current accepted IT MW, facility load, billable occupancy or workload utilization, site-attributable earnings, tariff details, phase capital, supplier contract values and measured performance remain unestablished unless explicitly stated above. Operator specifications are not independently measured outcomes. The pin represents the locality rather than a verified server hall. Broad portfolio AI demand is not proof of a dedicated AI deployment here.
Project research for information, not a buy recommendation. Financial illustrations use assumptions, not disclosed site results or management guidance.
Current accepted phases, reconciled capital and computing renewal efficiency
Reviewed
October 6, 2026
Expanded analysis · Original disclosures linked below · CAD and USD preserved as labeled · Company statements attributed; interpretations labeled.
The one-minute investment takeaway
Our analysis: Historical targets need current phase reconciliation. Huntsville adds Alabama with a long-established operator footprint and documented expansion. The useful investor question is accepted capacity and renewal productivity, not whether a past target year has elapsed.
Readiness basis: Classification of evidence in the reviewed profile; strongest documented phase, not full-campus completion. Existing operator-listed campus; historical expansion target not treated as completion Readiness source →
What the sources establish
Historical expansion.Meta’s June 2021 release documented construction of a third building and an expanded campus then targeted for 2024, exceeding USD 1 billion. The target is historical and does not itself verify completion. Primary source →
Updated scale.Meta’s current directory lists Huntsville at more than USD 1.5 billion investment, with a 2018 groundbreaking. This newer envelope is not additive to the earlier estimate. Primary source →
Who receives the money?
Our analysis of disclosed roles. Revenue routes are business-model interpretations, not estimates of booked project revenue.
Accepted useful capacity and net contribution after resource and renewal costs.
Named service and construction participants
Contract-specific delivery and recurring service roles
Actual contract, tariff or purchase terms; participation is not booked profit.
Equipment suppliers not established here
Potential procurement and renewal spending
Named awarded orders before attributing public-company project revenue.
How financially meaningful is it?
Our analysis: Construction of an additional building demonstrates development activity at the date of the disclosure but does not certify that every later phase was accepted on schedule. The current investment envelope is higher than the older expectation; the change may reflect expanded scope or asset spending, and an unexplained difference should not automatically be called an overrun. Meta owns infrastructure for its products, so the return depends on useful computing and distributed product benefits after resources and equipment renewal. A campus with multiple generations may share staff and network infrastructure while requiring different thermal or electrical modifications. Renewable support does not reveal actual IT load or hourly reliability. Investors should seek a reconciled phase list and current operating resource obligations before estimating materiality. Alabama-wide figures include Montgomery and are kept separate here.
How to test the economics
Computing contribution equals customer or product benefit minus power, network, facility operation, financing and equipment renewal. Model long-lived buildings separately from shorter-lived computing assets.
Hypothetical illustration: 10 MW steady IT load at 1.2 PUE uses 105,120 MWh annually. A USD 10/MWh tariff increase adds USD 1.0512 million annual cost. Neither load, PUE nor tariff is disclosed here; this is a sensitivity example, not a site forecast.
Milestones that would change the assessment
Milestone
Evidence to watch
Scope and capital
Reconcile campus and portfolio figures, accepted versus potential capacity, and property versus equipment funding.
Electrical and cooling acceptance
Current accepted phases, reconciled capital scope and measured computing productivity. Equipment delivery, construction completion and commissioning are separate steps.
Commercial productivity
Useful workloads or billable customer capacity, with operating costs and renewal obligations included.
Counterparty attribution
Named binding service and procurement terms before estimating participant earnings.
What could break the investment case?
Our analysis: Past completion targets can be mistaken for current operating evidence. Capital scope, phase readiness and hardware refresh costs may diverge from original expectations.
What would change our view?
Our analysis: Dated acceptance, improved useful output and competitive net resource costs would strengthen our assessment. Underutilized capacity, expensive upgrades without customer support, or rising renewal costs ahead of economic benefits would weaken it. We would update this profile using campus-specific operating and contractual evidence. A larger corporate investment headline, a grant program or a design capability alone would not establish a stronger return.
What remains unknown
Current accepted IT MW, facility load, billable occupancy or workload utilization, site-attributable earnings, tariff details, phase capital, supplier contract values and measured performance remain unestablished unless explicitly stated above. Operator specifications are not independently measured outcomes. The pin represents the locality rather than a verified server hall. Broad portfolio AI demand is not proof of a dedicated AI deployment here.
Project research for information, not a buy recommendation. Financial illustrations use assumptions, not disclosed site results or management guidance.
Expanded-phase commissioning, productive AI deployment and capital reconciliation
Reviewed
October 6, 2026
Expanded analysis · Original disclosures linked below · CAD and USD preserved as labeled · Company statements attributed; interpretations labeled.
The one-minute investment takeaway
Our analysis: An expanded AI-oriented plan must convert into useful service. Montgomery adds a specific Alabama expansion with a revised campus budget. The source describes future operation, so we do not label the enlarged campus commissioned.
Readiness basis: Classification of evidence in the reviewed profile; strongest documented phase, not full-campus completion. Two-building expansion announced September 2025; operating completion unverified Readiness source →
What the sources establish
Expansion scope.Meta’s September 23, 2025 release adds two buildings, bringing the campus footprint to nearly 1.3 million square feet and investment to more than USD 1.5 billion. Primary source →
Workload and power boundary.Meta says Montgomery will be optimized for AI once operational. Its 227 MW of supported new Alabama renewable projects is generation capacity, not campus IT MW. Primary source →
Who receives the money?
Our analysis of disclosed roles. Revenue routes are business-model interpretations, not estimates of booked project revenue.
Accepted useful capacity and net contribution after resource and renewal costs.
Named service and construction participants
Contract-specific delivery and recurring service roles
Actual contract, tariff or purchase terms; participation is not booked profit.
Equipment suppliers not established here
Potential procurement and renewal spending
Named awarded orders before attributing public-company project revenue.
How financially meaningful is it?
Our analysis: Two new buildings nearly doubling an investment headline can change common infrastructure allocation as well as the delivered asset base. An investor should separate original buildings, incremental shared electrical systems and future computing equipment before calculating returns. Meta’s AI-oriented design makes the development relevant to the theme, while neither design nor building area establishes a GPU inventory or useful output. Supported renewable projects may contribute to energy matching, but their nameplate MW cannot be converted into campus capacity. The company’s product benefits are distributed across its infrastructure, making standalone income difficult to attribute. Track accepted power and cooling alongside actual workloads, then compare contribution with operation and equipment renewal. The combined Alabama figure also includes Huntsville and should not be added to Montgomery’s budget. Jobs supported at completion are an impact metric, not shareholder earnings.
How to test the economics
Computing contribution equals customer or product benefit minus power, network, facility operation, financing and equipment renewal. Model long-lived buildings separately from shorter-lived computing assets.
Hypothetical illustration: 10 MW steady IT load at 1.2 PUE uses 105,120 MWh annually. A USD 10/MWh tariff increase adds USD 1.0512 million annual cost. Neither load, PUE nor tariff is disclosed here; this is a sensitivity example, not a site forecast.
Milestones that would change the assessment
Milestone
Evidence to watch
Scope and capital
Reconcile campus and portfolio figures, accepted versus potential capacity, and property versus equipment funding.
Electrical and cooling acceptance
Commissioned facilities, accepted electrical service and productive AI workloads. Equipment delivery, construction completion and commissioning are separate steps.
Commercial productivity
Useful workloads or billable customer capacity, with operating costs and renewal obligations included.
Counterparty attribution
Named binding service and procurement terms before estimating participant earnings.
What could break the investment case?
Our analysis: Expansion scope, electrical delivery and workload acceptance can diverge. Renewable MW and floor space may make capacity appear quantified when IT load is undisclosed.
What would change our view?
Our analysis: Dated acceptance, improved useful output and competitive net resource costs would strengthen our assessment. Underutilized capacity, expensive upgrades without customer support, or rising renewal costs ahead of economic benefits would weaken it. We would update this profile using campus-specific operating and contractual evidence. A larger corporate investment headline, a grant program or a design capability alone would not establish a stronger return.
What remains unknown
Current accepted IT MW, facility load, billable occupancy or workload utilization, site-attributable earnings, tariff details, phase capital, supplier contract values and measured performance remain unestablished unless explicitly stated above. Operator specifications are not independently measured outcomes. The pin represents the locality rather than a verified server hall. Broad portfolio AI demand is not proof of a dedicated AI deployment here.
Project research for information, not a buy recommendation. Financial illustrations use assumptions, not disclosed site results or management guidance.
Current hardware compatibility, retrofit cost and measured useful output
Reviewed
October 6, 2026
Expanded analysis · Original disclosures linked below · CAD and USD preserved as labeled · Company statements attributed; interpretations labeled.
The one-minute investment takeaway
Our analysis: An early Open Compute campus needs a modern retrofit assessment. Forest City supplies dated operating evidence and a specific historical cooling architecture. Those origins are useful context, but they do not prove the design is unchanged today.
Readiness basis: Classification of evidence in the reviewed profile; strongest documented phase, not full-campus completion. First building online April 2012; current accepted load undisclosed Readiness source →
What the sources establish
Dated operation.Meta’s April 19, 2012 announcement says Forest City’s first building opened and served live traffic. It described outdoor-air cooling developed through the Open Compute Project. Primary source →
Current envelope.Meta’s current directory lists more than USD 750 million investment at Forest City. The initial opening does not establish the present configuration or every subsequent phase. Primary source →
Who receives the money?
Our analysis of disclosed roles. Revenue routes are business-model interpretations, not estimates of booked project revenue.
Accepted useful capacity and net contribution after resource and renewal costs.
Named service and construction participants
Contract-specific delivery and recurring service roles
Actual contract, tariff or purchase terms; participation is not booked profit.
Equipment suppliers not established here
Potential procurement and renewal spending
Named awarded orders before attributing public-company project revenue.
How financially meaningful is it?
Our analysis: Infrastructure designed around an earlier server generation can retain value through buildings, networks and staff while requiring material modifications for denser workloads. Outdoor-air cooling was explicitly part of the original architecture; investors should seek current environmental controls, measured performance and the changes needed for new equipment. A historical efficiency experiment is not a present-day PUE claim. Meta’s benefit comes through useful product computing and avoided external infrastructure expense, with cash continually required for server replacement. The current investment headline should be reconciled with retrofit and expansion scope rather than treated as annual capital or present asset value. Low building cost would not automatically make a new GPU deployment attractive if electrical or thermal limits demand large upgrades. Analyze each incremental phase against an alternative computing location and keep historical innovation separate from current commercial output.
How to test the economics
Computing contribution equals customer or product benefit minus power, network, facility operation, financing and equipment renewal. Model long-lived buildings separately from shorter-lived computing assets.
Hypothetical illustration: 10 MW steady IT load at 1.2 PUE uses 105,120 MWh annually. A USD 10/MWh tariff increase adds USD 1.0512 million annual cost. Neither load, PUE nor tariff is disclosed here; this is a sensitivity example, not a site forecast.
Milestones that would change the assessment
Milestone
Evidence to watch
Scope and capital
Reconcile campus and portfolio figures, accepted versus potential capacity, and property versus equipment funding.
Electrical and cooling acceptance
Current accepted phases, reconciled capital scope and measured computing productivity. Equipment delivery, construction completion and commissioning are separate steps.
Commercial productivity
Useful workloads or billable customer capacity, with operating costs and renewal obligations included.
Counterparty attribution
Named binding service and procurement terms before estimating participant earnings.
What could break the investment case?
Our analysis: Older electrical and cooling architecture may constrain density upgrades. Historical operating evidence does not quantify current utilization, efficiency or AI workload share.
What would change our view?
Our analysis: Dated acceptance, improved useful output and competitive net resource costs would strengthen our assessment. Underutilized capacity, expensive upgrades without customer support, or rising renewal costs ahead of economic benefits would weaken it. We would update this profile using campus-specific operating and contractual evidence. A larger corporate investment headline, a grant program or a design capability alone would not establish a stronger return.
What remains unknown
Current accepted IT MW, facility load, billable occupancy or workload utilization, site-attributable earnings, tariff details, phase capital, supplier contract values and measured performance remain unestablished unless explicitly stated above. Operator specifications are not independently measured outcomes. The pin represents the locality rather than a verified server hall. Broad portfolio AI demand is not proof of a dedicated AI deployment here.
Project research for information, not a buy recommendation. Financial illustrations use assumptions, not disclosed site results or management guidance.
Accepted building inventory, resource requirements and incremental computing benefits
Reviewed
October 6, 2026
Expanded analysis · Original disclosures linked below · CAD and USD preserved as labeled · Company statements attributed; interpretations labeled.
The one-minute investment takeaway
Our analysis: A large mature footprint needs phase-level productivity. Prineville adds Meta’s original custom-built campus area. Its historical expansion provides scale, but the operating and capital state of each building needs reconciliation.
Readiness basis: Classification of evidence in the reviewed profile; strongest documented phase, not full-campus completion. Operating campus; city reports 11 completed buildings in FY2024; current IT capacity and per-building commissioning unverified Readiness source →
What the sources establish
Historical program.Meta’s March 18, 2021 release announced two more buildings and a prospective 11-building campus approaching 4.6 million square feet, with investment exceeding USD 2 billion. Primary source →
Current scope. The operator’s current directory retains a USD 2 billion-plus investment headline. The full-buildout description is not a verified present-day IT capacity or utilization figure. Primary source →
Who receives the money?
Our analysis of disclosed roles. Revenue routes are business-model interpretations, not estimates of booked project revenue.
Accepted useful capacity and net contribution after resource and renewal costs.
Named service and construction participants
Contract-specific delivery and recurring service roles
Actual contract, tariff or purchase terms; participation is not booked profit.
Equipment suppliers not established here
Potential procurement and renewal spending
Named awarded orders before attributing public-company project revenue.
How financially meaningful is it?
Our analysis: A multibuilding campus can offer economies in staffing, network and site services while concentrating resource and technology-renewal obligations. Separate buildings already delivering useful work from shells, prospective phases and later density upgrades. Meta’s 2021 square-foot envelope was described as a full-buildout expectation; it cannot be turned into current IT MW by an assumed density. The current budget headline is broadly consistent with the earlier envelope, but that does not establish actual money spent or phase acceptance. Energy matching and water restoration were discussed by the operator; they serve different roles from physical electricity delivery and water available at peak. The next refresh should be tested for useful output after server, thermal, electrical and maintenance costs. Neither original-campus status nor a longstanding local workforce guarantees the best incremental return within Meta’s portfolio.
How to test the economics
Computing contribution equals customer or product benefit minus power, network, facility operation, financing and equipment renewal. Model long-lived buildings separately from shorter-lived computing assets.
Hypothetical illustration: 10 MW steady IT load at 1.2 PUE uses 105,120 MWh annually. A USD 10/MWh tariff increase adds USD 1.0512 million annual cost. Neither load, PUE nor tariff is disclosed here; this is a sensitivity example, not a site forecast.
Milestones that would change the assessment
Milestone
Evidence to watch
Scope and capital
Reconcile campus and portfolio figures, accepted versus potential capacity, and property versus equipment funding.
Electrical and cooling acceptance
Current accepted phases, reconciled capital scope and measured computing productivity. Equipment delivery, construction completion and commissioning are separate steps.
Commercial productivity
Useful workloads or billable customer capacity, with operating costs and renewal obligations included.
Counterparty attribution
Named binding service and procurement terms before estimating participant earnings.
What could break the investment case?
Our analysis: Common infrastructure can become a bottleneck for multiple phases. Hardware obsolescence, resource obligations and retrofit costs may consume cash long after the first opening.
What would change our view?
Our analysis: Dated acceptance, improved useful output and competitive net resource costs would strengthen our assessment. Underutilized capacity, expensive upgrades without customer support, or rising renewal costs ahead of economic benefits would weaken it. We would update this profile using campus-specific operating and contractual evidence. A larger corporate investment headline, a grant program or a design capability alone would not establish a stronger return.
What remains unknown
Resolved historical construction count: city reports 11 completed buildings. Remaining: individual occupancy/IT commissioning dates, future expansion scope, current nameplate/peak and IT MW, hardware utilization, site earnings, tariff and phase capex. Annual facility electricity is disclosed for 2023–2024; it is not a current capacity or utilization measure.
Project research for information, not a buy recommendation. Financial illustrations use assumptions, not disclosed site results or management guidance.
Readiness evidence update · October 14, 2026
Operating existing campus.Meta’s current Prineville information sheet explicitly describes operational data-center buildings and operational jobs. A 2018 company newsroom account records the original campus opening in 2011. A city economic-opportunities analysis hosted by Oregon corroborates the established campus. These support existing-campus operation, not acceptance of every expansion.
This corrects our readiness classification; it does not report a new opening. Current accepted IT MW, utilization, site earnings and completion of all expansions remain unverified. No capacity or spending quantity is promoted into aggregate totals.
The current fact sheet describes operational Prineville data-center buildings, operational jobs and utility/water-service arrangements. These support existing-campus operation, not a quantified energized IT load or complete building-acceptance inventory.
The company states that its first custom-built Prineville data center opened in 2011. The same 2018 article discusses further proposed expansion; historical additions are not assumed completed today.
The analysis identifies established Apple and Meta campuses in the Prineville area. This is regional planning context, not a Prineville operating permit, phase acceptance record or current MW measurement.
Capacity, utilization and expansion gap review · October 14, 2026
Construction scope narrowed
City management reports 11 completed buildings and approximately 5 million square feet in its FY2024 financial report. Fortis describes 4.6 million square feet delivered; the area boundaries differ and remain separately attributed. This replaces a blanket unknown about the historic 11-building program with dated completion evidence.
Actual annual facility energy
Meta reports 1,375,321 MWh in 2023 and 1,728,291 MWh in 2024. FJI derives a 2024 annual average facility draw of approximately 196.75 MW by dividing by 8,784 leap-year hours. This includes facility energy, not just computing, and is not current IT capacity, peak load or a utilization percentage.
Remaining questions
Resolved historical construction count: city reports 11 completed buildings. Remaining: individual occupancy/IT commissioning dates, future expansion scope, current nameplate/peak and IT MW, hardware utilization, site earnings, tariff and phase capex. Annual facility electricity is disclosed for 2023–2024; it is not a current capacity or utilization measure.
Current useful load, phase-specific resource terms and renewal-adjusted benefits
Reviewed
October 6, 2026
Expanded analysis · Original disclosures linked below · CAD and USD preserved as labeled · Company statements attributed; interpretations labeled.
The one-minute investment takeaway
Our analysis: Operating Texas capacity needs local economics rather than statewide allocation. Fort Worth complements the El Paso development already covered. Its dated operating role is clear, while current utilization and AI-specific attribution remain unknown.
Readiness basis: Classification of evidence in the reviewed profile; strongest documented phase, not full-campus completion. Meta identifies operation since 2017; current load and AI share undisclosed Readiness source →
What the sources establish
Operating evidence.Meta’s Building Texas page identifies Fort Worth as operational since 2017. Texas-wide renewable additions and infrastructure commitments are separate from this campus’s measured electrical load. Primary source →
Campus investment. The current operator directory lists more than USD 1.5 billion investment for Fort Worth, with a 2015 groundbreaking. This is not its annual capex or site earnings. Primary source →
Who receives the money?
Our analysis of disclosed roles. Revenue routes are business-model interpretations, not estimates of booked project revenue.
Accepted useful capacity and net contribution after resource and renewal costs.
Named service and construction participants
Contract-specific delivery and recurring service roles
Actual contract, tariff or purchase terms; participation is not booked profit.
Equipment suppliers not established here
Potential procurement and renewal spending
Named awarded orders before attributing public-company project revenue.
How financially meaningful is it?
Our analysis: Texas-wide expansion, water programs and renewable support can frame corporate commitments but cannot establish Fort Worth’s allocated contracts or costs. An established campus may share networks and staff across generations while still demanding substantial electrical and cooling renewal. The economic test is useful product contribution after resources, facilities and server replacement. Meta’s assertion that it pays full resource costs is a company statement; investor diligence still needs the actual site agreement and capital-recovery boundary. Renewable generation supported across Texas is not Fort Worth IT capacity or guaranteed hourly physical supply. Operating history reduces development uncertainty but does not establish the return on the next building or refresh. Compare phase-specific productive output and lifetime cost, distinguishing this campus from Temple and El Paso rather than folding all Texas activity into one financial estimate.
How to test the economics
Computing contribution equals customer or product benefit minus power, network, facility operation, financing and equipment renewal. Model long-lived buildings separately from shorter-lived computing assets.
Hypothetical illustration: 10 MW steady IT load at 1.2 PUE uses 105,120 MWh annually. A USD 10/MWh tariff increase adds USD 1.0512 million annual cost. Neither load, PUE nor tariff is disclosed here; this is a sensitivity example, not a site forecast.
Milestones that would change the assessment
Milestone
Evidence to watch
Scope and capital
Reconcile campus and portfolio figures, accepted versus potential capacity, and property versus equipment funding.
Electrical and cooling acceptance
Current accepted phases, reconciled capital scope and measured computing productivity. Equipment delivery, construction completion and commissioning are separate steps.
Commercial productivity
Useful workloads or billable customer capacity, with operating costs and renewal obligations included.
Counterparty attribution
Named binding service and procurement terms before estimating participant earnings.
What could break the investment case?
Our analysis: Statewide resource figures can be misallocated. Peak thermal costs, hardware renewal and changes in useful workloads can affect an already operating campus.
What would change our view?
Our analysis: Dated acceptance, improved useful output and competitive net resource costs would strengthen our assessment. Underutilized capacity, expensive upgrades without customer support, or rising renewal costs ahead of economic benefits would weaken it. We would update this profile using campus-specific operating and contractual evidence. A larger corporate investment headline, a grant program or a design capability alone would not establish a stronger return.
What remains unknown
Current accepted IT MW, facility load, billable occupancy or workload utilization, site-attributable earnings, tariff details, phase capital, supplier contract values and measured performance remain unestablished unless explicitly stated above. Operator specifications are not independently measured outcomes. The pin represents the locality rather than a verified server hall. Broad portfolio AI demand is not proof of a dedicated AI deployment here.
Project research for information, not a buy recommendation. Financial illustrations use assumptions, not disclosed site results or management guidance.
Funded phase scope, resource acceptance and productive computing
Reviewed
October 6, 2026
Expanded analysis · Original disclosures linked below · CAD and USD preserved as labeled · Company statements attributed; interpretations labeled.
The one-minute investment takeaway
Our analysis: A very large capital envelope needs a staged delivery model. Lebanon adds a major Indiana campus with named resource participants. Its size makes accepted phases and capital timing especially important; no current operating capacity is inferred.
Readiness basis: Classification of evidence in the reviewed profile; strongest documented phase, not full-campus completion. Campus announced February 2026; operating completion unverified Readiness source →
What the sources establish
Large development.Meta’s February 11, 2026 release describes roughly four million square feet and investment exceeding USD 10 billion when completed. Neither figure establishes current operating MW. Primary source →
Resource participants. The release names Boone Power and Wabash Valley Power Alliance for energy planning, plus City of Lebanon water and wastewater arrangements. Full-cost statements are operator assertions, not tariff analysis. Primary source →
Who receives the money?
Our analysis of disclosed roles. Revenue routes are business-model interpretations, not estimates of booked project revenue.
Accepted useful capacity and net contribution after resource and renewal costs.
Named service and construction participants
Contract-specific delivery and recurring service roles
Actual contract, tariff or purchase terms; participation is not booked profit.
Equipment suppliers not established here
Potential procurement and renewal spending
Named awarded orders before attributing public-company project revenue.
How financially meaningful is it?
Our analysis: Large common electrical, cooling and site works may be funded well before a first productive phase. The investor model should separate committed budgets, drawn capital, installed equipment and useful computing. Boone Power and Wabash Valley Power Alliance are named participants; their organizational and contractual economics differ from an assumed investor-owned utility rate-base return. Meta’s full-cost statement requires the actual agreement to determine infrastructure allocation, duration and protections against underutilized service. Water-restoration goals address watershed outcomes rather than guaranteeing instantaneous peak supply. The investment envelope does not reveal the split between long-lived facilities and short-lived hardware. A staged demand and renewal model should show how each phase supports product benefits and how later phases depend on shared assets. No accelerator supplier, campus GPU count or precise commissioning year is assigned without a source.
How to test the economics
Computing contribution equals customer or product benefit minus power, network, facility operation, financing and equipment renewal. Model long-lived buildings separately from shorter-lived computing assets.
Hypothetical illustration: 10 MW steady IT load at 1.2 PUE uses 105,120 MWh annually. A USD 10/MWh tariff increase adds USD 1.0512 million annual cost. Neither load, PUE nor tariff is disclosed here; this is a sensitivity example, not a site forecast.
Milestones that would change the assessment
Milestone
Evidence to watch
Scope and capital
Reconcile campus and portfolio figures, accepted versus potential capacity, and property versus equipment funding.
Electrical and cooling acceptance
Dated electrical and facility commissioning, plus accepted useful computing. Equipment delivery, construction completion and commissioning are separate steps.
Commercial productivity
Useful workloads or billable customer capacity, with operating costs and renewal obligations included.
Counterparty attribution
Named binding service and procurement terms before estimating participant earnings.
What could break the investment case?
Our analysis: Large common capital can sit idle ahead of workloads. Resource planning, building schedules and hardware deployment may not align. Full-buildout headlines can conceal phase and funding uncertainty.
What would change our view?
Our analysis: Dated acceptance, improved useful output and competitive net resource costs would strengthen our assessment. Underutilized capacity, expensive upgrades without customer support, or rising renewal costs ahead of economic benefits would weaken it. We would update this profile using campus-specific operating and contractual evidence. A larger corporate investment headline, a grant program or a design capability alone would not establish a stronger return.
What remains unknown
Current accepted IT MW, facility load, billable occupancy or workload utilization, site-attributable earnings, tariff details, phase capital, supplier contract values and measured performance remain unestablished unless explicitly stated above. Operator specifications are not independently measured outcomes. The pin represents the locality rather than a verified server hall. Broad portfolio AI demand is not proof of a dedicated AI deployment here.
Project research for information, not a buy recommendation. Financial illustrations use assumptions, not disclosed site results or management guidance.
Dated electrical acceptance, commissioned facilities and useful AI computing
Reviewed
October 6, 2026
Expanded analysis · Original disclosures linked below · CAD and USD preserved as labeled · Company statements attributed; interpretations labeled.
The one-minute investment takeaway
Our analysis: A named utility makes delivery more assessable. Bowling Green adds northwest Ohio with an explicit future AI role and electricity participant. The atlas uses Middleton Township geography rather than confusing it with Bowling Green, Kentucky.
Readiness basis: Classification of evidence in the reviewed profile; strongest documented phase, not full-campus completion. AI-optimized campus announced April 2025; operation unverified Readiness source →
What the sources establish
Campus plan.Meta’s April 9, 2025 release describes a 715,000-square-foot Middleton Township campus with more than USD 800 million investment upon completion and AI-optimized workloads once operational. Primary source →
Named service and builder. The release identifies Toledo Edison for energy planning and JE Dunn for construction. Renewable matching is distinct from accepted electrical load and actual computing. Primary source →
Public utility parent. FirstEnergy identifies Toledo Edison among its electric companies; FirstEnergy’s investor materials identify NYSE ticker FE. This is parent exposure, not disclosed campus earnings. Primary source →
Who receives the money?
Our analysis of disclosed roles. Revenue routes are business-model interpretations, not estimates of booked project revenue.
Accepted useful capacity and net contribution after resource and renewal costs.
Named service and construction participants
Contract-specific delivery and recurring service roles
Actual contract, tariff or purchase terms; participation is not booked profit.
Equipment suppliers not established here
Potential procurement and renewal spending
Named awarded orders before attributing public-company project revenue.
How financially meaningful is it?
Our analysis: Investor analysis needs two models: Meta’s useful computing contribution and the utility’s approved service and capital economics. Toledo Edison’s role supplies a public-market connection through FirstEnergy, while the campus announcement does not establish tariff terms, accepted demand or rate-base attribution. New electrical works can require funding before customer load, and contract protections determine who bears a delay or lower utilization. For Meta, AI-ready design remains preparation rather than an accepted GPU fleet. The floor-space and investment envelope should be separated into buildings, shared infrastructure and future equipment. A declared renewable match does not disclose hourly power delivery, IT MW or electricity price. JE Dunn’s named construction role establishes participation without quantifying contract margin. Track actual service and facility acceptance before strengthening the operating label, then evaluate hardware renewal and resource-adjusted useful output.
How to test the economics
Computing contribution equals customer or product benefit minus power, network, facility operation, financing and equipment renewal. Model long-lived buildings separately from shorter-lived computing assets.
Hypothetical illustration: 10 MW steady IT load at 1.2 PUE uses 105,120 MWh annually. A USD 10/MWh tariff increase adds USD 1.0512 million annual cost. Neither load, PUE nor tariff is disclosed here; this is a sensitivity example, not a site forecast.
Milestones that would change the assessment
Milestone
Evidence to watch
Scope and capital
Reconcile campus and portfolio figures, accepted versus potential capacity, and property versus equipment funding.
Electrical and cooling acceptance
Dated electrical and facility commissioning, plus accepted useful computing. Equipment delivery, construction completion and commissioning are separate steps.
Commercial productivity
Useful workloads or billable customer capacity, with operating costs and renewal obligations included.
Counterparty attribution
Named binding service and procurement terms before estimating participant earnings.
What could break the investment case?
Our analysis: Electrical readiness, building completion and deployed hardware may diverge. Renewable matching is not physical service acceptance. Parent-company utility exposure is broader than this campus.
What would change our view?
Our analysis: Dated acceptance, improved useful output and competitive net resource costs would strengthen our assessment. Underutilized capacity, expensive upgrades without customer support, or rising renewal costs ahead of economic benefits would weaken it. We would update this profile using campus-specific operating and contractual evidence. A larger corporate investment headline, a grant program or a design capability alone would not establish a stronger return.
What remains unknown
Current accepted IT MW, facility load, billable occupancy or workload utilization, site-attributable earnings, tariff details, phase capital, supplier contract values and measured performance remain unestablished unless explicitly stated above. Operator specifications are not independently measured outcomes. The pin represents the locality rather than a verified server hall. Broad portfolio AI demand is not proof of a dedicated AI deployment here.
Project research for information, not a buy recommendation. Financial illustrations use assumptions, not disclosed site results or management guidance.
250 MW issuer-reported Ready for Service on October 1, 2026; 400 MW contracted full buildout
Confirmed companies
Applied Digital (APLD); CoreWeave (CRWV)
Next milestone
Remaining 150 MW building acceptance targeted in calendar 2027; phase rent and cash collection
Reviewed
October 6, 2026
Expanded analysis · Original disclosures linked below · CAD and USD preserved as labeled · Company statements attributed; interpretations labeled.
The one-minute investment takeaway
Our analysis: Delivered phases make lease conversion assessable. The key question has moved from whether an initial facility exists to how delivered phases contribute after costs. Property rent and reimbursed construction activities have different margin and cash profiles. Tenant concentration remains material even with contractual protection. The remaining 150 MW requires its own acceptance evidence and cannot be counted as live capacity. Track rent commencement by phase, cash collections and the owner’s capital still at risk. Shared site infrastructure should be allocated consistently rather than charged twice or omitted.
Readiness basis: Classification of evidence in the reviewed profile; strongest documented phase, not full-campus completion. 250 MW issuer-reported Ready for Service on October 1, 2026; 400 MW contracted full buildout Readiness source →
Delivery commitments and dated checkpoints
Scoped review · October 15, 2026. Earlier whole-profile and source-audit dates remain as recorded.
Applied Digital reported 250 MW of critical IT capacity ready for service at Polaris Forge 1 after the second 75 MW phase of Building 2 reached RFS on October 1, 2026. The milestone was announced October 2 and dated more precisely in the October 7 earnings release. The earlier July 1 delivery had brought the campus to 175 MW. The 400 MW contracted full-buildout scope remains separate: the October 7 filing describes the remaining 150 MW third building as under construction, with full RFS targeted in calendar 2027. These are attributed delivery disclosures, not independently metered utilization or proof of full-campus completion. Next: dated acceptance of the remaining phase and evidence of rent commencement and cash collection.
Delivery chronology. The October 7 earnings release dates campus Ready for Service at 175 MW on July 1 and 250 MW on October 1, 2026. The latter milestone was announced October 2. These are cumulative issuer-reported critical IT quantities, not metered utilization. Operator / company disclosure · 2026-10-07
Remaining phase. The October 7 Form 10-Q describes the third 150 MW building under construction, with full Ready for Service anticipated in calendar 2027. Operator / company disclosure · 2026-10-07
Delivered capacity. The October 2 release reports 250 MW of operational critical IT capacity after a further 75 MW delivery, against a 400 MW contracted campus. Primary source →
Revenue composition. The July results distinguish recurring base rent, tenant fit-out services and recoveries. Construction-related revenue is not recurring rent. Primary source →
Who receives the money?
Our analysis of disclosed roles. Revenue routes are business-model interpretations, not estimates of booked project revenue.
Company / exposure
Economic role
What investors need to establish
Applied Digital (APLD)
Operator / owner: property rent or computing service contribution according to the business model
Accepted phases, retained margin, financing and maintenance obligations.
Named customers or resource providers
Payments for contracted services or resource delivery where the source identifies a relationship
Confirm scope and contracts; broad ecosystem demand does not establish a supplier order.
Other contractors and equipment suppliers
Potential construction and refresh receipts
Do not assign undisclosed vendors, earnings or contract values.
How financially meaningful is it?
Our analysis: The key question has moved from whether an initial facility exists to how delivered phases contribute after costs. Property rent and reimbursed construction activities have different margin and cash profiles. Tenant concentration remains material even with contractual protection. The remaining 150 MW requires its own acceptance evidence and cannot be counted as live capacity. Track rent commencement by phase, cash collections and the owner’s capital still at risk. Shared site infrastructure should be allocated consistently rather than charged twice or omitted.
How to test the economics
Owner cash contribution = recurring rent and retained service margin less property operating costs, maintenance, interest and common infrastructure spending.
Hypothetical illustration: At an assumed USD 100/kW-month, 25 MW adds USD 30 million of annual gross rent before costs. This is a sensitivity, not the Applied Digital lease rate.
Milestones that would change the assessment
Milestone
Evidence to watch
Evidence of delivery
A dated phase acceptance record showing usable equipment, power and cooling; separate previous targets from observed completion.
Recurring economics
Remaining 150 MW building acceptance targeted in calendar 2027; phase rent and cash collection
Capital and operating reconciliation
Separate property construction, computing hardware, reimbursed costs and financing; distinguish operating cash receipts from revenue recognition.
What could break the investment case?
Our analysis: Delayed final delivery, concentrated tenant exposure, debt servicing and maintenance can reduce owner returns. Ready for Service establishes infrastructure delivery, not the utilization or profitability of every GPU.
What would change our view?
Our analysis: Phase-specific customer acceptance, sustained useful workloads and cash generation after recurring costs would strengthen our assessment. Missed acceptance, deteriorating margins or additional capital required without equivalent contract protection would weaken it. A larger design envelope alone would not change the operating assessment.
What remains unknown
Current phase utilization, site-specific cash flow, customer acceptance detail, actual tariff, measured PUE, maintenance obligations and incremental capital returns are not fully disclosed in the reviewed sources. Coordinates represent the named locality or campus vicinity, not a surveyed building. A target date is not a verified completion. Readiness means the documented state above; no blanket “shovel ready” designation is inferred from a marketing page.
Project research for information, not a buy recommendation. Financial illustrations use assumptions, not disclosed site results or management guidance.
Spotlight source audit
Reviewed October 6, 2026. Three reviewed documents from two publishers. The capacity milestone is attributed to Applied Digital; Reuters corroborates the lease context, not the latest physical delivery.
Applied Digital · 2026-10-02Primary · Operator disclosure — Reports 75 MW added, 250 MW operating critical IT load and 400 MW contracted at full buildout.
Applied Digital · 2026-07-01Primary · Earlier delivery record — Reports the prior 175 MW operating total; a separate milestone document from the same issuer, not independent verification.
Reuters · 2025-06-02Independent journalism · Lease context — Reports the original CoreWeave leases. Provides relationship and financial context, not confirmation of the October 2026 operating total.
Agassiz utility energization and phase-specific customer acceptance; issuer targets initial RFS in H2 2026 and full capacity in early 2027
Reviewed
October 6, 2026
Expanded analysis · Original disclosures linked below · CAD and USD preserved as labeled · Company statements attributed; interpretations labeled.
The one-minute investment takeaway
Our analysis: A financed construction project still needs customer acceptance. A signed tenant and closed financing reduce two development uncertainties, while leaving execution and acceptance risk. This is stronger evidence than land marketing or a nonbinding reservation, but it does not prove operations. The campus should be evaluated independently from Polaris Forge 1: success at Ellendale supports experience, not automatic completion in Harwood. Long leases can improve cash visibility once accepted; construction spending and interest begin earlier. The public identity of the tenant is not established and should not be guessed from industry rumors.
Readiness basis: Classification of evidence in the reviewed profile; strongest documented phase, not full-campus completion. 300 MW building program reported under construction; 200 MW contracted/financed scope; operation unverified Readiness source →
Delivery commitments and dated checkpoints
Utility evidence updated October 17, 2026. Earlier disclosures and whole-profile review dates are retained.
North Dakota’s Public Service Commission granted corridor certificate 248 and route permit 259 for the Agassiz transmission project on April 29, 2026, subject to the order’s conditions and other necessary permits. The 1.74-mile, 345 kV line and associated substation serve the Polaris Forge 2 load through Minnkota and Cass County Electric Cooperative. The order records an estimated $110 million utility-project cost and a December 2026 construction/commercial-operation target. Neither establishes campus spending or energization. April 29 order, pp. 3 and 7–10
Minnkota’s September 2026 construction report, filed October 1, lists conductor stringing at 98% and substation testing/commissioning at 10%. These are separate utility workstreams, not a weighted completion score or delivered data-center capacity. Applied Digital’s October 7 filing describes two buildings totaling 300 MW under construction, targeting initial readiness in H2 calendar 2026 and full capacity in early 2027. Actual customer acceptance and operating IT load remain unavailable. September utility report, filed October 1 · October 7 issuer filing
Cass County Electric’s undated project page gives expected peak usage of 280 MW. Keep that utility-use estimate separate from the 300 MW construction program and 200 MW contracted subset: phase and measurement boundaries have not been reconciled. These figures must not be added together or treated as current operating IT load. Utility load estimate
Next evidence: Read the next filed Agassiz progress report and a dated utility energization/acceptance instrument, followed by a phase-specific issuer or customer service-readiness statement. Reconcile the 280 MW utility-use estimate, 300 MW construction program and 200 MW contracted subset before quantitative comparison.
Earlier evidence and scope
The March 19 hearing notice recorded a $75 million utility-project estimate; the April 29 order records $110 million. Neither is campus spending or an independently established overrun. The April 15 preliminary-grading variance was not final siting approval.
Construction and demand. The January 2026 results disclose construction and a roughly 15-year lease for 200 MW with an unnamed US investment-grade hyperscaler. Initial delivery was targeted for 2026. Primary source →
Financing closure. The July results confirm a USD 2.15 billion notes issuance to fund 200 MW at Polaris Forge 2. Primary source →
Who receives the money?
Our analysis of disclosed roles. Revenue routes are business-model interpretations, not estimates of booked project revenue.
Company / exposure
Economic role
What investors need to establish
Applied Digital (APLD)
Operator / owner: property rent or computing service contribution according to the business model
Accepted phases, retained margin, financing and maintenance obligations.
Named customers or resource providers
Payments for contracted services or resource delivery where the source identifies a relationship
Confirm scope and contracts; broad ecosystem demand does not establish a supplier order.
Other contractors and equipment suppliers
Potential construction and refresh receipts
Do not assign undisclosed vendors, earnings or contract values.
How financially meaningful is it?
Our analysis: A signed tenant and closed financing reduce two development uncertainties, while leaving execution and acceptance risk. This is stronger evidence than land marketing or a nonbinding reservation, but it does not prove operations. The campus should be evaluated independently from Polaris Forge 1: success at Ellendale supports experience, not automatic completion in Harwood. Long leases can improve cash visibility once accepted; construction spending and interest begin earlier. The public identity of the tenant is not established and should not be guessed from industry rumors.
How to test the economics
Development return = stabilized property contribution divided by all project and allocated shared capital; model interest during construction separately.
Hypothetical illustration: A USD 2 billion assumed delivery budget with 10% overruns requires USD 200 million extra capital. These figures are not this campus budget or an overrun estimate.
Milestones that would change the assessment
Milestone
Evidence to watch
Evidence of delivery
A dated phase acceptance record showing usable equipment, power and cooling; separate previous targets from observed completion.
Recurring economics
Agassiz utility energization and phase-specific customer acceptance; issuer targets initial RFS in H2 2026 and full capacity in early 2027
Capital and operating reconciliation
Separate property construction, computing hardware, reimbursed costs and financing; distinguish operating cash receipts from revenue recognition.
What could break the investment case?
Our analysis: Completion guarantees can require additional owner funding if costs exceed available proceeds. A long lease does not eliminate delivery obligations, financing covenants or concentration.
What would change our view?
Our analysis: Phase-specific customer acceptance, sustained useful workloads and cash generation after recurring costs would strengthen our assessment. Missed acceptance, deteriorating margins or additional capital required without equivalent contract protection would weaken it. A larger design envelope alone would not change the operating assessment.
What remains unknown
Current phase utilization, site-specific cash flow, customer acceptance detail, actual tariff, measured PUE, maintenance obligations and incremental capital returns are not fully disclosed in the reviewed sources. Coordinates represent the named locality or campus vicinity, not a surveyed building. A target date is not a verified completion. Readiness means the documented state above; no blanket “shovel ready” designation is inferred from a marketing page.
Project research for information, not a buy recommendation. Financial illustrations use assumptions, not disclosed site results or management guidance.
Acceptance of Horizon 2–4, service revenue conversion and debt-funded hardware returns
Reviewed
October 6, 2026
Expanded analysis · Original disclosures linked below · CAD and USD preserved as labeled · Company statements attributed; interpretations labeled.
The one-minute investment takeaway
Our analysis: Customer delivery is stronger than a power reservation. Childress combines buildings, GPUs and service delivery, making it economically different from a landlord-only model. Microsoft acceptance is meaningful evidence, while later deployments remain contingent. The provider must earn enough over the equipment life to cover accelerated hardware replacement, service obligations and financing. Contracted run-rate figures are not already recognized annual revenue. Do not assign IREN’s wider operating revenue or all Childress power to the first delivered tranche. A phase model should include GPU uptime, realized pricing, storage and network expense, and payment timing.
Readiness basis: Classification of evidence in the reviewed profile; strongest documented phase, not full-campus completion. Horizon 1 delivered August 2026; further Horizon phases in commissioning or construction Readiness source →
What the sources establish
Delivered customer phase. IREN’s August 27 update confirms Horizon 1 delivered to Microsoft, with Horizon 2 commissioning and Horizon 3–4 in late-stage construction targeting Q4 2026. Primary source →
Site envelope. The Childress location page markets 750 MW power capacity; this broader site envelope is distinct from the 200 MW Horizon critical IT program. Primary source →
Who receives the money?
Our analysis of disclosed roles. Revenue routes are business-model interpretations, not estimates of booked project revenue.
Company / exposure
Economic role
What investors need to establish
IREN (IREN)
Operator / owner: property rent or computing service contribution according to the business model
Accepted phases, retained margin, financing and maintenance obligations.
Named customers or resource providers
Payments for contracted services or resource delivery where the source identifies a relationship
Confirm scope and contracts; broad ecosystem demand does not establish a supplier order.
Other contractors and equipment suppliers
Potential construction and refresh receipts
Do not assign undisclosed vendors, earnings or contract values.
How financially meaningful is it?
Our analysis: Childress combines buildings, GPUs and service delivery, making it economically different from a landlord-only model. Microsoft acceptance is meaningful evidence, while later deployments remain contingent. The provider must earn enough over the equipment life to cover accelerated hardware replacement, service obligations and financing. Contracted run-rate figures are not already recognized annual revenue. Do not assign IREN’s wider operating revenue or all Childress power to the first delivered tranche. A phase model should include GPU uptime, realized pricing, storage and network expense, and payment timing.
How to test the economics
AI service cash flow = realized compute receipts less electricity, network, staffing, maintenance, equipment finance and replacement reserves.
Hypothetical illustration: A 50 MW IT phase at an assumed 1.2 PUE uses 525,600 MWh annually at steady full load. A USD 10/MWh change alters annual power cost by USD 5.256 million; load, PUE and tariff are assumptions.
Milestones that would change the assessment
Milestone
Evidence to watch
Evidence of delivery
A dated phase acceptance record showing usable equipment, power and cooling; separate previous targets from observed completion.
Recurring economics
Acceptance of Horizon 2–4, service revenue conversion and debt-funded hardware returns
Capital and operating reconciliation
Separate property construction, computing hardware, reimbursed costs and financing; distinguish operating cash receipts from revenue recognition.
What could break the investment case?
Our analysis: GPU obsolescence, commissioning delays, financing costs and customer concentration can reduce returns despite a delivered first tranche. Site grid capacity and useful IT load are different denominators.
What would change our view?
Our analysis: Phase-specific customer acceptance, sustained useful workloads and cash generation after recurring costs would strengthen our assessment. Missed acceptance, deteriorating margins or additional capital required without equivalent contract protection would weaken it. A larger design envelope alone would not change the operating assessment.
What remains unknown
Current phase utilization, site-specific cash flow, customer acceptance detail, actual tariff, measured PUE, maintenance obligations and incremental capital returns are not fully disclosed in the reviewed sources. Coordinates represent the named locality or campus vicinity, not a surveyed building. A target date is not a verified completion. Readiness means the documented state above; no blanket “shovel ready” designation is inferred from a marketing page.
Project research for information, not a buy recommendation. Financial illustrations use assumptions, not disclosed site results or management guidance.
Commissioned GPU capacity by phase, customer contracts and 2027 expansion scope
Reviewed
October 6, 2026
Expanded analysis · Original disclosures linked below · CAD and USD preserved as labeled · Company statements attributed; interpretations labeled.
The one-minute investment takeaway
Our analysis: Existing power supports expansion without proving every AI phase is live. The attraction is reusable electrical infrastructure in an established Canadian location. That reduces the need to infer readiness from a proposed interconnection alone, but does not prove the completion of each computing retrofit. Mining-era electrical assets can be useful while AI service requirements introduce different network, cooling and uptime obligations. The investor must reconcile the historical 10 MW installation with future expansion without adding them as confirmed operating capacity. British Columbia operating and tax costs also need explicit treatment.
Readiness basis: Classification of evidence in the reviewed profile; strongest documented phase, not full-campus completion. Existing grid-connected campus; prior GPU installation construction disclosed; new liquid-cooled expansion planned for 2027 Readiness source →
What the sources establish
Existing power infrastructure. IREN describes a 50 MW campus with its own substation and two diverse fiber paths connected to BC Hydro. Primary source →
AI conversion evidence. The September 2025 company update identifies a 10 MW IT liquid-cooled installation under construction at Prince George. Primary source →
Additional future scope. IREN’s August 2026 results include Prince George among existing sites planned for additional liquid-cooled deployments during 2027. Primary source →
Who receives the money?
Our analysis of disclosed roles. Revenue routes are business-model interpretations, not estimates of booked project revenue.
Company / exposure
Economic role
What investors need to establish
IREN (IREN)
Operator / owner: property rent or computing service contribution according to the business model
Accepted phases, retained margin, financing and maintenance obligations.
Named customers or resource providers
Payments for contracted services or resource delivery where the source identifies a relationship
Confirm scope and contracts; broad ecosystem demand does not establish a supplier order.
Other contractors and equipment suppliers
Potential construction and refresh receipts
Do not assign undisclosed vendors, earnings or contract values.
How financially meaningful is it?
Our analysis: The attraction is reusable electrical infrastructure in an established Canadian location. That reduces the need to infer readiness from a proposed interconnection alone, but does not prove the completion of each computing retrofit. Mining-era electrical assets can be useful while AI service requirements introduce different network, cooling and uptime obligations. The investor must reconcile the historical 10 MW installation with future expansion without adding them as confirmed operating capacity. British Columbia operating and tax costs also need explicit treatment.
How to test the economics
Conversion return = useful AI service contribution minus conversion spending, ongoing hardware replacement and the opportunity cost of displaced activity.
Hypothetical illustration: If a hypothetical retrofit costs USD 100 million and adds USD 15 million annual operating contribution, its simple pre-financing payback is 6.7 years. This is not a disclosed project return.
Milestones that would change the assessment
Milestone
Evidence to watch
Evidence of delivery
A dated phase acceptance record showing usable equipment, power and cooling; separate previous targets from observed completion.
Recurring economics
Commissioned GPU capacity by phase, customer contracts and 2027 expansion scope
Capital and operating reconciliation
Separate property construction, computing hardware, reimbursed costs and financing; distinguish operating cash receipts from revenue recognition.
What could break the investment case?
Our analysis: Existing gross power cannot all be treated as liquid-cooled usable IT capacity. Conversion costs, tax treatment, hardware finance and customer service reliability can absorb apparent savings.
What would change our view?
Our analysis: Phase-specific customer acceptance, sustained useful workloads and cash generation after recurring costs would strengthen our assessment. Missed acceptance, deteriorating margins or additional capital required without equivalent contract protection would weaken it. A larger design envelope alone would not change the operating assessment.
What remains unknown
Current phase utilization, site-specific cash flow, customer acceptance detail, actual tariff, measured PUE, maintenance obligations and incremental capital returns are not fully disclosed in the reviewed sources. Coordinates represent the named locality or campus vicinity, not a surveyed building. A target date is not a verified completion. Readiness means the documented state above; no blanket “shovel ready” designation is inferred from a marketing page.
Project research for information, not a buy recommendation. Financial illustrations use assumptions, not disclosed site results or management guidance.
Expanded investment research / Denton, Texas — campus vicinity
Core Scientific Denton: Contract detail helps test conversion economics
FJ Intelligence evidence check · October 13, 2026
Scoped review of dated disclosures; issuer forecasts and reported service are separate from measured utilization, paid spending and investment returns.
Billing evidence supersedes the old target
July 28 issuer presentation reports roughly 260 MW billing at Denton as of mid-July, with substantial completion. We now classify documented customer service as operating, while retaining April’s 262 MW contractual allocation. Rounded billing, contracted IT and metered consumption remain different measures.
Power and land: date each boundary
September 10 disclosure reports 297 MW existing electrical load conditionally approved and 74 MW additional load validated in earlier study cases, outside Batch Zero. These do not reconcile April’s 394 MW potential envelope. The city’s 2024 agreement announcement has a broader 78.85-acre lease and USD 6.1 billion tenant investment forecast. Neither proves current operator spending or earnings.
Economic roles and next checkpoint
Core Scientific (CORZ) provides licensed facilities on municipal land; CoreWeave (CRWV) monetizes computing. Our analysis: billed service is a stronger revenue checkpoint than power access alone, but revenue credits, cash collection and customer concentration still matter. Next: dated site billing, lease/power consent and phase permit evidence. Earlier forecasts remain historical, not current targets.
Issuer reports approximately 260 MW billing and substantial completion at mid-July 2026; current metered utilization unverified
Confirmed companies
Core Scientific (CORZ); CoreWeave (CRWV); City of Denton
Next milestone
Campus-specific acceptance, billing MW and cash after prepaid credits
Reviewed
October 6, 2026
Expanded analysis · Original disclosures linked below · CAD and USD preserved as labeled · Company statements attributed; interpretations labeled.
The one-minute investment takeaway
Our analysis: Contract detail helps test conversion economics. Denton offers unusually concrete contractual evidence rather than a generic AI capacity headline. The landlord provides facilities; CoreWeave monetizes computing. The April filing discloses a USD 100/kW-month base license structure and annual escalation, but cash receipts differ from accounting revenue because of prepaid credits. Investors should reconcile the customer allocation, actual accepted phases and billed amounts. The 262 MW allocation cannot be treated as confirmed current full-campus utilization. The city ground lease adds tenure and renewal diligence distinct from freehold ownership.
Readiness basis: Classification of evidence in the reviewed profile; strongest documented phase, not full-campus completion. Issuer reports approximately 260 MW billing and substantial completion at mid-July 2026; current metered utilization unverified Readiness source →
What the sources establish
Site and tenant. The April filing identifies the Denton campus ground lease and a CoreWeave colocation agreement allocating 262 MW. Primary source →
Delivery context. The May presentation targeted full Denton completion at midyear; a target is not a later commissioning confirmation. Primary source →
Portfolio boundary. July results report 437 MW billed across Core Scientific’s portfolio, without a Denton-only breakdown. Primary source →
Who receives the money?
Our analysis of disclosed roles. Revenue routes are business-model interpretations, not estimates of booked project revenue.
Company / exposure
Economic role
What investors need to establish
Core Scientific (CORZ)
Operator / owner: property rent or computing service contribution according to the business model
Accepted phases, retained margin, financing and maintenance obligations.
Named customers or resource providers
Payments for contracted services or resource delivery where the source identifies a relationship
Confirm scope and contracts; broad ecosystem demand does not establish a supplier order.
Other contractors and equipment suppliers
Potential construction and refresh receipts
Do not assign undisclosed vendors, earnings or contract values.
How financially meaningful is it?
Our analysis: Denton offers unusually concrete contractual evidence rather than a generic AI capacity headline. The landlord provides facilities; CoreWeave monetizes computing. The April filing discloses a USD 100/kW-month base license structure and annual escalation, but cash receipts differ from accounting revenue because of prepaid credits. Investors should reconcile the customer allocation, actual accepted phases and billed amounts. The 262 MW allocation cannot be treated as confirmed current full-campus utilization. The city ground lease adds tenure and renewal diligence distinct from freehold ownership.
How to test the economics
Gross base fees under the cited structure are distinct from net cash billed after prepaid credits, operating costs and debt service.
Hypothetical illustration: An assumed 10 MW billing delay at USD 100/kW-month defers USD 1 million of monthly gross fees. This illustrates timing risk, not an observed delay.
Milestones that would change the assessment
Milestone
Evidence to watch
Evidence of delivery
A dated phase acceptance record showing usable equipment, power and cooling; separate previous targets from observed completion.
Recurring economics
Campus-specific acceptance, billing MW and cash after prepaid credits
Capital and operating reconciliation
Separate property construction, computing hardware, reimbursed costs and financing; distinguish operating cash receipts from revenue recognition.
What could break the investment case?
Our analysis: Customer concentration, ground lease obligations, prepaid credit offsets and electrical conversion spending can weaken cash conversion. Portfolio billing does not establish completion of this particular campus.
What would change our view?
Our analysis: Phase-specific customer acceptance, sustained useful workloads and cash generation after recurring costs would strengthen our assessment. Missed acceptance, deteriorating margins or additional capital required without equivalent contract protection would weaken it. A larger design envelope alone would not change the operating assessment.
What remains unknown
Current phase utilization, site-specific cash flow, customer acceptance detail, actual tariff, measured PUE, maintenance obligations and incremental capital returns are not fully disclosed in the reviewed sources. Coordinates represent the named locality or campus vicinity, not a surveyed building. A target date is not a verified completion. Readiness means the documented state above; no blanket “shovel ready” designation is inferred from a marketing page.
Project research for information, not a buy recommendation. Financial illustrations use assumptions, not disclosed site results or management guidance.
Documents checked for this batch
Core Scientific — April financing disclosure · 2026-04-21 · Document
Core Scientific — July earnings presentation · 2026-07-28 · Document
Core Scientific — September power-status disclosure · 2026-09-10 · Document
City of Denton — council agreement announcement · 2024-11-20 · Document
DatacenterDynamics — historical development reporting · 2024-11-27 · Document
Contracted construction and existing power-service evidence; much larger expansion remains planned
Confirmed companies
Core Scientific (CORZ); CoreWeave (CRWV); OG&E / OGE Energy (OGE); Evans General Contractors
Next milestone
Original phase acceptance and funded expansion with new customer commitments
Reviewed
October 6, 2026
Expanded analysis · Original disclosures linked below · CAD and USD preserved as labeled · Company statements attributed; interpretations labeled.
The one-minute investment takeaway
Our analysis: Power acquisition does not equal delivered AI computing. Muskogee separates a contracted customer development from a much larger acquired-power expansion opportunity. Existing electricity service is valuable readiness evidence, yet conversion to usable high-density computing still requires facilities and accepted customer deployments. Gross power, original leased customer MW and future expansion targets must stay separate. The acquisition payment buys a platform and rights, not instant GPU service revenue. Utility exposure runs through OGE Energy, while the contractor is private. Expansion returns depend on customer commitments and funded phased capital.
Readiness basis: Classification of evidence in the reviewed profile; strongest documented phase, not full-campus completion. Contracted construction and existing power-service evidence; much larger expansion remains planned Readiness source →
What the sources establish
Original campus scope. The April filing identifies a 70 MW customer allocation, construction contract and OG&E service agreement for the original campus. Primary source →
Power acquisition. The August 14 release confirms acquisition of Polaris DS and approximately 440 MW of in-service gross grid capacity under OG&E agreements; the 1.5 GW campus expansion remains planned. Primary source →
Who receives the money?
Our analysis of disclosed roles. Revenue routes are business-model interpretations, not estimates of booked project revenue.
Company / exposure
Economic role
What investors need to establish
Core Scientific (CORZ)
Operator / owner: property rent or computing service contribution according to the business model
Accepted phases, retained margin, financing and maintenance obligations.
Named customers or resource providers
Payments for contracted services or resource delivery where the source identifies a relationship
Confirm scope and contracts; broad ecosystem demand does not establish a supplier order.
Other contractors and equipment suppliers
Potential construction and refresh receipts
Do not assign undisclosed vendors, earnings or contract values.
How financially meaningful is it?
Our analysis: Muskogee separates a contracted customer development from a much larger acquired-power expansion opportunity. Existing electricity service is valuable readiness evidence, yet conversion to usable high-density computing still requires facilities and accepted customer deployments. Gross power, original leased customer MW and future expansion targets must stay separate. The acquisition payment buys a platform and rights, not instant GPU service revenue. Utility exposure runs through OGE Energy, while the contractor is private. Expansion returns depend on customer commitments and funded phased capital.
How to test the economics
Expansion value = incremental contracted contribution after conversion, infrastructure capital, acquisition basis and financing; power capacity alone has no disclosed compute margin.
Hypothetical illustration: A hypothetical 100 MW conversion with USD 5 million per MW construction spending requires USD 500 million before customer computing equipment. These assumptions are not Muskogee costs.
Milestones that would change the assessment
Milestone
Evidence to watch
Evidence of delivery
A dated phase acceptance record showing usable equipment, power and cooling; separate previous targets from observed completion.
Recurring economics
Original phase acceptance and funded expansion with new customer commitments
Capital and operating reconciliation
Separate property construction, computing hardware, reimbursed costs and financing; distinguish operating cash receipts from revenue recognition.
What could break the investment case?
Our analysis: Combining the original 70 MW with 440 MW acquired power and 1.5 GW ambition would inflate capacity. Tariffs, power continuity, conversion cost and execution remain important.
What would change our view?
Our analysis: Phase-specific customer acceptance, sustained useful workloads and cash generation after recurring costs would strengthen our assessment. Missed acceptance, deteriorating margins or additional capital required without equivalent contract protection would weaken it. A larger design envelope alone would not change the operating assessment.
What remains unknown
Current phase utilization, site-specific cash flow, customer acceptance detail, actual tariff, measured PUE, maintenance obligations and incremental capital returns are not fully disclosed in the reviewed sources. Coordinates represent the named locality or campus vicinity, not a surveyed building. A target date is not a verified completion. Readiness means the documented state above; no blanket “shovel ready” designation is inferred from a marketing page.
Project research for information, not a buy recommendation. Financial illustrations use assumptions, not disclosed site results or management guidance.
Phase-specific AI refresh, measured resource efficiency and useful computing output
Reviewed
October 6, 2026
Expanded analysis · Original disclosures linked below · CAD and USD preserved as labeled · Company statements attributed; interpretations labeled.
The one-minute investment takeaway
Our analysis: A mature campus shifts diligence toward refresh economics. Altoona strengthens the atlas with an established campus rather than another announcement. Meta receives value through its products and services, not third-party rent. Current computing upgrades must justify their cost against useful output and hardware replacement. Historic investment confirms scale but does not reveal current campus profit or AI workload share. Existing staff and infrastructure may support efficient refreshes; denser equipment can also require expensive cooling and power modifications. Named local service relationships help frame resource diligence without establishing the terms of the latest expansion.
Readiness basis: Classification of evidence in the reviewed profile; strongest documented phase, not full-campus completion. Operating campus documented in Meta fact sheet; current IT MW undisclosed Readiness source →
What the sources establish
Operating evidence.Meta’s fact sheet identifies operational buildings, more than 400 operational jobs and USD 2.5 billion-plus data-center investment in Iowa. Primary source →
Named resource relationships. The same fact sheet names MidAmerican Energy and the City of Altoona for energy and water service arrangements. Primary source →
Who receives the money?
Our analysis of disclosed roles. Revenue routes are business-model interpretations, not estimates of booked project revenue.
Operator / owner: property rent or computing service contribution according to the business model
Accepted phases, retained margin, financing and maintenance obligations.
Named customers or resource providers
Payments for contracted services or resource delivery where the source identifies a relationship
Confirm scope and contracts; broad ecosystem demand does not establish a supplier order.
Other contractors and equipment suppliers
Potential construction and refresh receipts
Do not assign undisclosed vendors, earnings or contract values.
How financially meaningful is it?
Our analysis: Altoona strengthens the atlas with an established campus rather than another announcement. Meta receives value through its products and services, not third-party rent. Current computing upgrades must justify their cost against useful output and hardware replacement. Historic investment confirms scale but does not reveal current campus profit or AI workload share. Existing staff and infrastructure may support efficient refreshes; denser equipment can also require expensive cooling and power modifications. Named local service relationships help frame resource diligence without establishing the terms of the latest expansion.
How to test the economics
Owner-user return = incremental service contribution and avoided external compute costs less facilities, hardware replacement and recurring operating expense.
Hypothetical illustration: If an assumed refresh improves annual product contribution by USD 30 million but adds USD 25 million of annualized hardware and operating costs, incremental benefit is USD 5 million. These figures are not Meta disclosures.
Milestones that would change the assessment
Milestone
Evidence to watch
Evidence of delivery
A dated phase acceptance record showing usable equipment, power and cooling; separate previous targets from observed completion.
Recurring economics
Phase-specific AI refresh, measured resource efficiency and useful computing output
Capital and operating reconciliation
Separate property construction, computing hardware, reimbursed costs and financing; distinguish operating cash receipts from revenue recognition.
What could break the investment case?
Our analysis: Mature buildings can need costly density upgrades. Renewable matching does not establish continuous local clean supply, and historical investment is not current market value or annual capex.
What would change our view?
Our analysis: Phase-specific customer acceptance, sustained useful workloads and cash generation after recurring costs would strengthen our assessment. Missed acceptance, deteriorating margins or additional capital required without equivalent contract protection would weaken it. A larger design envelope alone would not change the operating assessment.
What remains unknown
Current phase utilization, site-specific cash flow, customer acceptance detail, actual tariff, measured PUE, maintenance obligations and incremental capital returns are not fully disclosed in the reviewed sources. Coordinates represent the named locality or campus vicinity, not a surveyed building. A target date is not a verified completion. Readiness means the documented state above; no blanket “shovel ready” designation is inferred from a marketing page.
Project research for information, not a buy recommendation. Financial illustrations use assumptions, not disclosed site results or management guidance.
Serving traffic confirmed by Meta; operational campus described in current fact sheet
Confirmed companies
Meta (META); Tennessee Valley Authority; Gallatin Public Utilities
Next milestone
Useful computing efficiency, refresh scope and resource capacity for added load
Reviewed
October 6, 2026
Expanded analysis · Original disclosures linked below · CAD and USD preserved as labeled · Company statements attributed; interpretations labeled.
The one-minute investment takeaway
Our analysis: Serving traffic is a firmer milestone than a construction target. Gallatin provides a useful comparison with campuses that have yet to accept customers. Its investment case concerns productive owner-user infrastructure and the cost of incremental computing. Electricity and water planning are necessary inputs, not standalone proof of attractive returns. The USD 1.5 billion-plus investment figure should be kept distinct from annual equipment spending and from supplier earnings. Current operation reduces the risk of an unrealized original development; it leaves refresh, efficiency and workload monetization questions open. TVA is a public authority and should not be assigned a stock ticker.
Readiness basis: Classification of evidence in the reviewed profile; strongest documented phase, not full-campus completion. Serving traffic confirmed by Meta; operational campus described in current fact sheet Readiness source →
What the sources establish
Traffic-serving evidence.Meta announced that Gallatin was officially serving traffic. This establishes operations without specifying the current AI workload mix. Primary source →
Infrastructure and service. The campus fact sheet identifies operational buildings, TVA energy planning and Gallatin Public Utilities water and wastewater service. Primary source →
Who receives the money?
Our analysis of disclosed roles. Revenue routes are business-model interpretations, not estimates of booked project revenue.
Operator / owner: property rent or computing service contribution according to the business model
Accepted phases, retained margin, financing and maintenance obligations.
Named customers or resource providers
Payments for contracted services or resource delivery where the source identifies a relationship
Confirm scope and contracts; broad ecosystem demand does not establish a supplier order.
Other contractors and equipment suppliers
Potential construction and refresh receipts
Do not assign undisclosed vendors, earnings or contract values.
How financially meaningful is it?
Our analysis: Gallatin provides a useful comparison with campuses that have yet to accept customers. Its investment case concerns productive owner-user infrastructure and the cost of incremental computing. Electricity and water planning are necessary inputs, not standalone proof of attractive returns. The USD 1.5 billion-plus investment figure should be kept distinct from annual equipment spending and from supplier earnings. Current operation reduces the risk of an unrealized original development; it leaves refresh, efficiency and workload monetization questions open. TVA is a public authority and should not be assigned a stock ticker.
How to test the economics
Evaluate incremental service benefit against both long-lived building capital and shorter-lived server capital; keep utility payments separate from renewable matching.
Hypothetical illustration: At an assumed 20 MW IT load and 1.2 PUE, a USD 10/MWh tariff change alters annual power cost by USD 2.1024 million. These inputs are hypothetical.
Milestones that would change the assessment
Milestone
Evidence to watch
Evidence of delivery
A dated phase acceptance record showing usable equipment, power and cooling; separate previous targets from observed completion.
Recurring economics
Useful computing efficiency, refresh scope and resource capacity for added load
Capital and operating reconciliation
Separate property construction, computing hardware, reimbursed costs and financing; distinguish operating cash receipts from revenue recognition.
What could break the investment case?
Our analysis: Traffic can include broad social-platform activity rather than AI-specific work. Hardware replacement, local resource constraints and increased density can require further spending after opening.
What would change our view?
Our analysis: Phase-specific customer acceptance, sustained useful workloads and cash generation after recurring costs would strengthen our assessment. Missed acceptance, deteriorating margins or additional capital required without equivalent contract protection would weaken it. A larger design envelope alone would not change the operating assessment.
What remains unknown
Current phase utilization, site-specific cash flow, customer acceptance detail, actual tariff, measured PUE, maintenance obligations and incremental capital returns are not fully disclosed in the reviewed sources. Coordinates represent the named locality or campus vicinity, not a surveyed building. A target date is not a verified completion. Readiness means the documented state above; no blanket “shovel ready” designation is inferred from a marketing page.
Project research for information, not a buy recommendation. Financial illustrations use assumptions, not disclosed site results or management guidance.
Phase load, measured efficiency, workload evidence and incremental capital scope
Reviewed
October 6, 2026
Expanded analysis · Original disclosures linked below · CAD and USD preserved as labeled · Company statements attributed; interpretations labeled.
The one-minute investment takeaway
Our analysis: A new operating milestone improves the execution evidence. Lincoln adds a recent operating milestone while avoiding another broad Nebraska development promise. Google’s owner-user return flows through computing services and products. Operating evidence does not reveal what proportion of work is AI, how fully servers are loaded or whether the next expansion clears an acceptable return. Shared regional investment totals should be treated as context rather than a precise site cost basis. Track useful workload output, replacement spending and resource readiness for denser equipment. The campus should remain distinct from the Papillion profile already in the atlas.
Readiness basis: Classification of evidence in the reviewed profile; strongest documented phase, not full-campus completion. Google location timeline records Lincoln coming online in 2026 Readiness source →
What the sources establish
2026 operating milestone.Google’s Nebraska timeline records the Lincoln data center coming online in 2026. Primary source →
Investment boundary. The location page combines Lincoln, Omaha and Papillion in its statewide investment figures; those totals cannot be assigned to Lincoln alone. Primary source →
Who receives the money?
Our analysis of disclosed roles. Revenue routes are business-model interpretations, not estimates of booked project revenue.
Operator / owner: property rent or computing service contribution according to the business model
Accepted phases, retained margin, financing and maintenance obligations.
Named customers or resource providers
Payments for contracted services or resource delivery where the source identifies a relationship
Confirm scope and contracts; broad ecosystem demand does not establish a supplier order.
Other contractors and equipment suppliers
Potential construction and refresh receipts
Do not assign undisclosed vendors, earnings or contract values.
How financially meaningful is it?
Our analysis: Lincoln adds a recent operating milestone while avoiding another broad Nebraska development promise. Google’s owner-user return flows through computing services and products. Operating evidence does not reveal what proportion of work is AI, how fully servers are loaded or whether the next expansion clears an acceptable return. Shared regional investment totals should be treated as context rather than a precise site cost basis. Track useful workload output, replacement spending and resource readiness for denser equipment. The campus should remain distinct from the Papillion profile already in the atlas.
How to test the economics
Site contribution is the useful computing benefit net of operating and replacement costs, rather than a share of statewide economic impact.
Hypothetical illustration: An assumed USD 500 million incremental investment yielding USD 40 million annual contribution has an 8% simple pre-financing return. Neither figure is disclosed for Lincoln.
Milestones that would change the assessment
Milestone
Evidence to watch
Evidence of delivery
A dated phase acceptance record showing usable equipment, power and cooling; separate previous targets from observed completion.
Recurring economics
Phase load, measured efficiency, workload evidence and incremental capital scope
Capital and operating reconciliation
Separate property construction, computing hardware, reimbursed costs and financing; distinguish operating cash receipts from revenue recognition.
What could break the investment case?
Our analysis: Regional investment and economic-impact disclosures can obscure site economics. Opening does not remove utilization, electricity, water or hardware-obsolescence risk.
What would change our view?
Our analysis: Phase-specific customer acceptance, sustained useful workloads and cash generation after recurring costs would strengthen our assessment. Missed acceptance, deteriorating margins or additional capital required without equivalent contract protection would weaken it. A larger design envelope alone would not change the operating assessment.
What remains unknown
Current phase utilization, site-specific cash flow, customer acceptance detail, actual tariff, measured PUE, maintenance obligations and incremental capital returns are not fully disclosed in the reviewed sources. Coordinates represent the named locality or campus vicinity, not a surveyed building. A target date is not a verified completion. Readiness means the documented state above; no blanket “shovel ready” designation is inferred from a marketing page.
Project research for information, not a buy recommendation. Financial illustrations use assumptions, not disclosed site results or management guidance.
Digital Realty PDX12 Colocation: Capacity, Status and Tax Exposure
Project status: Existing marketed colocation facility; current occupancy and AI-specific capacity undisclosed. Capacity scope: 546,000 square feet building size; MW not disclosed on cited facility page. How we verify evidence.
Our analysis: PDX12 is an existing colocation asset whose investor questions center on accepted capacity, leasing and retained cash flow. A court-recorded tax dispute adds a concrete cost question: which property expenses remain with the owner after lease recoveries? Certifications and building size do not answer that question or establish AI utilization.
What the scan establishes
PDX12 colocation: Digital Realty lists 5870 NE Schaaf Street, Hillsboro, 546,000 square feet, cabinet-to-private-suite offerings and N+1 UPS/cooling redundancy. No MW, rack-density or vacancy figure is stated. Source →
Digital Realty includes PDX12 in its Portland offering. Metro customer and connectivity figures must not be allocated to this facility. Source →
EPA lists PDX12 at 5870 NE Schaaf St with ENERGY STAR certification years 2024 and 2025, 552,862 square feet and year built 2022. The listing does not establish current MW, occupancy or AI workloads. Source →
Oregon Tax Court decision TC-MD 240646N identifies Beaver Ventures LLC as wholly owned by Digital Realty Trust, L.P. Its Phase 2 corresponds to PDX12. The decision records USD 3,415,744 additional tax for denied Phase 2 exemption in tax year 2024–25 and rules against the taxpayer. Later appeal, payment and tenant recovery remain unverified. Source →
Colliers lists PDX12 at the matching address among 2023 deliveries, with 560,000 square feet and N+1 power/cooling. Delivery classification does not establish full leasing or accepted IT capacity. Source →
DCD reported Digital Realty was deploying HVO backup-generator fuel at PDX12, SC1 and LAX12. The reported emissions saving covers the rollout, not PDX12 alone. Source →
Bloomberg Law’s accessible introduction reports a USD 3.42 million property-tax bill for a Digital Realty unit after exemption paperwork was rejected. The full article is subscription restricted. Source →
Delivery history: targets versus evidence
The court quotes a 2023 authorization describing eight PDX12 suites, with initial availability targeted for Q1 2023 and full occupancy anticipated by Q4 2024. Those dates remain historical expectations. Colliers classifies the property as a 2023 delivery; EPA lists later certifications. None establishes current suite occupancy or accepted IT MW.
Why the area figures differ
Use 546,000 square feet as the current operator specification. EPA records 552,862 square feet; Colliers’ historical RBA is 560,000. The reviewed documents use different labels and dates without a reconciliation. We retain each figure and infer neither physical expansion nor additional capacity.
Who receives the money?
Digital Realty markets the colocation service; the court identifies Beaver Ventures LLC as wholly owned by Digital Realty Trust, L.P. PDX12 customers, lease prices and supplier contract values remain undisclosed in the reviewed evidence. The HVO report’s Schneider Electric work concerns a separate Paris facility and does not establish a PDX12 contract.
How financially meaningful is it?
Our analysis: Test net rent and retained service income after power, property taxes, maintenance and fit-out capital. The court-recorded assessment is a historical tax exposure, not project investment or an annual recurring expense. Its present cash effect cannot be calculated without later disposition, payment and lease recovery records.
Digital Realty quarterly context — portfolio level
Digital Realty reported $307 million annualized rental bookings at 100% share and a $1.9 billion signed-but-not-commenced rent backlog in Q2 2026. These are portfolio figures. Its next results are scheduled for October 29, 2026; neither disclosure establishes PDX12 revenue, occupancy or AI capacity. Q2 results → · Q3 schedule →
Milestones that would change the assessment
Phase-specific accepted IT MW, current occupancy and high-density technical specifications.
Any later tax-court disposition, payment, subsequent exemption treatment and tenant recovery.
Site income and additional cooling/electrical capital needed for contracted workloads.
What could break the investment case?
Our analysis: Unrecovered taxes, costly retrofits or slow lease commencement could reduce retained returns. Confirming favorable tax treatment would not by itself establish customer demand; confirming demand would not establish affordable delivery.
What remains unknown
Current delivered/energized IT MW, suite occupancy, AI tenants, liquid-cooling capability, utility service contract/tariff, measured PUE/WUE, phase acceptance and site cash flows remain unverified. The January 2026 tax decision was read; later appeal, payment, subsequent exemption years and tenant recovery were not established. Direct city permit documents were inaccessible. Size figures use different source bases; no expansion is inferred. Map pin remains representative.
Public-source scan completed; whole-project certification remains open. Original review and historical source dates preserved. Area, tax exposure and historical targets remain outside operating-MW and actual-spending totals. This is research enrichment, not a new October project milestone. Map coordinates remain representative.
Fjord Journal research for information; no site earnings estimate or buy recommendation.
Phase-specific useful workloads, operating efficiency and refresh spending
Reviewed
October 6, 2026
Expanded analysis · Original disclosures linked below · CAD and USD preserved as labeled · Company statements attributed; interpretations labeled.
The one-minute investment takeaway
Our analysis: Opening shifts the test from construction to useful computing. Temple provides a current-year operating milestone. The shareholder benefit must come from more productive Meta services, rather than from collecting rent from an outside tenant. Distinguish the first traffic-serving phase from completion of every future hall. Cooling technology can reduce local water dependence while adding electrical and equipment obligations. The original construction budget is not the cost of all future server refreshes. The right model includes useful computing output, equipment replacement, ongoing power expense and the service benefit enabled. Existing resource arrangements should be tested under the intended density rather than assumed adequate for indefinite expansion.
Readiness basis: Classification of evidence in the reviewed profile; strongest documented phase, not full-campus completion. Serving traffic confirmed July 22, 2026 Readiness source →
What the sources establish
Operating milestone.Meta’s July 22, 2026 announcement confirms Temple is serving traffic. Primary source →
Resource design. The campus fact sheet describes a USD 1.2 billion investment and a closed-loop liquid-cooled design intended to use no operational water for cooling. Primary source →
Who receives the money?
Our analysis of disclosed roles. Revenue routes are business-model interpretations, not estimates of booked project revenue.
Product and cloud-service contribution; an owner-user return
Useful computing after replacement costs
Named resource or service participants
Utility service, network provision or managed-fund ownership only where documented
Contracts, billing scope and cost recovery; do not treat customer payments as automatic profit.
Other equipment and construction vendors
Potential capital-purchase receipts; no undisclosed vendor assigned
Actual orders and scope before attributing earnings or AI exposure.
How financially meaningful is it?
Our analysis: Temple provides a current-year operating milestone. The shareholder benefit must come from more productive Meta services, rather than from collecting rent from an outside tenant. Distinguish the first traffic-serving phase from completion of every future hall. Cooling technology can reduce local water dependence while adding electrical and equipment obligations. The original construction budget is not the cost of all future server refreshes. The right model includes useful computing output, equipment replacement, ongoing power expense and the service benefit enabled. Existing resource arrangements should be tested under the intended density rather than assumed adequate for indefinite expansion.
How to test the economics
Incremental site benefit = additional product contribution plus avoided computing expense less power, cooling, staff, network and equipment replacement.
Hypothetical illustration: At an assumed 30 MW IT load with PUE 1.2, a USD 10/MWh electricity change alters annual cost by USD 3.1536 million. Neither load nor PUE is a Temple disclosure.
Milestones that would change the assessment
Milestone
Evidence to watch
Readiness and scope
Phase-specific useful workloads, operating efficiency and refresh spending
Customer economics
Named commitments and accepted equipment scope; reconcile recurring receipts, electricity recoveries, incentives and maintenance.
Capital and resources
Document the incremental power, cooling and network investment needed at the intended density; identify which party pays.
Evidence of useful output
For owner-users, useful computing per dollar; for landlords, billable load and service margin; neither is inferred from a building count.
What could break the investment case?
Our analysis: The opening does not disclose utilization, AI workload share or site earnings. Cooling equipment failures, summer electrical demand and rapid hardware replacement can increase the cost per useful workload. Water restoration commitments are separate from physical resource availability.
What would change our view?
Our analysis: Phase-specific customer acceptance, sustained useful workloads and cash generation after recurring costs would strengthen our assessment. Missed acceptance, deteriorating margins or additional capital required without equivalent contract protection would weaken it. A larger design envelope alone would not change the operating assessment.
What remains unknown
Current phase utilization, site-specific cash flow, customer acceptance detail, actual tariff, measured PUE, maintenance obligations and incremental capital returns are not fully disclosed in the reviewed sources. Coordinates represent the named locality or campus vicinity, not a surveyed building. A target date is not a verified completion. Building area is not IT MW, and utility or generation capacity is not automatically campus computing capacity.
Project research for information, not a buy recommendation. Financial illustrations use assumptions, not disclosed site results or management guidance.
Operational campus documented in current Meta fact sheet
Confirmed companies
Meta (META); Omaha Public Power District; Metropolitan Utilities District
Next milestone
Resource capacity for incremental computing, measured efficiency and phase-specific refresh
Reviewed
October 6, 2026
Expanded analysis · Original disclosures linked below · CAD and USD preserved as labeled · Company statements attributed; interpretations labeled.
The one-minute investment takeaway
Our analysis: Established infrastructure still faces resource and refresh obligations. Sarpy is a mature comparison point for newer Nebraska developments. Existing infrastructure can support efficient additions, but the marginal investment must still include denser electrical systems, cooling modifications and replacement hardware. Local public utilities are identifiable counterparties; they are not publicly traded stocks. Regional grid investments should not all be attributed to one data center. An operating record strengthens execution evidence while leaving current useful load and AI-specific output unknown. Compare the cost of local compute with alternatives, accounting for network links and resilience. Historic campus spending should not be treated as an annual capital requirement or a realizable asset valuation.
Readiness basis: Classification of evidence in the reviewed profile; strongest documented phase, not full-campus completion. Operational campus documented in current Meta fact sheet Readiness source →
What the sources establish
Established campus.Meta identifies a Sarpy campus begun in 2017 and USD 2.5 billion-plus investment. Its fact sheet describes operational buildings. Primary source →
Named utility relationships.Meta names Omaha Public Power District for electricity and Metropolitan Utilities District for water and wastewater service. Primary source →
Who receives the money?
Our analysis of disclosed roles. Revenue routes are business-model interpretations, not estimates of booked project revenue.
Product and cloud-service contribution; an owner-user return
Useful computing after replacement costs
Named resource or service participants
Utility service, network provision or managed-fund ownership only where documented
Contracts, billing scope and cost recovery; do not treat customer payments as automatic profit.
Other equipment and construction vendors
Potential capital-purchase receipts; no undisclosed vendor assigned
Actual orders and scope before attributing earnings or AI exposure.
How financially meaningful is it?
Our analysis: Sarpy is a mature comparison point for newer Nebraska developments. Existing infrastructure can support efficient additions, but the marginal investment must still include denser electrical systems, cooling modifications and replacement hardware. Local public utilities are identifiable counterparties; they are not publicly traded stocks. Regional grid investments should not all be attributed to one data center. An operating record strengthens execution evidence while leaving current useful load and AI-specific output unknown. Compare the cost of local compute with alternatives, accounting for network links and resilience. Historic campus spending should not be treated as an annual capital requirement or a realizable asset valuation.
How to test the economics
Marginal computing benefit must exceed incremental hardware, allocated infrastructure and retained operating costs over the actual equipment life.
Hypothetical illustration: A hypothetical USD 200 million refresh producing USD 25 million annual pre-financing contribution yields a simple 12.5% return. These are not Sarpy financial results.
Milestones that would change the assessment
Milestone
Evidence to watch
Readiness and scope
Resource capacity for incremental computing, measured efficiency and phase-specific refresh
Customer economics
Named commitments and accepted equipment scope; reconcile recurring receipts, electricity recoveries, incentives and maintenance.
Capital and resources
Document the incremental power, cooling and network investment needed at the intended density; identify which party pays.
Evidence of useful output
For owner-users, useful computing per dollar; for landlords, billable load and service margin; neither is inferred from a building count.
What could break the investment case?
Our analysis: Regional load growth can affect future tariffs, resource allocation and expansion timing. Annual renewable matching does not demonstrate hourly local supply. Hardware changes can require substantial spending after facilities are already operating.
What would change our view?
Our analysis: Phase-specific customer acceptance, sustained useful workloads and cash generation after recurring costs would strengthen our assessment. Missed acceptance, deteriorating margins or additional capital required without equivalent contract protection would weaken it. A larger design envelope alone would not change the operating assessment.
What remains unknown
Current phase utilization, site-specific cash flow, customer acceptance detail, actual tariff, measured PUE, maintenance obligations and incremental capital returns are not fully disclosed in the reviewed sources. Coordinates represent the named locality or campus vicinity, not a surveyed building. A target date is not a verified completion. Building area is not IT MW, and utility or generation capacity is not automatically campus computing capacity.
Project research for information, not a buy recommendation. Financial illustrations use assumptions, not disclosed site results or management guidance.
Incremental accepted power, computing upgrades and disclosed utility cost allocation
Reviewed
October 6, 2026
Expanded analysis · Original disclosures linked below · CAD and USD preserved as labeled · Company statements attributed; interpretations labeled.
The one-minute investment takeaway
Our analysis: Separate Meta compute economics from utility cost recovery. Henrico combines an established campus with a named listed electricity supplier. Meta earns through products; Dominion’s economic exposure depends on regulated service and infrastructure cost recovery. Those are distinct models and cannot be combined into one campus revenue number. A larger customer load can create utility investment requirements before recognized regulated returns. For Meta, resource reliability and dense compute upgrades influence useful output per dollar. For the utility, customer commitments, tariff design and recoverable construction matter. Historical campus investment and statewide utility financial results provide context without identifying the next phase’s return.
Readiness basis: Classification of evidence in the reviewed profile; strongest documented phase, not full-campus completion. Operational campus described in Meta fact sheet Readiness source →
What the sources establish
Operating evidence.Meta’s fact sheet describes operational Henrico buildings, more than 200 operational jobs and a Virginia investment figure exceeding USD 1 billion. Primary source →
Electricity and water.Meta names Dominion Energy for power planning and Henrico County for water and wastewater service. Primary source →
Public utility identifier. Dominion’s investor page identifies the listed company as NYSE: D. A named utility relationship does not establish campus-specific utility earnings. Primary source →
Who receives the money?
Our analysis of disclosed roles. Revenue routes are business-model interpretations, not estimates of booked project revenue.
Product and cloud-service contribution; an owner-user return
Useful computing after replacement costs
Named resource or service participants
Utility service, network provision or managed-fund ownership only where documented
Contracts, billing scope and cost recovery; do not treat customer payments as automatic profit.
Other equipment and construction vendors
Potential capital-purchase receipts; no undisclosed vendor assigned
Actual orders and scope before attributing earnings or AI exposure.
How financially meaningful is it?
Our analysis: Henrico combines an established campus with a named listed electricity supplier. Meta earns through products; Dominion’s economic exposure depends on regulated service and infrastructure cost recovery. Those are distinct models and cannot be combined into one campus revenue number. A larger customer load can create utility investment requirements before recognized regulated returns. For Meta, resource reliability and dense compute upgrades influence useful output per dollar. For the utility, customer commitments, tariff design and recoverable construction matter. Historical campus investment and statewide utility financial results provide context without identifying the next phase’s return.
How to test the economics
Evaluate Meta service contribution and Dominion regulated investment returns separately; do not treat pass-through electricity payments as equivalent to compute profit.
Hypothetical illustration: If hypothetical utility infrastructure costs USD 100 million, a 10% cost overrun adds USD 10 million before any recovery assessment. This is not a Dominion approved project budget.
Milestones that would change the assessment
Milestone
Evidence to watch
Readiness and scope
Incremental accepted power, computing upgrades and disclosed utility cost allocation
Customer economics
Named commitments and accepted equipment scope; reconcile recurring receipts, electricity recoveries, incentives and maintenance.
Capital and resources
Document the incremental power, cooling and network investment needed at the intended density; identify which party pays.
Evidence of useful output
For owner-users, useful computing per dollar; for landlords, billable load and service margin; neither is inferred from a building count.
What could break the investment case?
Our analysis: Resource and hardware upgrades can create costs even at an established campus. Utility capacity commitments do not disclose return on capital, and Meta’s AI spending cannot be assigned to this site without workload evidence.
What would change our view?
Our analysis: Phase-specific customer acceptance, sustained useful workloads and cash generation after recurring costs would strengthen our assessment. Missed acceptance, deteriorating margins or additional capital required without equivalent contract protection would weaken it. A larger design envelope alone would not change the operating assessment.
What remains unknown
Current phase utilization, site-specific cash flow, customer acceptance detail, actual tariff, measured PUE, maintenance obligations and incremental capital returns are not fully disclosed in the reviewed sources. Coordinates represent the named locality or campus vicinity, not a surveyed building. A target date is not a verified completion. Building area is not IT MW, and utility or generation capacity is not automatically campus computing capacity.
Project research for information, not a buy recommendation. Financial illustrations use assumptions, not disclosed site results or management guidance.
Virginia DEQ record check
Reviewed October 7, 2026 · Matched legal entity and campus address
DEQ lists Scout Development LLC at 6200 Technology Boulevard, Sandston, under air registration 52629. Henrico County identifies Scout as the developer of the Facebook data-center site, supporting the legal-entity match to Meta Henrico. This air-source record does not establish the capacity, utilization or permit coverage of later campus expansions.
Facility-register screen; complete permit conditions were unavailable. Air-source classifications do not verify campus IT load, energization or comprehensive compliance.
River Ridge / Jeffersonville, Indiana — locality pin
Readiness
Under construction
Status
Groundbreaking and resource relationships documented; operation not verified in reviewed sources
Confirmed companies
Meta (META); Duke Energy (DUK); River Ridge Development Authority
Next milestone
A dated traffic-serving or commissioning announcement and accepted resource capacity
Reviewed
October 6, 2026
Expanded analysis · Original disclosures linked below · CAD and USD preserved as labeled · Company statements attributed; interpretations labeled.
The one-minute investment takeaway
Our analysis: A grounded development needs a dated operating milestone. Jeffersonville adds a distinct southern Indiana campus rather than duplicating the New Carlisle AWS or Lebanon Meta developments. A site announcement and energy planning establish a development case, but not live compute. The construction and resource obligations need a consistent sequence through electrical acceptance, cooling qualification, server fit-out and productive service. Duke Energy is a listed supplier; River Ridge is an authority rather than a stock. Meta’s economic return depends on the work performed after commissioning. Original budgets should be reconciled with future computing equipment and site infrastructure rather than assumed all-inclusive.
Readiness basis: Classification of evidence in the reviewed profile; strongest documented phase, not full-campus completion. Groundbreaking and resource relationships documented; operation not verified in reviewed sources Readiness source →
What the sources establish
Project scope.Meta’s January 2024 announcement describes a Jeffersonville campus investment exceeding USD 800 million. Primary source →
Stage and resource counterparties. The fact sheet records a 2024 groundbreaking and names Duke Energy and River Ridge Development Authority; it still describes the campus in future terms. Primary source →
Who receives the money?
Our analysis of disclosed roles. Revenue routes are business-model interpretations, not estimates of booked project revenue.
Product and cloud-service contribution; an owner-user return
Useful computing after replacement costs
Named resource or service participants
Utility service, network provision or managed-fund ownership only where documented
Contracts, billing scope and cost recovery; do not treat customer payments as automatic profit.
Other equipment and construction vendors
Potential capital-purchase receipts; no undisclosed vendor assigned
Actual orders and scope before attributing earnings or AI exposure.
How financially meaningful is it?
Our analysis: Jeffersonville adds a distinct southern Indiana campus rather than duplicating the New Carlisle AWS or Lebanon Meta developments. A site announcement and energy planning establish a development case, but not live compute. The construction and resource obligations need a consistent sequence through electrical acceptance, cooling qualification, server fit-out and productive service. Duke Energy is a listed supplier; River Ridge is an authority rather than a stock. Meta’s economic return depends on the work performed after commissioning. Original budgets should be reconciled with future computing equipment and site infrastructure rather than assumed all-inclusive.
How to test the economics
Development cash commitments begin before the service benefit; model construction, computing hardware and productive use as separate dates.
Hypothetical illustration: An assumed six-month delay on USD 500 million of committed capital at an 8% annual carrying rate adds USD 20 million of opportunity cost. These are assumptions, not Jeffersonville delay or financing terms.
Milestones that would change the assessment
Milestone
Evidence to watch
Readiness and scope
A dated traffic-serving or commissioning announcement and accepted resource capacity
Customer economics
Named commitments and accepted equipment scope; reconcile recurring receipts, electricity recoveries, incentives and maintenance.
Capital and resources
Document the incremental power, cooling and network investment needed at the intended density; identify which party pays.
Evidence of useful output
For owner-users, useful computing per dollar; for landlords, billable load and service margin; neither is inferred from a building count.
What could break the investment case?
Our analysis: A planned opening date can pass without proving operation. Delayed electrical or server delivery can leave capital idle, while water and electricity arrangements may have scope limits. Tenant-style rent models do not fit an owner-user campus.
What would change our view?
Our analysis: Phase-specific customer acceptance, sustained useful workloads and cash generation after recurring costs would strengthen our assessment. Missed acceptance, deteriorating margins or additional capital required without equivalent contract protection would weaken it. A larger design envelope alone would not change the operating assessment.
What remains unknown
Current phase utilization, site-specific cash flow, customer acceptance detail, actual tariff, measured PUE, maintenance obligations and incremental capital returns are not fully disclosed in the reviewed sources. Coordinates represent the named locality or campus vicinity, not a surveyed building. A target date is not a verified completion. Building area is not IT MW, and utility or generation capacity is not automatically campus computing capacity.
Project research for information, not a buy recommendation. Financial illustrations use assumptions, not disclosed site results or management guidance.
Incremental phase scope, accepted power and useful computing efficiency
Reviewed
October 6, 2026
Expanded analysis · Original disclosures linked below · CAD and USD preserved as labeled · Company statements attributed; interpretations labeled.
The one-minute investment takeaway
Our analysis: A brownfield operating history does not price the next expansion. The site demonstrates a path from an industrial location to computing infrastructure. Reusing established infrastructure can help, but future density upgrades may require new electrical and cooling capital. Existing operation supports the campus’s physical reality without revealing AI workload share. TVA is a public authority, not a listed utility. A renewable project’s generating capacity should not be relabeled campus critical IT capacity. Evaluate incremental useful compute against electricity, network, maintenance and replacement costs. The state’s economic impact figures are outside the campus investment-return calculation.
Readiness basis: Classification of evidence in the reviewed profile; strongest documented phase, not full-campus completion. Google records a 2018 opening; current IT MW undisclosed Readiness source →
What the sources establish
Operating history.Google’s Alabama timeline records an opening at a former coal-plant site in 2018. Primary source →
Investment scope. The state page reports more than USD 2 billion invested in Alabama and describes local energy initiatives. This is not a current phase budget. Primary source →
Who receives the money?
Our analysis of disclosed roles. Revenue routes are business-model interpretations, not estimates of booked project revenue.
Product and cloud-service contribution; an owner-user return
Useful computing after replacement costs
Named resource or service participants
Utility service, network provision or managed-fund ownership only where documented
Contracts, billing scope and cost recovery; do not treat customer payments as automatic profit.
Other equipment and construction vendors
Potential capital-purchase receipts; no undisclosed vendor assigned
Actual orders and scope before attributing earnings or AI exposure.
How financially meaningful is it?
Our analysis: The site demonstrates a path from an industrial location to computing infrastructure. Reusing established infrastructure can help, but future density upgrades may require new electrical and cooling capital. Existing operation supports the campus’s physical reality without revealing AI workload share. TVA is a public authority, not a listed utility. A renewable project’s generating capacity should not be relabeled campus critical IT capacity. Evaluate incremental useful compute against electricity, network, maintenance and replacement costs. The state’s economic impact figures are outside the campus investment-return calculation.
How to test the economics
Useful computing cost = all retained operating and replacement costs divided by completed workloads with required reliability and latency.
Hypothetical illustration: At an assumed 40 MW IT load and PUE 1.15, a USD 10/MWh price change alters annual cost by USD 4.0296 million. The operating load, PUE and tariff are assumptions.
Milestones that would change the assessment
Milestone
Evidence to watch
Readiness and scope
Incremental phase scope, accepted power and useful computing efficiency
Customer economics
Named commitments and accepted equipment scope; reconcile recurring receipts, electricity recoveries, incentives and maintenance.
Capital and resources
Document the incremental power, cooling and network investment needed at the intended density; identify which party pays.
Evidence of useful output
For owner-users, useful computing per dollar; for landlords, billable load and service margin; neither is inferred from a building count.
What could break the investment case?
Our analysis: A mature site can face replacement and resource costs despite its operating history. Cumulative regional investment and annual energy matching do not establish current utilization or continuous local clean energy.
What would change our view?
Our analysis: Phase-specific customer acceptance, sustained useful workloads and cash generation after recurring costs would strengthen our assessment. Missed acceptance, deteriorating margins or additional capital required without equivalent contract protection would weaken it. A larger design envelope alone would not change the operating assessment.
What remains unknown
Current phase utilization, site-specific cash flow, customer acceptance detail, actual tariff, measured PUE, maintenance obligations and incremental capital returns are not fully disclosed in the reviewed sources. Coordinates represent the named locality or campus vicinity, not a surveyed building. A target date is not a verified completion. Building area is not IT MW, and utility or generation capacity is not automatically campus computing capacity.
Project research for information, not a buy recommendation. Financial illustrations use assumptions, not disclosed site results or management guidance.
Phase-specific energization, workload output and cost of added capacity
Reviewed
October 6, 2026
Expanded analysis · Original disclosures linked below · CAD and USD preserved as labeled · Company statements attributed; interpretations labeled.
The one-minute investment takeaway
Our analysis: A strong regional ecosystem can still have a constrained power path. Loudoun provides a dense infrastructure setting with established network links and operations. Those advantages do not eliminate marginal electricity scarcity, permitting or construction cost. The profile consolidates the named Loudoun campus cluster rather than creating two records for separately reported facilities without a verified scope boundary. Google’s return arises from cloud and product services. Incremental expansion should be tested against power acceptance, server deployment and useful workload economics. Regional investment totals are not exact campus capex, and corporate cloud revenue is not a site profit estimate.
Readiness basis: Classification of evidence in the reviewed profile; strongest documented phase, not full-campus completion. Google identifies operating Virginia campuses and a Loudoun expansion milestone Readiness source →
What the sources establish
Operating and expansion record.Google’s Virginia page identifies operating Loudoun infrastructure, a 2019 Northern Virginia opening and a 2021 second-campus expansion announcement. Primary source →
Regional spending boundary. The same page lists additional Virginia investment including Chesterfield; regional commitments must not be assigned entirely to Loudoun. Primary source →
Who receives the money?
Our analysis of disclosed roles. Revenue routes are business-model interpretations, not estimates of booked project revenue.
Product and cloud-service contribution; an owner-user return
Useful computing after replacement costs
Named resource or service participants
Utility service, network provision or managed-fund ownership only where documented
Contracts, billing scope and cost recovery; do not treat customer payments as automatic profit.
Other equipment and construction vendors
Potential capital-purchase receipts; no undisclosed vendor assigned
Actual orders and scope before attributing earnings or AI exposure.
How financially meaningful is it?
Our analysis: Loudoun provides a dense infrastructure setting with established network links and operations. Those advantages do not eliminate marginal electricity scarcity, permitting or construction cost. The profile consolidates the named Loudoun campus cluster rather than creating two records for separately reported facilities without a verified scope boundary. Google’s return arises from cloud and product services. Incremental expansion should be tested against power acceptance, server deployment and useful workload economics. Regional investment totals are not exact campus capex, and corporate cloud revenue is not a site profit estimate.
How to test the economics
Incremental return should include site capital, electrical enabling works and hardware replacement; allocate common network costs consistently across phases.
Hypothetical illustration: An assumed USD 100 million incremental infrastructure cost with USD 8 million annual operating benefit implies an 8% simple return before finance. These are not Google disclosures.
Milestones that would change the assessment
Milestone
Evidence to watch
Readiness and scope
Phase-specific energization, workload output and cost of added capacity
Customer economics
Named commitments and accepted equipment scope; reconcile recurring receipts, electricity recoveries, incentives and maintenance.
Capital and resources
Document the incremental power, cooling and network investment needed at the intended density; identify which party pays.
Evidence of useful output
For owner-users, useful computing per dollar; for landlords, billable load and service margin; neither is inferred from a building count.
What could break the investment case?
Our analysis: Network density can support demand while local power constraints raise costs or delay expansion. Historical operations do not prove every added hall is energized, and AI demand alone does not disclose the mix of workloads.
What would change our view?
Our analysis: Phase-specific customer acceptance, sustained useful workloads and cash generation after recurring costs would strengthen our assessment. Missed acceptance, deteriorating margins or additional capital required without equivalent contract protection would weaken it. A larger design envelope alone would not change the operating assessment.
What remains unknown
Current phase utilization, site-specific cash flow, customer acceptance detail, actual tariff, measured PUE, maintenance obligations and incremental capital returns are not fully disclosed in the reviewed sources. Coordinates represent the named locality or campus vicinity, not a surveyed building. A target date is not a verified completion. Building area is not IT MW, and utility or generation capacity is not automatically campus computing capacity.
Project research for information, not a buy recommendation. Financial illustrations use assumptions, not disclosed site results or management guidance.
Virginia DEQ record check
Reviewed October 7, 2026 · No exact facility match established
A defensible DEQ facility-to-campus match was not established for our consolidated Google Loudoun profile. A search for Google by name did not resolve the underlying permit entities and phase addresses. Entity names can differ from operator branding; absence of a name match is not evidence of missing permits. Botetourt Project Raspberry records do not verify Loudoun facilities.
Facility-register screen; complete permit conditions were unavailable. Air-source classifications do not verify campus IT load, energization or comprehensive compliance.
Mesa appears in Google’s current facility efficiency reporting; 2024 launch target is historical
Confirmed companies
Google / Alphabet (GOOGL); Salt River Project; NextEra Energy Resources / NextEra Energy (NEE)
Next milestone
Measured resource performance, phase computing output and verification of the hourly energy target
Reviewed
October 6, 2026
Expanded analysis · Original disclosures linked below · CAD and USD preserved as labeled · Company statements attributed; interpretations labeled.
The one-minute investment takeaway
Our analysis: Clean-energy procurement and computing capacity use different measures. Mesa adds a second operator to Arizona coverage, distinct from Meta Mesa and CyrusOne Chandler. The energy procurement program is relevant to operating cost and carbon accounting but does not establish campus IT capacity. SRP is a public power entity; NextEra is a listed parent with generation exposure distinct from Google compute profit. Published efficiency demonstrates measured facility activity without revealing full load. Hot-weather resilience, cooling requirements and actual hourly energy matching matter more than a broad annual claim. The earlier 2025 opening target should not be treated as proof of its own achievement.
Readiness basis: Classification of evidence in the reviewed profile; strongest documented phase, not full-campus completion. Mesa appears in Google’s current facility efficiency reporting; 2024 launch target is historical Readiness source →
What the sources establish
Current facility evidence.Google includes Mesa in its reported data-center efficiency table. This is operational measurement evidence, not a published utilization or AI workload split. Primary source →
Named energy program.Google’s March 2024 announcement names SRP and NextEra Energy Resources in a 430 MW-plus clean-energy program. It targeted an 80% hourly carbon-free energy level for 2026. Primary source →
Who receives the money?
Our analysis of disclosed roles. Revenue routes are business-model interpretations, not estimates of booked project revenue.
Product and cloud-service contribution; an owner-user return
Useful computing after replacement costs
Named resource or service participants
Utility service, network provision or managed-fund ownership only where documented
Contracts, billing scope and cost recovery; do not treat customer payments as automatic profit.
Other equipment and construction vendors
Potential capital-purchase receipts; no undisclosed vendor assigned
Actual orders and scope before attributing earnings or AI exposure.
How financially meaningful is it?
Our analysis: Mesa adds a second operator to Arizona coverage, distinct from Meta Mesa and CyrusOne Chandler. The energy procurement program is relevant to operating cost and carbon accounting but does not establish campus IT capacity. SRP is a public power entity; NextEra is a listed parent with generation exposure distinct from Google compute profit. Published efficiency demonstrates measured facility activity without revealing full load. Hot-weather resilience, cooling requirements and actual hourly energy matching matter more than a broad annual claim. The earlier 2025 opening target should not be treated as proof of its own achievement.
How to test the economics
Evaluate facility electricity as IT load multiplied by actual PUE, then model the cost and timing of the energy portfolio independently.
Hypothetical illustration: A hypothetical reduction from PUE 1.30 to 1.20 at 30 MW IT load saves 26,280 MWh annually; at USD 60/MWh that is USD 1.5768 million. These are assumptions, not reported Mesa savings.
Milestones that would change the assessment
Milestone
Evidence to watch
Readiness and scope
Measured resource performance, phase computing output and verification of the hourly energy target
Customer economics
Named commitments and accepted equipment scope; reconcile recurring receipts, electricity recoveries, incentives and maintenance.
Capital and resources
Document the incremental power, cooling and network investment needed at the intended density; identify which party pays.
Evidence of useful output
For owner-users, useful computing per dollar; for landlords, billable load and service margin; neither is inferred from a building count.
What could break the investment case?
Our analysis: Summer electricity demand, equipment efficiency and resource resilience can affect useful cost. Neither clean-generation MW nor PUE discloses available GPU capacity. Renewable supply additions can have independent construction and operating risks.
What would change our view?
Our analysis: Phase-specific customer acceptance, sustained useful workloads and cash generation after recurring costs would strengthen our assessment. Missed acceptance, deteriorating margins or additional capital required without equivalent contract protection would weaken it. A larger design envelope alone would not change the operating assessment.
What remains unknown
Current phase utilization, site-specific cash flow, customer acceptance detail, actual tariff, measured PUE, maintenance obligations and incremental capital returns are not fully disclosed in the reviewed sources. Coordinates represent the named locality or campus vicinity, not a surveyed building. A target date is not a verified completion. Building area is not IT MW, and utility or generation capacity is not automatically campus computing capacity.
Project research for information, not a buy recommendation. Financial illustrations use assumptions, not disclosed site results or management guidance.
Arizona government record check
Reviewed October 7, 2026 · Matched city project entity; phase approvals not fully reviewed
Mesa file 19-0809 explicitly names Google and Stone Applications LLC for a roughly 187-acre phased data-center development at the northwest corner of Elliot and Sossaman Roads. Later April 9, 2024 design-review items identify the same owner and site: Redhawk Phase 2 (DRB24-00134) and Redhawk HUB (DRB24-00194). The city’s public legislative API records July 1, 2019 as the passed date for the agreement item. The later design-review pages show Agenda Ready and no action history; their agenda language is not treated as final approval, an issued building permit or completion. The Arizona Commerce Authority separately reported Google’s September 6, 2023 groundbreaking. Current operation rests on Google’s facility reporting, not these historical planning records.
Targeted record screen; air permits, building completion and project-specific power service remain unverified in this review. Readiness is based on the separately cited project evidence.
Multi-building campus marketed; full 176 MW delivery and occupancy unverified
Confirmed companies
Vantage Data Centers; Arizona Public Service / Pinnacle West (PNW)
Next milestone
Accepted and billable MW by building, lease-backed growth and APS service scope
Reviewed
October 6, 2026
Expanded analysis · Original disclosures linked below · CAD and USD preserved as labeled · Company statements attributed; interpretations labeled.
The one-minute investment takeaway
Our analysis: The Goodyear location needs a building-level capacity reconciliation. The campus is geographically relevant to the Phoenix west valley, but the investment analysis should remain grounded in delivered and billable phases. A large IT envelope creates expansion potential requiring customers, electrical readiness and financing. Vantage is private; APS exposure is through Pinnacle West and depends on regulated service economics. Neither entity has disclosed site earnings in the reviewed page. The desert operating environment makes cooling performance and summer service obligations important. Certifications for named buildings help identify actual structures while not proving every planned building’s live load.
Readiness basis: Classification of evidence in the reviewed profile; strongest documented phase, not full-campus completion. Multi-building campus marketed; full 176 MW delivery and occupancy unverified Readiness source →
What the sources establish
Campus scope. Vantage’s AZ1 page locates the campus in Goodyear and specifies a five-building, 50-acre, 176 MW critical IT plan. Primary source →
Named electricity and cooling. The page names APS, an onsite substation and closed-loop cooling; forward-looking technical specifications do not verify full delivery. Primary source →
Public parent. Pinnacle West identifies APS as its principal utility subsidiary and its listed ticker as NYSE: PNW. Primary source →
Who receives the money?
Our analysis of disclosed roles. Revenue routes are business-model interpretations, not estimates of booked project revenue.
Company / exposure
Economic role
What investors need to establish
Vantage Data Centers
Recurring property and retained service contribution
Accepted and billable capacity, rents, retained service costs and maintenance
Named resource or service participants
Utility service, network provision or managed-fund ownership only where documented
Contracts, billing scope and cost recovery; do not treat customer payments as automatic profit.
Other equipment and construction vendors
Potential capital-purchase receipts; no undisclosed vendor assigned
Actual orders and scope before attributing earnings or AI exposure.
How financially meaningful is it?
Our analysis: The campus is geographically relevant to the Phoenix west valley, but the investment analysis should remain grounded in delivered and billable phases. A large IT envelope creates expansion potential requiring customers, electrical readiness and financing. Vantage is private; APS exposure is through Pinnacle West and depends on regulated service economics. Neither entity has disclosed site earnings in the reviewed page. The desert operating environment makes cooling performance and summer service obligations important. Certifications for named buildings help identify actual structures while not proving every planned building’s live load.
How to test the economics
Property contribution should distinguish base rent, reimbursed utilities and retained service margins; utility capital cost recovery is a separate model.
Hypothetical illustration: At an assumed USD 140/kW-month, 10 MW of additional billing produces USD 16.8 million annual gross fees before costs. This is not a Vantage lease rate or accepted AZ1 load.
Milestones that would change the assessment
Milestone
Evidence to watch
Readiness and scope
Accepted and billable MW by building, lease-backed growth and APS service scope
Customer economics
Named commitments and accepted equipment scope; reconcile recurring receipts, electricity recoveries, incentives and maintenance.
Capital and resources
Document the incremental power, cooling and network investment needed at the intended density; identify which party pays.
Evidence of useful output
For owner-users, useful computing per dollar; for landlords, billable load and service margin; neither is inferred from a building count.
What could break the investment case?
Our analysis: Counting all advertised MW as commissioned capacity would exaggerate readiness. Heat, density retrofits, utility upgrades and tenant incentives can reduce property contribution. Private fund ownership is not a direct listed Vantage stock.
What would change our view?
Our analysis: Phase-specific customer acceptance, sustained useful workloads and cash generation after recurring costs would strengthen our assessment. Missed acceptance, deteriorating margins or additional capital required without equivalent contract protection would weaken it. A larger design envelope alone would not change the operating assessment.
What remains unknown
Current phase utilization, site-specific cash flow, customer acceptance detail, actual tariff, measured PUE, maintenance obligations and incremental capital returns are not fully disclosed in the reviewed sources. Coordinates represent the named locality or campus vicinity, not a surveyed building. A target date is not a verified completion. Building area is not IT MW, and utility or generation capacity is not automatically campus computing capacity.
Project research for information, not a buy recommendation. Financial illustrations use assumptions, not disclosed site results or management guidance.
Arizona government record check
Reviewed October 7, 2026 · Government record leads located; underlying documents not retrieved
Goodyear’s indexed city news identifies Vantage’s Phase II topping-out report dated July 6, 2023. An indexed February 24, 2025 council packet also mentions an amended Vantage AZ Campus sign package. The underlying documents could not be retrieved in this screen, so these remain follow-up leads rather than verified permit decisions. A topping-out milestone and a sign-package action would not establish full 176 MW delivery, occupancy or an APS service commitment. Exact air permits and building-level completion records remain unresolved.
Targeted record screen; air permits, building completion and project-specific power service remain unverified in this review. Readiness is based on the separately cited project evidence.
Final-facility development completion announced in 2023; current billable load undisclosed
Confirmed companies
Vantage Data Centers; Grant County Public Utility District
Next milestone
Current billable load, renewal terms and funded high-density upgrades
Reviewed
October 6, 2026
Expanded analysis · Original disclosures linked below · CAD and USD preserved as labeled · Company statements attributed; interpretations labeled.
The one-minute investment takeaway
Our analysis: Completed construction leaves leasing and refresh economics to prove. Quincy offers evidence beyond a land or power proposal: a developer-reported completed final building. That supports readiness of the property without disclosing every tenant’s installed compute or billable capacity. The hydro-rich region can reduce certain operating costs but does not eliminate tariff changes, demand charges or customer network requirements. Expansion and high-density retrofits should be evaluated on incremental returns rather than assumed attractive because historical facilities were built. Treat the 89 MW critical IT specification separately from power consumed and useful customer workload.
Readiness basis: Classification of evidence in the reviewed profile; strongest documented phase, not full-campus completion. Final-facility development completion announced in 2023; current billable load undisclosed Readiness source →
What the sources establish
Completed development. Vantage’s October 2023 release announces delivery of WA13, the final building in its 89 MW Quincy campus. Primary source →
Current facility scope. The current WA1 page lists three buildings, 775,000 square feet and 89 MW critical IT capacity, with Grant County PUD as electricity supplier. Primary source →
Who receives the money?
Our analysis of disclosed roles. Revenue routes are business-model interpretations, not estimates of booked project revenue.
Company / exposure
Economic role
What investors need to establish
Vantage Data Centers
Recurring property and retained service contribution
Accepted and billable capacity, rents, retained service costs and maintenance
Named resource or service participants
Utility service, network provision or managed-fund ownership only where documented
Contracts, billing scope and cost recovery; do not treat customer payments as automatic profit.
Other equipment and construction vendors
Potential capital-purchase receipts; no undisclosed vendor assigned
Actual orders and scope before attributing earnings or AI exposure.
How financially meaningful is it?
Our analysis: Quincy offers evidence beyond a land or power proposal: a developer-reported completed final building. That supports readiness of the property without disclosing every tenant’s installed compute or billable capacity. The hydro-rich region can reduce certain operating costs but does not eliminate tariff changes, demand charges or customer network requirements. Expansion and high-density retrofits should be evaluated on incremental returns rather than assumed attractive because historical facilities were built. Treat the 89 MW critical IT specification separately from power consumed and useful customer workload.
How to test the economics
Stabilized cash contribution = property and service receipts less retained operating expense, maintenance, allocated capital and finance costs.
Hypothetical illustration: A hypothetical 20 MW at USD 150/kW-month yields USD 36 million annual gross rent; a 10% billing reduction lowers it by USD 3.6 million. These are not Quincy leases or occupancy.
Milestones that would change the assessment
Milestone
Evidence to watch
Readiness and scope
Current billable load, renewal terms and funded high-density upgrades
Customer economics
Named commitments and accepted equipment scope; reconcile recurring receipts, electricity recoveries, incentives and maintenance.
Capital and resources
Document the incremental power, cooling and network investment needed at the intended density; identify which party pays.
Evidence of useful output
For owner-users, useful computing per dollar; for landlords, billable load and service margin; neither is inferred from a building count.
What could break the investment case?
Our analysis: Customer concentration, retrofit costs and lease renewal economics remain after development completion. Low-power-price marketing is not a current customer tariff quote and does not establish total delivered compute cost.
What would change our view?
Our analysis: Phase-specific customer acceptance, sustained useful workloads and cash generation after recurring costs would strengthen our assessment. Missed acceptance, deteriorating margins or additional capital required without equivalent contract protection would weaken it. A larger design envelope alone would not change the operating assessment.
What remains unknown
Current phase utilization, site-specific cash flow, customer acceptance detail, actual tariff, measured PUE, maintenance obligations and incremental capital returns are not fully disclosed in the reviewed sources. Coordinates represent the named locality or campus vicinity, not a surveyed building. A target date is not a verified completion. Building area is not IT MW, and utility or generation capacity is not automatically campus computing capacity.
Project research for information, not a buy recommendation. Financial illustrations use assumptions, not disclosed site results or management guidance.
Incremental cabinets or accepted IT load, connection demand and margin after fit-out
Reviewed
October 6, 2026
Expanded analysis · Original disclosures linked below · CAD and USD preserved as labeled · Company statements attributed; interpretations labeled.
The one-minute investment takeaway
Our analysis: An interconnection facility has different economics from a gigawatt campus. DC21 adds a named Ashburn IBX rather than another unbounded Northern Virginia campus claim. Its economics depend on retail demand, customer equipment deployment and network connectivity. Metro-scale concentration can improve reach while raising competition and utility constraints. Equinix receives recurring property and service income rather than all customer computing revenue. Power reimbursements should be separated from retained margin. Facility size and redundancy do not establish available GPU capacity. Connections to an ecosystem can support retention, but pricing power needs evidence of customer demand and alternatives. Evaluate expansions and fit-out with current energy, cooling and replacement costs. An operator listing establishes a named commercial facility without proving its current occupancy.
Readiness basis: Classification of evidence in the reviewed profile; strongest documented phase, not full-campus completion. Existing carrier-neutral facility listed by operator; current load undisclosed Readiness source →
What the sources establish
Facility-specific evidence.Equinix lists this named facility at the stated address with 39,665 square feet of space and N+2 electrical redundancy. Primary source →
Service scope. The facility page offers colocation and connectivity; facility-level utilization, pricing and site-specific AI share are not disclosed. Primary source →
Dated opening evidence.Equinix’s 2020 metro expansion release records DC21 opening; the USD 200 million headline covers multiple metro expansions, not DC21 alone. Primary source →
Who receives the money?
Our analysis of disclosed roles. Revenue routes are business-model interpretations, not estimates of booked project revenue.
Recurring property and retained service contribution
Accepted and billable capacity, rents, retained service costs and maintenance
Named resource or service participants
Utility service, network provision or managed-fund ownership only where documented
Contracts, billing scope and cost recovery; do not treat customer payments as automatic profit.
Other equipment and construction vendors
Potential capital-purchase receipts; no undisclosed vendor assigned
Actual orders and scope before attributing earnings or AI exposure.
How financially meaningful is it?
Our analysis: DC21 adds a named Ashburn IBX rather than another unbounded Northern Virginia campus claim. Its economics depend on retail demand, customer equipment deployment and network connectivity. Metro-scale concentration can improve reach while raising competition and utility constraints. Equinix receives recurring property and service income rather than all customer computing revenue. Power reimbursements should be separated from retained margin. Facility size and redundancy do not establish available GPU capacity. Connections to an ecosystem can support retention, but pricing power needs evidence of customer demand and alternatives. Evaluate expansions and fit-out with current energy, cooling and replacement costs. An operator listing establishes a named commercial facility without proving its current occupancy.
How to test the economics
Recurring contribution includes rent, cross-connects and retained services less electricity not recovered, staffing, maintenance and allocated capital.
Hypothetical illustration: At an assumed USD 180/kW-month, 1 MW of added billing yields USD 2.16 million annual gross rent. The rate and added load are assumptions, not disclosed facility results.
Milestones that would change the assessment
Milestone
Evidence to watch
Readiness and scope
Incremental cabinets or accepted IT load, connection demand and margin after fit-out
Customer economics
Named commitments and accepted equipment scope; reconcile recurring receipts, electricity recoveries, incentives and maintenance.
Capital and resources
Document the incremental power, cooling and network investment needed at the intended density; identify which party pays.
Evidence of useful output
For owner-users, useful computing per dollar; for landlords, billable load and service margin; neither is inferred from a building count.
What could break the investment case?
Our analysis: Density limits, tenant churn and new fit-out capital can reduce returns. Company-wide bookings and revenue cannot be assigned to this facility. Service availability and certifications do not substitute for billing evidence.
What would change our view?
Our analysis: Phase-specific customer acceptance, sustained useful workloads and cash generation after recurring costs would strengthen our assessment. Missed acceptance, deteriorating margins or additional capital required without equivalent contract protection would weaken it. A larger design envelope alone would not change the operating assessment.
What remains unknown
Current phase utilization, site-specific cash flow, customer acceptance detail, actual tariff, measured PUE, maintenance obligations and incremental capital returns are not fully disclosed in the reviewed sources. Coordinates represent the named locality or campus vicinity, not a surveyed building. A target date is not a verified completion. Building area is not IT MW, and utility or generation capacity is not automatically campus computing capacity.
Project research for information, not a buy recommendation. Financial illustrations use assumptions, not disclosed site results or management guidance.
Virginia DEQ record check
Reviewed October 7, 2026 · Matched facility address; record shared with DC22
DEQ lists Equinix LLC (DC-21/DC-22) at 22175 Beaumeade Circle, Ashburn, under air registration 74189. The address matches Equinix’s DC21 listing. This is a shared air-source record for DC21 and DC22; equipment or emissions totals cannot be assigned to DC21 alone without the current permit. The full permit document was not retrieved in this review.
Facility-register screen; complete permit conditions were unavailable. Air-source classifications do not verify campus IT load, energization or comprehensive compliance.
Incremental cabinets or accepted IT load, connection demand and margin after fit-out
Reviewed
October 6, 2026
Expanded analysis · Original disclosures linked below · CAD and USD preserved as labeled · Company statements attributed; interpretations labeled.
The one-minute investment takeaway
Our analysis: Connectivity value need not require a huge footprint. CH4 is a compact separately named facility in Chicago’s established interconnection setting. It should not be counted as all floors or all providers in the larger building. Financial-market and enterprise connectivity can be relevant to AI distribution without making CH4 a dedicated training supercluster. Equinix receives recurring property and service income rather than all customer computing revenue. Power reimbursements should be separated from retained margin. Facility size and redundancy do not establish available GPU capacity. Connections to an ecosystem can support retention, but pricing power needs evidence of customer demand and alternatives. Evaluate expansions and fit-out with current energy, cooling and replacement costs. An operator listing establishes a named commercial facility without proving its current occupancy.
Readiness basis: Classification of evidence in the reviewed profile; strongest documented phase, not full-campus completion. Existing carrier-neutral facility listed by operator; current load undisclosed Readiness source →
What the sources establish
Facility-specific evidence.Equinix lists this named facility at the stated address with 23,616 square feet of space and N+1 electrical redundancy. Primary source →
Service scope. The facility page offers colocation and connectivity; facility-level utilization, pricing and site-specific AI share are not disclosed. Primary source →
Who receives the money?
Our analysis of disclosed roles. Revenue routes are business-model interpretations, not estimates of booked project revenue.
Recurring property and retained service contribution
Accepted and billable capacity, rents, retained service costs and maintenance
Named resource or service participants
Utility service, network provision or managed-fund ownership only where documented
Contracts, billing scope and cost recovery; do not treat customer payments as automatic profit.
Other equipment and construction vendors
Potential capital-purchase receipts; no undisclosed vendor assigned
Actual orders and scope before attributing earnings or AI exposure.
How financially meaningful is it?
Our analysis: CH4 is a compact separately named facility in Chicago’s established interconnection setting. It should not be counted as all floors or all providers in the larger building. Financial-market and enterprise connectivity can be relevant to AI distribution without making CH4 a dedicated training supercluster. Equinix receives recurring property and service income rather than all customer computing revenue. Power reimbursements should be separated from retained margin. Facility size and redundancy do not establish available GPU capacity. Connections to an ecosystem can support retention, but pricing power needs evidence of customer demand and alternatives. Evaluate expansions and fit-out with current energy, cooling and replacement costs. An operator listing establishes a named commercial facility without proving its current occupancy.
How to test the economics
Recurring contribution includes rent, cross-connects and retained services less electricity not recovered, staffing, maintenance and allocated capital.
Hypothetical illustration: At an assumed USD 180/kW-month, 1 MW of added billing yields USD 2.16 million annual gross rent. The rate and added load are assumptions, not disclosed facility results.
Milestones that would change the assessment
Milestone
Evidence to watch
Readiness and scope
Incremental cabinets or accepted IT load, connection demand and margin after fit-out
Customer economics
Named commitments and accepted equipment scope; reconcile recurring receipts, electricity recoveries, incentives and maintenance.
Capital and resources
Document the incremental power, cooling and network investment needed at the intended density; identify which party pays.
Evidence of useful output
For owner-users, useful computing per dollar; for landlords, billable load and service margin; neither is inferred from a building count.
What could break the investment case?
Our analysis: Density limits, tenant churn and new fit-out capital can reduce returns. Company-wide bookings and revenue cannot be assigned to this facility. Service availability and certifications do not substitute for billing evidence.
What would change our view?
Our analysis: Phase-specific customer acceptance, sustained useful workloads and cash generation after recurring costs would strengthen our assessment. Missed acceptance, deteriorating margins or additional capital required without equivalent contract protection would weaken it. A larger design envelope alone would not change the operating assessment.
What remains unknown
Current phase utilization, site-specific cash flow, customer acceptance detail, actual tariff, measured PUE, maintenance obligations and incremental capital returns are not fully disclosed in the reviewed sources. Coordinates represent the named locality or campus vicinity, not a surveyed building. A target date is not a verified completion. Building area is not IT MW, and utility or generation capacity is not automatically campus computing capacity.
Project research for information, not a buy recommendation. Financial illustrations use assumptions, not disclosed site results or management guidance.
Incremental cabinets or accepted IT load, connection demand and margin after fit-out
Reviewed
October 6, 2026
Expanded analysis · Original disclosures linked below · CAD and USD preserved as labeled · Company statements attributed; interpretations labeled.
The one-minute investment takeaway
Our analysis: Technical redundancy is an input to returns, not a revenue forecast. DA11 adds a defined Dallas IBX distinct from Denton’s much larger CoreWeave conversion. Redundant electrical and cooling systems support resilience while requiring capital and operating maintenance. Match each customer’s density and service requirements with the real fit-out cost. Equinix receives recurring property and service income rather than all customer computing revenue. Power reimbursements should be separated from retained margin. Facility size and redundancy do not establish available GPU capacity. Connections to an ecosystem can support retention, but pricing power needs evidence of customer demand and alternatives. Evaluate expansions and fit-out with current energy, cooling and replacement costs. An operator listing establishes a named commercial facility without proving its current occupancy.
Readiness basis: Classification of evidence in the reviewed profile; strongest documented phase, not full-campus completion. Existing carrier-neutral facility listed by operator; current load undisclosed Readiness source →
What the sources establish
Facility-specific evidence.Equinix lists this named facility at the stated address with 72,000 square feet of space and N+2 electrical redundancy. Primary source →
Service scope. The facility page offers colocation and connectivity; facility-level utilization, pricing and site-specific AI share are not disclosed. Primary source →
Who receives the money?
Our analysis of disclosed roles. Revenue routes are business-model interpretations, not estimates of booked project revenue.
Recurring property and retained service contribution
Accepted and billable capacity, rents, retained service costs and maintenance
Named resource or service participants
Utility service, network provision or managed-fund ownership only where documented
Contracts, billing scope and cost recovery; do not treat customer payments as automatic profit.
Other equipment and construction vendors
Potential capital-purchase receipts; no undisclosed vendor assigned
Actual orders and scope before attributing earnings or AI exposure.
How financially meaningful is it?
Our analysis: DA11 adds a defined Dallas IBX distinct from Denton’s much larger CoreWeave conversion. Redundant electrical and cooling systems support resilience while requiring capital and operating maintenance. Match each customer’s density and service requirements with the real fit-out cost. Equinix receives recurring property and service income rather than all customer computing revenue. Power reimbursements should be separated from retained margin. Facility size and redundancy do not establish available GPU capacity. Connections to an ecosystem can support retention, but pricing power needs evidence of customer demand and alternatives. Evaluate expansions and fit-out with current energy, cooling and replacement costs. An operator listing establishes a named commercial facility without proving its current occupancy.
How to test the economics
Recurring contribution includes rent, cross-connects and retained services less electricity not recovered, staffing, maintenance and allocated capital.
Hypothetical illustration: At an assumed USD 180/kW-month, 1 MW of added billing yields USD 2.16 million annual gross rent. The rate and added load are assumptions, not disclosed facility results.
Milestones that would change the assessment
Milestone
Evidence to watch
Readiness and scope
Incremental cabinets or accepted IT load, connection demand and margin after fit-out
Customer economics
Named commitments and accepted equipment scope; reconcile recurring receipts, electricity recoveries, incentives and maintenance.
Capital and resources
Document the incremental power, cooling and network investment needed at the intended density; identify which party pays.
Evidence of useful output
For owner-users, useful computing per dollar; for landlords, billable load and service margin; neither is inferred from a building count.
What could break the investment case?
Our analysis: Density limits, tenant churn and new fit-out capital can reduce returns. Company-wide bookings and revenue cannot be assigned to this facility. Service availability and certifications do not substitute for billing evidence.
What would change our view?
Our analysis: Phase-specific customer acceptance, sustained useful workloads and cash generation after recurring costs would strengthen our assessment. Missed acceptance, deteriorating margins or additional capital required without equivalent contract protection would weaken it. A larger design envelope alone would not change the operating assessment.
What remains unknown
Current phase utilization, site-specific cash flow, customer acceptance detail, actual tariff, measured PUE, maintenance obligations and incremental capital returns are not fully disclosed in the reviewed sources. Coordinates represent the named locality or campus vicinity, not a surveyed building. A target date is not a verified completion. Building area is not IT MW, and utility or generation capacity is not automatically campus computing capacity.
Project research for information, not a buy recommendation. Financial illustrations use assumptions, not disclosed site results or management guidance.
Incremental cabinets or accepted IT load, connection demand and margin after fit-out
Reviewed
October 6, 2026
Expanded analysis · Original disclosures linked below · CAD and USD preserved as labeled · Company statements attributed; interpretations labeled.
The one-minute investment takeaway
Our analysis: Canadian connectivity can diversify the infrastructure business model. TR7 is a separately named Brampton facility rather than a duplicate of the existing TR6 record. Keep commercial geography separate from national cloud-region claims. Canadian data location requirements can support demand, but neither sovereignty marketing nor broad AI growth establishes actual cabinet bookings. Equinix receives recurring property and service income rather than all customer computing revenue. Power reimbursements should be separated from retained margin. Facility size and redundancy do not establish available GPU capacity. Connections to an ecosystem can support retention, but pricing power needs evidence of customer demand and alternatives. Evaluate expansions and fit-out with current energy, cooling and replacement costs. An operator listing establishes a named commercial facility without proving its current occupancy.
Readiness basis: Classification of evidence in the reviewed profile; strongest documented phase, not full-campus completion. Existing carrier-neutral facility listed by operator; current load undisclosed Readiness source →
What the sources establish
Facility-specific evidence.Equinix lists this named facility at the stated address with 85,767 square feet of space and 2N electrical redundancy. Primary source →
Service scope. The facility page offers colocation and connectivity; facility-level utilization, pricing and site-specific AI share are not disclosed. Primary source →
Who receives the money?
Our analysis of disclosed roles. Revenue routes are business-model interpretations, not estimates of booked project revenue.
Recurring property and retained service contribution
Accepted and billable capacity, rents, retained service costs and maintenance
Named resource or service participants
Utility service, network provision or managed-fund ownership only where documented
Contracts, billing scope and cost recovery; do not treat customer payments as automatic profit.
Other equipment and construction vendors
Potential capital-purchase receipts; no undisclosed vendor assigned
Actual orders and scope before attributing earnings or AI exposure.
How financially meaningful is it?
Our analysis: TR7 is a separately named Brampton facility rather than a duplicate of the existing TR6 record. Keep commercial geography separate from national cloud-region claims. Canadian data location requirements can support demand, but neither sovereignty marketing nor broad AI growth establishes actual cabinet bookings. Equinix receives recurring property and service income rather than all customer computing revenue. Power reimbursements should be separated from retained margin. Facility size and redundancy do not establish available GPU capacity. Connections to an ecosystem can support retention, but pricing power needs evidence of customer demand and alternatives. Evaluate expansions and fit-out with current energy, cooling and replacement costs. An operator listing establishes a named commercial facility without proving its current occupancy.
How to test the economics
Recurring contribution includes rent, cross-connects and retained services less electricity not recovered, staffing, maintenance and allocated capital.
Hypothetical illustration: At an assumed USD 180/kW-month, 1 MW of added billing yields USD 2.16 million annual gross rent. The rate and added load are assumptions, not disclosed facility results.
Milestones that would change the assessment
Milestone
Evidence to watch
Readiness and scope
Incremental cabinets or accepted IT load, connection demand and margin after fit-out
Customer economics
Named commitments and accepted equipment scope; reconcile recurring receipts, electricity recoveries, incentives and maintenance.
Capital and resources
Document the incremental power, cooling and network investment needed at the intended density; identify which party pays.
Evidence of useful output
For owner-users, useful computing per dollar; for landlords, billable load and service margin; neither is inferred from a building count.
What could break the investment case?
Our analysis: Density limits, tenant churn and new fit-out capital can reduce returns. Company-wide bookings and revenue cannot be assigned to this facility. Service availability and certifications do not substitute for billing evidence.
What would change our view?
Our analysis: Phase-specific customer acceptance, sustained useful workloads and cash generation after recurring costs would strengthen our assessment. Missed acceptance, deteriorating margins or additional capital required without equivalent contract protection would weaken it. A larger design envelope alone would not change the operating assessment.
What remains unknown
Current phase utilization, site-specific cash flow, customer acceptance detail, actual tariff, measured PUE, maintenance obligations and incremental capital returns are not fully disclosed in the reviewed sources. Coordinates represent the named locality or campus vicinity, not a surveyed building. A target date is not a verified completion. Building area is not IT MW, and utility or generation capacity is not automatically campus computing capacity.
Project research for information, not a buy recommendation. Financial illustrations use assumptions, not disclosed site results or management guidance.
Existing multi-tenant campus; advertised delivered aggregate power and expansion scopes require reconciliation
Confirmed companies
Sabey Data Centers; Megaport (MP1); Microsoft Azure connectivity
Next milestone
Delivered, contracted and billable capacity by phase; energy price scope and connectivity receipts
Reviewed
October 6, 2026
Expanded analysis · Original disclosures linked below · CAD and USD preserved as labeled · Company statements attributed; interpretations labeled.
The one-minute investment takeaway
Our analysis: Reconcile delivered power with the separate expansion story. Sabey adds a different operator in Quincy without duplicating Vantage’s WA1 campus. The site has an existing multi-tenant property and network offering, while public materials have different reporting scopes. Aggregate delivered power and announced expansion capacity should be shown separately until a consistent phase table is available. A low advertised energy price is not a binding customer tariff and may omit demand charges. Network integration can support recurring service demand without establishing a hyperscaler tenant. The landlord’s margin depends on billing, retained costs and deployment capital.
Readiness basis: Classification of evidence in the reviewed profile; strongest documented phase, not full-campus completion. Existing multi-tenant campus; advertised delivered aggregate power and expansion scopes require reconciliation Readiness source →
What the sources establish
Existing campus. Sabey describes a 530,000-square-foot, five-building campus with 50–60 MW aggregate delivered power and an onsite substation. Primary source →
Separate expansion. A June 2023 announcement describes more than 85 MW of expansion; it must not be automatically added as confirmed current delivery. Primary source →
Named connectivity. The location page identifies an Azure on-ramp and Megaport software-defined connectivity. Connectivity is not evidence that Microsoft leases the entire campus. Primary source →
Who receives the money?
Our analysis of disclosed roles. Revenue routes are business-model interpretations, not estimates of booked project revenue.
Company / exposure
Economic role
What investors need to establish
Sabey Data Centers
Recurring property and retained service contribution
Accepted and billable capacity, rents, retained service costs and maintenance
Named resource or service participants
Utility service, network provision or managed-fund ownership only where documented
Contracts, billing scope and cost recovery; do not treat customer payments as automatic profit.
Other equipment and construction vendors
Potential capital-purchase receipts; no undisclosed vendor assigned
Actual orders and scope before attributing earnings or AI exposure.
How financially meaningful is it?
Our analysis: Sabey adds a different operator in Quincy without duplicating Vantage’s WA1 campus. The site has an existing multi-tenant property and network offering, while public materials have different reporting scopes. Aggregate delivered power and announced expansion capacity should be shown separately until a consistent phase table is available. A low advertised energy price is not a binding customer tariff and may omit demand charges. Network integration can support recurring service demand without establishing a hyperscaler tenant. The landlord’s margin depends on billing, retained costs and deployment capital.
How to test the economics
Model retained property contribution and network services separately from reimbursed electricity and unbuilt expansion options.
Hypothetical illustration: At an assumed 15 MW IT load and PUE 1.2, a USD 10/MWh price change alters annual facility electricity cost by USD 1.5768 million. These are assumptions, not Sabey measured costs.
Milestones that would change the assessment
Milestone
Evidence to watch
Readiness and scope
Delivered, contracted and billable capacity by phase; energy price scope and connectivity receipts
Customer economics
Named commitments and accepted equipment scope; reconcile recurring receipts, electricity recoveries, incentives and maintenance.
Capital and resources
Document the incremental power, cooling and network investment needed at the intended density; identify which party pays.
Evidence of useful output
For owner-users, useful computing per dollar; for landlords, billable load and service margin; neither is inferred from a building count.
What could break the investment case?
Our analysis: Capacity discrepancies, marketing tariff assumptions, new fit-out costs and tenant concentration can weaken the thesis. Connectivity partners have different exposure from property owners and cannot be assigned campus rent.
What would change our view?
Our analysis: Phase-specific customer acceptance, sustained useful workloads and cash generation after recurring costs would strengthen our assessment. Missed acceptance, deteriorating margins or additional capital required without equivalent contract protection would weaken it. A larger design envelope alone would not change the operating assessment.
What remains unknown
Current phase utilization, site-specific cash flow, customer acceptance detail, actual tariff, measured PUE, maintenance obligations and incremental capital returns are not fully disclosed in the reviewed sources. Coordinates represent the named locality or campus vicinity, not a surveyed building. A target date is not a verified completion. Building area is not IT MW, and utility or generation capacity is not automatically campus computing capacity.
Project research for information, not a buy recommendation. Financial illustrations use assumptions, not disclosed site results or management guidance.
Accepted high-density phases, billable load, renewal economics and water-versus-energy performance
Reviewed
October 6, 2026
Expanded analysis · Original disclosures linked below · CAD and USD preserved as labeled · Company statements attributed; interpretations labeled.
The one-minute investment takeaway
Our analysis: Water-saving design leaves power and capital economics to assess. Chandler adds an established private campus with documented cooling and density features. Lower cooling water needs can reduce a particular operational constraint while introducing tradeoffs in electrical use and equipment cost. An eight-building label does not disclose capacity, occupancy or current AI workload. Public exposure through asset managers is indirect: fund asset performance, fees and corporate earnings have separate relationships. The investment model should focus on rents, billable phases, fit-out and maintenance. Marketing a density ceiling should never be treated as a current deployment or a booked GPU order.
Readiness basis: Classification of evidence in the reviewed profile; strongest documented phase, not full-campus completion. Existing eight-facility campus marketed; current utilization undisclosed Readiness source →
What the sources establish
Named campus. CyrusOne’s Chandler page describes eight facilities and zero-water cooling systems, with limited water used for other purposes. Primary source →
Technical scope. The page markets high-density capability and facility certifications; those specifications are not evidence of actual density in every occupied hall. Primary source →
Ownership boundary. CyrusOne was acquired by KKR- and GIP-managed funds in 2022. Fund ownership differs from direct listed-company campus earnings. Primary source →
Who receives the money?
Our analysis of disclosed roles. Revenue routes are business-model interpretations, not estimates of booked project revenue.
Company / exposure
Economic role
What investors need to establish
CyrusOne
Recurring property and retained service contribution
Accepted and billable capacity, rents, retained service costs and maintenance
Named resource or service participants
Utility service, network provision or managed-fund ownership only where documented
Contracts, billing scope and cost recovery; do not treat customer payments as automatic profit.
Other equipment and construction vendors
Potential capital-purchase receipts; no undisclosed vendor assigned
Actual orders and scope before attributing earnings or AI exposure.
How financially meaningful is it?
Our analysis: Chandler adds an established private campus with documented cooling and density features. Lower cooling water needs can reduce a particular operational constraint while introducing tradeoffs in electrical use and equipment cost. An eight-building label does not disclose capacity, occupancy or current AI workload. Public exposure through asset managers is indirect: fund asset performance, fees and corporate earnings have separate relationships. The investment model should focus on rents, billable phases, fit-out and maintenance. Marketing a density ceiling should never be treated as a current deployment or a booked GPU order.
How to test the economics
Property return must include cooling and electrical capital, ongoing retained costs and maintenance; managed-fund exposure does not disclose parent-company project profit.
Hypothetical illustration: If an assumed density retrofit costs USD 50 million and adds USD 5 million annual contribution, simple payback is ten years before finance. These are not Chandler costs or returns.
Milestones that would change the assessment
Milestone
Evidence to watch
Readiness and scope
Accepted high-density phases, billable load, renewal economics and water-versus-energy performance
Customer economics
Named commitments and accepted equipment scope; reconcile recurring receipts, electricity recoveries, incentives and maintenance.
Capital and resources
Document the incremental power, cooling and network investment needed at the intended density; identify which party pays.
Evidence of useful output
For owner-users, useful computing per dollar; for landlords, billable load and service margin; neither is inferred from a building count.
What could break the investment case?
Our analysis: Hot-weather resilience, electricity cost, density conversion and renewal terms remain material. Cooling-specific water claims should not be expanded into a claim of zero campus water consumption or guaranteed economics.
What would change our view?
Our analysis: Phase-specific customer acceptance, sustained useful workloads and cash generation after recurring costs would strengthen our assessment. Missed acceptance, deteriorating margins or additional capital required without equivalent contract protection would weaken it. A larger design envelope alone would not change the operating assessment.
What remains unknown
Current phase utilization, site-specific cash flow, customer acceptance detail, actual tariff, measured PUE, maintenance obligations and incremental capital returns are not fully disclosed in the reviewed sources. Coordinates represent the named locality or campus vicinity, not a surveyed building. A target date is not a verified completion. Building area is not IT MW, and utility or generation capacity is not automatically campus computing capacity.
Project research for information, not a buy recommendation. Financial illustrations use assumptions, not disclosed site results or management guidance.
Arizona government record check
Reviewed October 7, 2026 · City business-presence corroboration; permit match unresolved
Chandler’s December 2025 Price Corridor brochure identifies CyrusOne in the south corridor. Its November 2025 new-business list names CyrusOne Procurement at 2335 S Ellis Street. These official records corroborate local business presence, not building permits, commissioning or acceptance across PHX1–PHX8. Exact campus air-permit numbers, building completion records and project-specific power-service approvals remain unresolved. A separate CyrusOne Mesa zoning case was excluded because it does not verify the Chandler campus.
Targeted record screen; air permits, building completion and project-specific power service remain unverified in this review. Readiness is based on the separately cited project evidence.
Dated operating acceptance, installed GPU availability and productive customer workloads
Reviewed
October 7, 2026
Source-based research and analysis · EUR, USD and MW retain their disclosed scope · Pins are approximate localities.
The investment takeaway
Our analysis: this project connects a European model developer to owned or controlled computing infrastructure and debt-funded GPU procurement. That can reduce dependence on rented computing while increasing fixed obligations. The investor question is whether useful workloads and cash generation grow quickly enough to absorb financing, energy and hardware replacement costs. An infrastructure strategy is not evidence of a profitable campus.
What the evidence establishes
Mistral disclosed a 44 MW powered-capacity plan and procurement of 13,800 NVIDIA GB300 GPUs. Gide describes approximately USD 720 million and EUR 94 million financing tranches. Those currency amounts should remain separate rather than be converted using an unstated rate. Reuters reported the financing and a Q2 2026 service target; ZDNet reported construction. That target has passed, and the reviewed record does not establish subsequent operational acceptance.
Power, cooling and readiness
The 44 MW figure is the issuer’s powered-capacity scope, not a metered average IT load. The reviewed sources do not establish a site-specific electricity tariff, signed supply volume, measured cooling performance or grid energization certificate. Under construction reflects dated construction reporting. It does not mean the facility was inspected in October. A 200 MW European ambition must not be assigned to this one French site.
Demand and route to revenue
Our analysis: internal model training and external cloud services can compete for the same installed hardware. Internal usage may create strategic value without separately reported campus revenue. External service contracts need customer acceptance, availability and actual billing evidence. Sovereignty-oriented positioning is a possible demand channel, not a government procurement award or a guaranteed utilization floor.
Capital structure and financial sensitivity
The debt finances computing capacity and GPU purchases; the amount is not a disclosed total real-estate project cost. Our analytical cash bridge is service receipts minus power, staff, maintenance, interest and replacement capital. The major sensitivities are useful GPU hours, realized pricing, power cost, borrowing terms and depreciation. A lower purchase price alone cannot offset a long period of idle equipment. Debt drawdowns, collateral and covenant terms are not established here.
Public-company exposure
NVIDIA is the named GPU platform. BNP Paribas, Crédit Agricole CIB, HSBC Continental Europe and MUFG are identified lenders; parent-company market links represent financing exposure, not campus equity ownership. Mistral is privately held. Our analysis: hardware revenue may occur before computing profitability, while lender income depends on drawn balances and contractual terms. No bank’s project allocation, supplier order value or site contribution to public-company earnings is established.
Risks and evidence that would change the assessment
Our analysis: commissioning delays, underutilization, model competition and rapid hardware refresh could weaken returns. Confirmation of accepted hardware and paying workloads would strengthen the operating case. A dated target revision or financing restriction would weaken it. We have not established current operating MW, utilization, customer backlog, power prices, project cash flow or the economics of any NVIDIA access arrangement.
Next milestones
First verify whether the original service target was met or revised. Then seek customer-service availability, installed GPU counts, current delivered power and recurring receipts. Review funding drawdowns and disclosed replacement spending. Track the Sweden project and European capacity ambition separately; neither is another phase of Bruyères-le-Châtel.
At least three distinct reviewed documents, including primary evidence and independent reporting. Same-issuer documents are not independent confirmation. Historical targets are not current completion evidence.
Mistral AI · 2026-03-30
Issuer identifies 44 MW powered capacity, 13,800 GB300 GPUs and European 200 MW ambition; none is proof of installed utilization.
Project research for information, not a buy recommendation. No site-specific valuation or earnings estimate established. Last source review: October 7, 2026.
Campus announced June 2026; planning consultation documented; construction and service acceptance unverified
Capacity & scope
700 MW ultimate campus plan; four planned data centers; no delivered IT load established
Named companies
Data4; Brookfield Infrastructure; La Porte du Hainaut; RTE
Next milestone
Final site planning and environmental permissions, phase financing and documented construction start
Reviewed
October 7, 2026
Source-based research and analysis · EUR, USD and MW retain their disclosed scope · Pins are approximate localities.
The investment takeaway
Our analysis: Escaudain introduces a large European colocation development with public-market exposure through Brookfield Infrastructure. The economic opportunity is phased leasing of power-ready space; the constraint is converting an industrial redevelopment plan into approved, financed and customer-accepted facilities. Scale makes shared infrastructure potentially valuable, but it also creates capital that can sit idle between phases.
What the evidence establishes
Data4 announced a EUR 5 billion campus at Les Soufflantes on June 12, 2026, with four planned data centers and 700 MW ultimate capacity. DCD independently reported the announcement. The city documents a land-use consultation from May 4 to June 4. These are development and planning records, not proof of completed facilities. This is Escaudain, not the separately reported Cambrai/E-Valley project.
Power, cooling and readiness
The municipal page describes proposed electrical service of 700 MW. Neither that description nor a campus launch announcement establishes energized IT load, grid connection dates or an accepted supply contract. Data4 describes low-carbon construction and heat recovery plans; measured results and contracted heat offtake are not established. The project remains Proposed / development because the reviewed evidence does not establish physical construction or a comprehensive final approval position.
Demand and route to revenue
Our analysis: colocation receipts depend on leased capacity, customer acceptance and contract commencement rather than headline MW. The reviewed record does not name a campus anchor tenant or establish take-or-pay commitments. Regional connectivity and AI demand are development rationales, not signed demand. Assess tenant credit, preleasing, termination rights, power pass-through and which party buys the computing equipment before modeling returns.
Capital structure and financial sensitivity
EUR 5 billion is announced investment scope, not a documented construction-funding close or spending already incurred. Our analysis: model each phase’s development cost, infrastructure allocation, accepted leased capacity, cash operating cost and financing carry separately. Weak preleasing could strand shared assets; staged funding could reduce that exposure. Do not divide headline investment by 700 MW and call the result a comparable cost per usable IT MW without reconciling scope.
Public-company exposure
Brookfield Infrastructure’s issuer letter confirms acquisition of the Data4 platform in August 2023. BIP provides platform exposure alongside institutional capital; it is not a claim of full economic ownership of this future campus. Data4 is not separately listed. Our analysis: campus growth could influence portfolio cash generation, but minority interests, phase funding and corporate capital recycling determine what reaches listed investors. No site-specific earnings attribution is established.
Risks and evidence that would change the assessment
Our analysis: land-use changes, environmental conditions, grid scheduling and brownfield remediation may affect cost and timing. Tenant concentration would matter if one hyperscaler anchors the development. A final permission, executed phase contract and dated construction disclosure would strengthen readiness. We have not established an anchor tenant, fully committed campus financing, operating capacity, signed energy price or first-service schedule.
Next milestones
Check the final planning decision after consultation, site environmental permissions and any connection agreement. Seek a first-phase construction start and phase capacity definition. Verify financing and customer commitments without assigning Data4’s wider European spending to Escaudain. Track actual accepted IT capacity separately from the ultimate electrical envelope.
At least three distinct reviewed documents, including primary evidence and independent reporting. Same-issuer documents are not independent confirmation. Historical targets are not current completion evidence.
Data4 · 2026-06-12
Announces EUR 5bn, four planned data centers, 700 MW ultimate capacity and a former industrial site.
Project research for information, not a buy recommendation. No site-specific valuation or earnings estimate established. Last source review: October 7, 2026.
Final PIGA planning approval disclosed September 30; construction start announced, actual start unverified
Capacity & scope
650 MW reported campus plan; eight initial buildings and up to five additional buildings proposed
Named companies
QTS; Blackstone; Calanza Inmuebles; Government of Aragón
Next milestone
Documented earthworks and building delivery; power-service acceptance and initial customer commissioning
Reviewed
October 7, 2026
Source-based research and analysis · EUR, USD and MW retain their disclosed scope · Pins are approximate localities.
The investment takeaway
Our analysis: Rhodes is a major Spanish infrastructure development with an important planning milestone and private-fund ownership behind a listed asset manager. The next investment gate is execution: actual site work, power delivery and customer acceptance. Administrative progress can lower one form of risk while leaving financing, tenant commitments and construction sequencing unresolved.
What the evidence establishes
Aragón announced definitive PIGA approval on September 30, 2026, with planned investment up to EUR 13.471 billion. The government describes eight initial data-center buildings and potential later expansion by up to five. Cadena SER reports a 650 MW campus plan and first service targeted for 2028. Its earthworks account is forward-looking. We have not converted that announced start into a verified construction milestone.
Power, cooling and readiness
The official gazette’s earlier scope record includes external water, drainage, electrical and access infrastructure. This demonstrates how the project depends on enabling works beyond server buildings; it does not confirm energization. The 650 MW figure is reported campus scale, not installed IT load. Final PIGA approval should not be treated as evidence that every required utility, environmental and building condition is discharged. We conservatively retain Proposed / development pending stronger execution evidence.
Demand and route to revenue
The operator identifies a campus development backed by Blackstone-affiliated funds; the reviewed record does not identify a signed hyperscale tenant or a site revenue commitment. Our analysis: early buildings need contracted acceptance and billing conditions before future campus capacity contributes receipts. Expansion rights and phased tenant commitments could be valuable, but occupancy assumptions should not fill the current disclosure gap.
Capital structure and financial sensitivity
The investment headline describes potential development scale. It is neither a published funding facility nor a measurement of money already spent. Our analysis: land, substation, network, water, building and tenant fit-out costs should be separated. A long buildout can increase inflation and financing carry; staged tenant commitments could limit speculative exposure. Compare rents, electricity pass-through, financing terms and contingency before drawing conclusions from size alone.
Public-company exposure
QTS states that funds managed by Blackstone affiliates invest in the project. BX therefore represents asset-management exposure; it should not be described as direct ownership of every euro of the campus. Our analysis: fees and investment participation depend on the relevant funds and arrangements. The project does not establish a supplier award or a quantified contribution to Blackstone’s earnings. No operator stock ticker exists separately for QTS.
Risks and evidence that would change the assessment
Our analysis: power acceptance, water infrastructure, labor availability, housing pressure and project phasing can affect execution. A construction-start notice or dated contractor record would strengthen readiness. A revised connection date or tenant withdrawal would weaken the case. Campus debt, tenant identity, contracted tariffs, utilized IT load and phase-level returns remain unverified; employment and local-tax estimates are not investor cash flows.
Next milestones
Verify the announced earthworks with subsequent records, then track construction permits and first-building progress. Reconcile electrical connection approvals with energization and accepted service. Treat 2028 as a disclosed target, not a forecast endorsed by this site. Keep initial buildings and later expansion separate when assessing capacity, costs and delivery.
At least three distinct reviewed documents, including primary evidence and independent reporting. Same-issuer documents are not independent confirmation. Historical targets are not current completion evidence.
Government of Aragón · 2026-09-30
Discloses definitive PIGA approval, up to EUR 13.471bn planned investment and phased building scope.
Project research for information, not a buy recommendation. No site-specific valuation or earnings estimate established. Last source review: October 7, 2026.
Second-building delivery and Microsoft acceptance of the planned Rubin deployment
Reviewed
October 7, 2026
Source-based research and analysis · EUR, USD and MW retain their disclosed scope · Pins are approximate localities.
The investment takeaway
Our analysis: Sines pairs an operating first building with a much larger future AI deployment, allowing investors to distinguish current physical infrastructure from expansion assumptions. The critical economic chain runs through property availability, installed hardware, Microsoft acceptance and productive compute. Each step has different capital owners and different risks. Permitted headroom makes expansion possible; it does not make future capacity operational.
What the evidence establishes
Start Campus’s September 30 update reports SIN01 operating-year performance. DCD identifies the first building as 26 MW. Nscale announced more than 66,000 Rubin GPUs for Microsoft starting late 2027, with EUR 230 million shared-infrastructure investment and EUR 465 million for a second 200 MW building. Those future amounts and deployment plans must not be assigned to currently delivered SIN01 capacity.
Power, cooling and readiness
The campus is described as permitted for 1.2 GW; that is a development envelope. Start Campus reports annual matching of SIN01 electricity with Portuguese renewable generation, no potable cooling water in 2025 and zero net seawater consumption. Annual matching is not continuous hourly carbon-free supply. Zero net seawater consumption is not zero abstraction. Its PUE 1.1 and WUE 0 ambitions are design targets, not measured full-campus efficiency results.
Demand and route to revenue
Nscale’s disclosed agreement identifies Microsoft as the compute customer. That is stronger than unnamed future demand, but the reviewed record does not disclose campus-level pricing, minimum utilization or billing commencement for the expansion. Our analysis: the landlord’s property receipts and Nscale’s compute-service receipts must be modeled separately. Useful customer load may lag building completion and GPU delivery, particularly across a new hardware generation.
Capital structure and financial sensitivity
Nscale’s two expansion allocations total EUR 695 million; this is not the cost of all computing hardware or the entire campus. Davidson Kempner is identified as a Start Campus shareholder. Our analysis: shared infrastructure allocation, hardware funding, service acceptance, power tariffs and maintenance determine cash conversion. Avoid attributing every investment headline to Microsoft capital spending or calculating a site return without the owner/operator contract boundary.
Public-company exposure
Microsoft is the named customer and NVIDIA the named GPU platform. Start Campus and Nscale are private operators, while Davidson Kempner is identified as an investor. Our analysis: Microsoft obtains service capacity, NVIDIA supplies a hardware platform and the private operators retain development and delivery responsibilities. Their economics are related but not interchangeable. No site-attributable Microsoft profit or NVIDIA order value is established.
Risks and evidence that would change the assessment
Our analysis: new hardware availability, second-building delivery, electrical resilience, cooling reliability and service acceptance are the principal gates. The operator’s reported 2025 outage resilience is useful history, not a guarantee under future higher load. Verified current GPU deployment and customer usage would strengthen the near-term case. Phase financing, leased versus available MW, utilization and cash margins remain gaps.
Next milestones
Track accepted capacity and service usage at SIN01 without adding future GPUs to present inventory. For expansion, seek construction and financing progress, actual Rubin availability and a customer acceptance date. Recheck late-2027 timing when a new disclosure appears. Keep the six-building, 1.2 GW campus envelope separate from the second-building agreement.
At least three distinct reviewed documents, including primary evidence and independent reporting. Same-issuer documents are not independent confirmation. Historical targets are not current completion evidence.
Start Campus · 2026-09-30
Reports SIN01’s first full operating-year performance; annual renewable matching and measured water figures distinguish operations from targets.
Project research for information, not a buy recommendation. No site-specific valuation or earnings estimate established. Last source review: October 7, 2026.
Contractor building completion, power acceptance and Microsoft compute service delivery
Reviewed
October 7, 2026
Source-based research and analysis · EUR, USD and MW retain their disclosed scope · Pins are approximate localities.
The investment takeaway
Our analysis: Narvik combines physical construction evidence, a named Microsoft compute agreement and disclosed financing. Those are distinct advances along the delivery chain. The most useful investor lesson is the changed customer relationship: the historical Stargate Norway announcement should not be treated as a current OpenAI campus contract. Delivery risk remains even when a customer and committed financing are identified.
What the evidence establishes
Nscale’s April disclosure identifies more than 30,000 Rubin GPUs for Microsoft in 2027 at a planned 230 MW campus. HENT reported September construction work on three North Campus buildings totaling 100 MW, with 2027 completion expected. The building package is a subset, not an extra campus to add to 230 MW. DCD’s May report identifies Microsoft taking capacity previously contemplated for OpenAI.
Power, cooling and readiness
The original project announcement describes hydropower and a cool northern climate as development advantages. These factors do not establish a fixed tariff, complete connection acceptance or measured operating efficiency. Under construction is supported by the contractor’s dated works statement. A further 290 MW historical expansion ambition is separate from the financing accordion’s 115 MW scope; neither should be added to operating capacity.
Demand and route to revenue
Microsoft’s disclosed relationship supports a concrete demand pathway for future computing services. Our analysis: the contract must still translate into installed and accepted hardware, sustained availability and receipts. Building completion, electricity availability, GPU deployment and useful workloads are separate events. We do not establish the precise workload beneficiary, contract pricing or any current direct OpenAI obligation from the historical branding.
Capital structure and financial sensitivity
Nscale reports USD 790 million committed financing from ABN AMRO, DNB, Eksfin, Nordea and SEB. A second USD 790 million is an uncommitted accordion and should not be described as available cash or fully secured funding. Our analysis: debt draw conditions, acceptance timing, interest carry and hardware refresh affect returns. Nscale’s corporate financing rounds must not be assigned entirely to Narvik.
Public-company exposure
Aker ASA is the disclosed development partner; Microsoft the current named customer; NVIDIA the GPU platform. ABN AMRO, DNB, Nordea and SEB are named financing institutions. Our analysis: development equity, customer service payments, supplier revenue and lender interest represent different exposures. Aker’s listed shares are not a pure campus investment. No lender allocation, hardware order margin or site-specific listed-company earnings contribution is established.
Risks and evidence that would change the assessment
Our analysis: phased building delivery, electricity acceptance, northern logistics, GPU availability and financing draw conditions can affect commencement. Dated commissioning and customer acceptance would strengthen the case; a changed delivery target or unmet funding condition would weaken it. Current operating MW, realized utilization, power price, customer pricing and project cash flow remain unknown. The historical 2026 GPU target is not evidence of completion.
Next milestones
Verify the 2027 contractor and compute deployment targets independently for their respective scopes. Track completion of the 100 MW building package, grid service, installed GPU counts and Microsoft acceptance. Confirm any accordion commitment before treating expansion finance as secured. Retain historical Stargate records as context while using the current Nscale Narvik identity.
At least three distinct reviewed documents, including primary evidence and independent reporting. Same-issuer documents are not independent confirmation. Historical targets are not current completion evidence.
Nscale · 2026-04-14
Identifies Microsoft agreement and 30,000+ Rubin GPUs in 2027 at the 230 MW campus.
Project research for information, not a buy recommendation. No site-specific valuation or earnings estimate established. Last source review: October 7, 2026.
Verify vertical construction, phase-specific permits and delivered utility service
Reviewed
October 7, 2026
Phase-specific evidence; representative locality pin. Reviewed October 7, 2026.
The investment takeaway
Our analysis: Warren County adds a distinct AWS location beyond our Madison County coverage. Its electricity contract makes this more substantial than an unnamed land speculation. Investors still need to separate contracted infrastructure from productive computing: a service agreement can precede buildings and customer revenue by years.
Campus boundary and evidence
This entry covers the separately announced Warren County campus. Madison County, Ridgeland and Clinton remain outside its scope. Amazon announced the investment on November 20, 2025; Reuters reported that announcement. The June 9, 2026 Mississippi Today interview provides the later company-described development stage. No elapsed 2026 target is treated as completion.
Power, cooling and readiness
Entergy’s 2025 filing identifies a February 2025 supply/service agreement for Warren County and provisions protecting incremental investment on early termination. That is contract evidence, not a metered-load record. The June interview attributes the water request to Amazon. Neither requested water nor regional renewable generation establishes actual campus consumption. A nearby power plant must not be assigned wholesale to this campus.
Demand and route to revenue
AWS identifies AI and cloud use. Our analysis: training, inference and general cloud workloads have different utilization and hardware needs. No customer-specific allocation, GPU contract, reservation floor or revenue backlog is verified for Warren County. Corporate AWS demand is context and cannot be booked as this campus’s revenue.
Capital structure and financial sensitivity
Our analysis: slower acceptance increases carrying costs and delays cash conversion; faster delivery helps only if installed capacity earns sufficient receipts. Announced capital is not a financing close. We do not assign statewide investment totals or unrelated corporate cloud agreements to this site. Debt terms, depreciation, useful GPU hours and power prices are needed for a defensible return model.
Company economic roles
Amazon (AMZN) is the disclosed AWS investor/operator. Entergy Mississippi is the named contracted power provider; Entergy (ETR) supplies parent-company market context. The filing establishes subsidiary ownership. Our analysis: utility cost recovery and cloud profitability follow different economic paths. Contract protections do not establish zero ratepayer risk or quantified parent earnings. No hardware supplier award is inferred.
Government records and limits
The governor’s announcement establishes official project recognition and stated legislative support. It is not zoning approval. Searches of Mississippi environmental records surfaced Madison County and Clinton records, but no confidently matched Warren County campus permit was established. Those records are not transferred to this entry. Building permits, environmental identifiers, conditions and occupancy authorization remain open verification tasks.
Risks and what would change the assessment
Our analysis: energy delivery, cooling approvals, construction pace and useful demand are the key sensitivities. Seek a dated vertical-construction record, identifiable phase permits, customer acceptance and actual utility delivery. A service agreement amendment or documented delay would change the assessment. Current operating MW, cash flow and completion date are not established.
Financial significance
Amazon’s at-least-$3-billion commitment is a planned multi-year campus investment, not disclosed spending to date or closed project financing. Our analysis: the financial bridge is productive cloud revenue less energy, staffing, maintenance and hardware replacement. Construction spending precedes revenue; neither site margin nor return on capital is disclosed.
Entergy, 2025 Form 10-K · publication day not established
Filing identifies a Warren County AWS supply/service agreement executed February 2025, with early-termination investment protection. It does not establish energized campus capacity. Printed page 20 / PDF page 36. Publication day not established.
Official announcement identifies Entergy, planned 2026 construction and use of existing economic-impact legislation; not a permit or completion record.
Reporter obtained Amazon response describing Vicksburg site preparation/pre-construction and a request for 25 million gallons annually from city water. Company statements, not measured usage.
Verify campus-by-campus construction, power acceptance and first customer service
Reviewed
October 7, 2026
Phase-specific evidence; representative locality pin. Reviewed October 7, 2026.
The investment takeaway
Our analysis: this adds an operator/developer combination distinct from Meta Hyperion, the only previous Louisiana entry. AWS, STACK and SWEPCO connect cloud demand, real estate delivery and power infrastructure. Their returns differ. A large regional commitment should be evaluated against individual campus delivery rather than treated as immediately productive capacity.
Campus boundary and evidence
We track the connected Caddo/Bossier development and added Shreveport site in one regional profile. They are not three new inventory entries. Amazon’s page records its February 23 announcement and August 18 revision. The $18 billion plan supersedes the earlier $12 billion scope; the figures must not be added together. Meta’s Richland Parish development is separate.
Power, cooling and readiness
SWEPCO identifies utility improvements and says Amazon funds project-specific infrastructure under LPSC oversight. This is a utility statement, not the underlying approved service tariff. Bossier’s record identifies a planned substation and developer-described water arrangements. No executed campus-specific power volume, rate, energization or delivered load is established. Regional construction reporting does not place the third campus in service.
Demand and route to revenue
AWS is the named cloud/AI customer. Our analysis: a disclosed hyperscaler relationship reduces customer-identity uncertainty but does not reveal minimum rent, useful demand, reserved computing or customer acceptance. We have not verified particular chips, tenants beyond AWS or supplier contract values. Corporate capacity demand does not quantify any single campus’s revenue.
Capital structure and financial sensitivity
Our analysis: development outlays, utility contributions, tenant payments and GPU procurement can sit in different entities and periods. A regional investment pledge is not cash in an escrow account or a debt closing. Public disclosures do not establish lease term, project leverage, lender protections, operating margin or return on invested capital. Construction delays and power costs affect when the investment can convert to receipts.
Company economic roles
STACK identifies its development collaboration with Amazon. Louisiana Illuminator reports STACK ownership; legal title and phase-specific financing have not been verified. AWS is the named customer/investor. SWEPCO is the disclosed utility, with AEP as parent-company market context. STACK exposure is not automatically assigned to a listed asset manager. No campus contribution to AMZN or AEP earnings is quantified.
Government records and conditions
Bossier Parish’s March 20 official account establishes the March 18 final-plat vote and directly identifies STACK/AWS. The record concerns Technology Park subdivision and lists wetlands/buffers and noise compliance. It does not establish every zoning action, environmental permit, building permit or occupancy approval across the three campuses. Other parish-wide contracts in the same meeting are not booked as campus costs.
Risks and what would change the assessment
Our analysis: power-system delivery, water approvals, community scrutiny, construction sequencing and acceptance are material. Seek separate campus identifiers, building and environmental permits, tariff/service documents and commissioning dates. Dated power acceptance and paying workloads would strengthen readiness; additional conditions or revised delivery targets would weaken it. Unknown capacity stays unknown rather than being inferred from planned substations.
Financial significance
Amazon’s updated $18 billion plan covers three northwest Louisiana campuses, replacing the earlier $12 billion regional scope. These are multi-year commitments, not verified expenditure or project debt close. Our analysis: STACK development economics, AWS service economics and utility cost recovery are distinct. Lease payments, ownership documents, debt, realized returns and site-level cash flows remain unestablished.
Updated August 18, 2026: regional planned commitment rises from $12 billion to $18 billion with a third Shreveport campus; this is an aggregate, not per-campus cost.
Developer identifies multi-site Caddo/Bossier collaboration with Amazon and infrastructure coordination; planned investment, not a financing-close document.
Utility identifies Amazon-related infrastructure and customer-funded improvements under LPSC oversight; no delivered MW, tariff price or energization date established.
Official account establishes March 18 final-plat approval for Bossier Technology Park and identifies STACK/AWS proposal. Approval scope is subdivision plat, not all campus permits.
Local reporting describes the regional hub under construction and the additional planned Resilient Tech Park site; does not prove all three campuses operational.
Original $12 billion announcement reporting and company clarification that investments span years; updated February 24. Not $12 billion incremental 2026 spending.
Expanded investment research / Beaver Dam, Wisconsin
Meta Beaver Dam
Status: Groundbreaking announced; utility contract approved with modifications; operating service unverified. Capacity: Campus IT load not publicly established.
Project and ownership
Meta Platforms; Alliant Energy. One named campus or explicitly bounded multi-campus development; reported envelopes are not operating IT load.
Power, permits and delivery
Groundbreaking announced; utility contract approved with modifications; operating service unverified
Financing and economics
Meta announced an investment above $1 billion. Site-specific earnings and power costs are undisclosed.
Investor implications · Our analysis
Public-record evidence narrows development uncertainty but does not establish utilized compute, billable capacity, attributable earnings or a stock recommendation.
What to watch next
Verify vertical construction, utility delivery and operating acceptance
Risks and unknowns
IT capacity, phased energization, construction completion and operating acceptance remain unverified.
Sources and verification
Four project-specific sources reviewed, including at least one public-agency record.
Expanded investment research / Ridgeville and St. George, Dorchester County, South Carolina
Google Dorchester County campuses
Status: Two-campus development publicly identified; phase-specific completion not established. Capacity: No verified campus IT-load figure; $3.3 billion statewide investment announcement is not capacity.
Project and ownership
Alphabet / Google. One named campus or explicitly bounded multi-campus development; reported envelopes are not operating IT load.
Power, permits and delivery
Two-campus development publicly identified; phase-specific completion not established
Financing and economics
Google announced $3.3 billion for two Dorchester campuses and Berkeley expansion; allocation by campus is not disclosed.
Investor implications · Our analysis
Public-record evidence narrows development uncertainty but does not establish utilized compute, billable capacity, attributable earnings or a stock recommendation.
What to watch next
Verify building-specific commissioning and customer service at each campus
Risks and unknowns
Building count, site-level investment, IT capacity, power-service terms and phased operating acceptance remain unverified.
Sources and verification
Four project-specific sources reviewed, including at least one public-agency record.
Expanded investment research / Louisa County, Virginia
AWS Louisa IAD-550 campus
Status: Project-specific air permit issued; construction and customer service not established by that permit. Capacity: 280 proposed generator sets in major-source application; not campus IT load.
Project and ownership
Amazon / AWS; Amazon Data Services. One named campus or explicitly bounded multi-campus development; reported envelopes are not operating IT load.
Power, permits and delivery
Project-specific air permit issued; construction and customer service not established by that permit
Financing and economics
AWS announced a wider $11 billion Louisa investment through 2040; no IAD-550 site allocation was verified.
Investor implications · Our analysis
Public-record evidence narrows development uncertainty but does not establish utilized compute, billable capacity, attributable earnings or a stock recommendation.
What to watch next
Verify construction commencement, electrical service and phased commissioning
Risks and unknowns
Building permits, IT load, grid delivery, construction progress and service dates remain unverified.
Sources and verification
Four project-specific sources reviewed, including at least one public-agency record.
Expanded investment research / Fort Wayne, Indiana
Google Fort Wayne / Project Zodiac
Status:Google and specialist reporting describe the campus as open; disclosed campus IT load remains unavailable. Capacity: $2 billion announced investment; capacity not disclosed.
Project and ownership
Alphabet / Google; Indiana Michigan Power. One named campus or explicitly bounded multi-campus development; reported envelopes are not operating IT load.
Power, permits and delivery
Google and specialist reporting describe the campus as open; disclosed campus IT load remains unavailable
Financing and economics
Google announced $2 billion of investment; no site revenue or operating-load disclosure was found.
Investor implications · Our analysis
Public-record evidence narrows development uncertainty but does not establish utilized compute, billable capacity, attributable earnings or a stock recommendation.
What to watch next
Verify operating load, expansion phases and demand-response performance
Risks and unknowns
Operating IT load, utilization, building-level acceptance and attributable economics remain undisclosed.
Sources and verification
Four project-specific sources reviewed, including at least one public-agency record.
What is verified: Iowa’s May 17, 2024 announcement identifies Vemerald as a wholly owned Meta subsidiary and approves the city’s use of the High Quality Jobs property-tax provision for a proposed $800 million investment and 35 jobs. Those are proposal and incentive figures, not proof of completed spending, construction or operating jobs. Iowa government record →
What this check did not establish: A new Meta construction commitment, project-specific issued building permit, groundbreaking or operational date. The city permit page is a search interface; merely opening it does not constitute a parcel-level permit search or establish that no permit exists. The Global Data Centers page attributes a construction-status statement to the Quad-City Times, but the original report was not retrieved here. That is a secondary lead, not independently verified current site activity. City permit search → · Attributed local-reporting lead →
Investor takeaway · Our analysis: Land and tax assistance provide development options; they do not establish delivered AI capacity. Keep the profile at proposed/development until a dated construction decision and project-specific permit or site evidence resolves that dependency. This targeted check does not certify all historical profile claims.
Targeted claim review; original source dates and remaining gaps are preserved.
Status: State assistance approved and land acquired; construction commitment remains unverified. Capacity: Two-building concept reported; IT load not established.
Project and ownership
Meta Platforms; Vemerald. One named campus or explicitly bounded multi-campus development; reported envelopes are not operating IT load.
Power, permits and delivery
State assistance approved and land acquired; construction commitment remains unverified
Financing and economics
Iowa approved an application associated with $800 million of proposed investment and 35 jobs; spending is not verified as realized.
Investor implications · Our analysis
Public-record evidence narrows development uncertainty but does not establish utilized compute, billable capacity, attributable earnings or a stock recommendation.
What to watch next
Verify a Meta construction decision, building permits and groundbreaking
Risks and unknowns
Final construction decision, permits, power service, IT capacity, schedule and operation remain unverified.
Sources and verification
Source inventory includes government and reporting links; the generic permit interface and attributed local-reporting summary do not independently verify current construction.
Expanded investment research / Villamayor de Gállego, Aragón, Spain
Microsoft Villamayor de Gállego campus
Status: Regional-interest designation and environmental review recorded; construction not verified. Capacity: €2.2 billion local proposal reported; no verified IT-load figure.
Project and ownership
Microsoft; Microsoft 7724 Spain SLU. One named campus or explicitly bounded multi-campus development; reported envelopes are not operating IT load.
Power, permits and delivery
Regional-interest designation and environmental review recorded; construction not verified
Financing and economics
Regional reporting attributes roughly €2.2 billion to Villamayor within a larger Aragón program; closed site financing is not established.
Investor implications · Our analysis
Public-record evidence narrows development uncertainty but does not establish utilized compute, billable capacity, attributable earnings or a stock recommendation.
What to watch next
Environmental resolution, final planning approvals and documented construction start
Risks and unknowns
Final environmental determination, building permits, grid service, construction start, IT load and customer service remain unverified.
Sources and verification
Four project-specific sources reviewed, including at least one public-agency record.
Expanded investment research / Waltham Cross, Hertfordshire, United Kingdom
Google Waltham Cross
Status:Google reports the data centre open; capacity and utilization undisclosed. Capacity: Part of a two-year £5 billion U.K. investment; campus capacity not disclosed.
Project and ownership
Alphabet / Google. One named campus or explicitly bounded multi-campus development; reported envelopes are not operating IT load.
Power, permits and delivery
Google reports the data centre open; capacity and utilization undisclosed
Financing and economics
Google includes the campus in a wider £5 billion U.K. investment program; site-level allocation and earnings are undisclosed.
Investor implications · Our analysis
Public-record evidence narrows development uncertainty but does not establish utilized compute, billable capacity, attributable earnings or a stock recommendation.
What to watch next
Verify campus capacity, operating load and expansion approvals
Risks and unknowns
IT capacity, utility load, utilization, campus-level investment and expansion schedule remain undisclosed.
Sources and verification
Four project-specific sources reviewed, including at least one public-agency record.
Expanded investment research / Tsukuba, Ibaraki, Japan
Goodman TYO05 Tsukuba
Status: First 50 MW phase under construction and leased; full 1 GW envelope is not delivered capacity. Capacity: 50 MW leased first phase; 1,000 MW power-secured campus envelope reported by developer.
Project and ownership
Goodman Group; hyperscale tenant undisclosed. One named campus or explicitly bounded multi-campus development; reported envelopes are not operating IT load.
Power, permits and delivery
First 50 MW phase under construction and leased; full 1 GW envelope is not delivered capacity
Financing and economics
A 20-year 50 MW lease is reported; tenant identity and campus-level returns are undisclosed.
Investor implications · Our analysis
Public-record evidence narrows development uncertainty but does not establish utilized compute, billable capacity, attributable earnings or a stock recommendation.
What to watch next
First-phase completion, grid energization and tenant acceptance
Risks and unknowns
Tenant identity, delivered IT load, construction acceptance, later-phase commitments and full-campus funding remain unverified.
Sources and verification
Four project-specific sources reviewed, including at least one public-agency record.
Expanded investment research / Iskandar Puteri, Johor, Malaysia
AirTrunk JHB2
Status: AirTrunk reported US$2.325bn of secured green financing for JHB2 on July 29, 2026; drawdown, expenditure and commissioned IT capacity remain unverified. Capacity: 270+ MW planned greenfield capacity; adjacent JHB1 operating capacity is separate.
Project and ownership
AirTrunk; Blackstone; CPP Investments. One named campus or explicitly bounded multi-campus development; reported envelopes are not operating IT load.
Power, permits and delivery
AirTrunk reported US$2.325bn of secured green financing for JHB2 on July 29, 2026; drawdown, expenditure and commissioned IT capacity remain unverified
Summary corrected October 14, 2026 to align with the already published July financing checkpoint; readiness and whole-profile review dates are unchanged.
Financing and economics
AirTrunk reported secured US$2.325 billion green financing for JHB2 on July 29, 2026. IFC’s earlier financing disclosure covers JHB1 and JHB2 together; no site-only IFC disbursement or paid construction expenditure is established.
Investor implications · Our analysis
Public-record evidence narrows development uncertainty but does not establish utilized compute, billable capacity, attributable earnings or a stock recommendation.
What to watch next
Phase-specific utility acceptance, commissioning/customer service and drawdown or paid-expenditure evidence
Risks and unknowns
Executed phase-specific utility terms, controlling permits, commissioned IT MW, customer acceptance, financing drawdown and actual expenditure remain unavailable.
Sources and verification
The original four-source basis retains its October 7 review date. The separately dated financing checkpoint below adds the issuer disclosure, Bloomberg reporting and IFC investment record; this is not whole-project recertification.
Financing and delivery checkpoint · October14,2026
Investor orientation: JHB2 has a documented financing announcement, but funding availability must not be confused with money spent or delivered computing.
AirTrunk reported on July 29, 2026 that it secured US$2.325 billion of green financing for its JHB2 campus in Johor, Malaysia [1]. Bloomberg’s accessible report, carried by The Business Times, describes the transaction and attributes the financing terms to the company [6]. This supersedes the profile’s description of financing solely as a proposal. The public evidence does not establish the amount drawn, construction expenditure or customer acceptance.
IFC project 52336 identifies AirTrunk Malaysia Sdn. Bhd. and covers existing JHB1 alongside greenfield JHB2. Its investment-information record lists an August 28, 2026 invested event, while its amount section still describes a package of up to US$175 million and an approved-amount field remains pending [2]. Preserve that disclosure inconsistency; do not call the entire amount disbursed, assign it solely to JHB2 or add it to the syndicated facility without reconciling overlap.
The operator’s undated JHB2 page lists270+MW total campus capacity and designPUE1.37 [4]. These are design specifications, not operating IT load or measured efficiency. IFC names TNB as power provider and Leightons Malaysia as construction/fit-out contractor [3]. This documents roles, not an executed capacity entitlement or contractor revenue. TNB’s historical briefing names JHB2 in supply-facilitation work but provides no phase-specific acceptance [8].
Key milestones: July29,2026—issuer financing announcement; August28,2026—IFC recorded investment event for its two-campus project. A public myBina preview states structural works and carries an August7 verification date, but underlying detailed records are locked [5]. No commissioning date, accepted ITMW, tenant identity or utilization is established. The local inspection lead found in search concerns an AirTrunk SiLC site in2024 and cannot be assigned to JHB2 or treated as an issued permit.
Investor takeaway · Our analysis: the evidence now supports a stronger financing description, not an operating-capacity upgrade. The next meaningful checkpoints are project-specific utility acceptance, dated phase commissioning/customer service and documented drawdown or expenditure. Missing values remain unavailable, not zero.
Expanded investment research / Guildford West, Sydney, New South Wales, Australia
Goodman Project Pluto
Status: State-significant development approved / post-approval; construction and operation unverified. Capacity: 126 MW site load in planning record; reported 68 MW IT load must remain distinct.
Project and ownership
Goodman Group. One named campus or explicitly bounded multi-campus development; reported envelopes are not operating IT load.
Power, permits and delivery
State-significant development approved / post-approval; construction and operation unverified
Financing and economics
Project-specific financing, tenant commitment and expected returns were not verified.
Investor implications · Our analysis
Public-record evidence narrows development uncertainty but does not establish utilized compute, billable capacity, attributable earnings or a stock recommendation.
What to watch next
Construction commencement, utility energization and first commissioned phase
Risks and unknowns
Construction start, tenant, delivered IT load, power-service date and commissioning remain unverified.
Sources and verification
Four project-specific sources reviewed, including at least one public-agency record.
Claim-scoped review: government records, company/transaction disclosures and original reporting. Facts, attributed forecasts and analysis are separated; remaining permit and commercial gaps are explicit.
What changed in this review
Correction: the city’s January denial concerns Crow Holdings/CHI on Highway 85 North. Our earlier attribution to QTS ATL2 East was incorrect. City notice. QTS’s core construction and the separately reviewed east-side proposal retain their own evidence.
Ownership and project entities
QTS develops and markets Fayetteville. Blackstone (BX) funds own the platform; the 2021 take-private was approximately USD 10 billion including debt. QTS Eastwood LLC is the ATL2 East applicant. Fayetteville DC1-2 financing entities have a different disclosed scope; common branding does not establish identical parcels or liabilities. Acquisition completion.
Capital: estimated value versus documented financing
ATL2 East’s March filing gives USD 3 billion estimated build-out value. It is neither a verified equity commitment nor spent capex. April 21 transaction counsel documents a USD 4.6 billion, 5.700% secured-notes offering due 2036 for Fayetteville DC1-2 entities. The bond and build-out estimate must not be added: their phase boundaries and overlap are not reconciled. DCA economic estimate · Transaction-party confirmation. DCD’s April 10 report described refinancing as a use of proceeds; the full offering memorandum and current allocation were not reviewed.
Power and water: what the filing actually establishes
Georgia Power is named for ATL2 East, with connected MW left dependent on customer use. The filing proposes a substation and on-site lines; energization, tariff and committed power remain unknown. Fayette County Water System and city wastewater service are identified with estimated demand of 200,000 and 180,000 gallons/day respectively. These are phase planning figures. Utility planning disclosure. County’s May billing clarification and QTS’s cooling claims are distinct from metered operating consumption.
Construction and regulatory milestones
January 13: ATL2 East filing. March 18: additional information. April 21: recorded regional finding; DRI status completed. None establishes a building permit or occupancy. The city describes 13 buildings and about 6.2 million sq ft; January DCD reporting retained an older 16-building, 6.6-million-sq-ft plan and roughly 250 MW. These differing versions are not reconciled current operating capacity. The March city prohibition requires phase-specific legal review; it does not prove cancellation of the established campus.
Public-company exposure and limits
BX has a documented fund/platform relationship, not a disclosed site earnings contribution. Southern Company (SO) is utility-parent context through Georgia Power; the filing does not establish revenue or utility profit. Microsoft (MSFT) is a tenant identified by AFII bond research; that remains an attributed connection because the lease was not retrieved. Named initial purchasers are transaction intermediaries, not campus owners or confirmed continuing lenders.
Investor risks, opportunity and next evidence
Our analysis: established construction and project financing offer more concrete evidence than a proposal alone. Delivery risk remains in power acceptance, phase permits, financing terms and customer commencement. A utility energization record, occupancy certificate and disclosed lease commencement would strengthen the revenue bridge. Neither financing size nor an estimated tax benefit proves operator earnings. Compare QTS Aurora–Denver and our QTS Phoenix 3 analysis for phase and ownership distinctions.
Verify phase-specific land approvals, building permits, utility service and first customer acceptance
Reviewed
October 8, 2026
Phase-specific evidence; approximate locality pin. Reviewed October 8, 2026.
The investment takeaway
Our analysis: QTS Fayetteville adds operator diversity to Georgia coverage beyond Meta, Microsoft and Google. Blackstone exposure is real through QTS ownership, but investors should not convert a large site plan into current earnings. The evidence supports a major campus under development, with an east-side phase still carrying land-use uncertainty.
Campus boundary and duplicate control
This profile treats Project Excalibur and ATL2 East as one connected Fayetteville campus group. DCD says it was unclear whether ATL2 East is an expansion or amendment, so the phase is not counted as a second project. Existing QTS Atlanta and Suwanee facilities remain outside this entry.
Power, water and readiness
The ATL2 East DRI names Georgia Power and leaves peak connected load dependent on customer use. That is provider identification, not an executed service agreement. City and local reporting document water-system issues during construction; those figures are not operating cooling demand. The operator describes closed-loop recirculating cooling, but measured steady-state consumption and utility acceptance remain unverified.
Permitting and public record
Georgia DCA's DRI 4603 records a completed regional-review process. The city’s January 27 denial concerns Crow Holdings/CHI on Highway 85 North, not QTS ATL2 East; the two applications must not be conflated. Neither action is a campus-wide operating authorization. Phase-specific building permits, environmental permits, inspections and occupancy certificates were not established in this review.
Demand and route to revenue
QTS markets the campus for large-scale digital infrastructure, including advanced workloads. Our analysis: demand becomes financially meaningful only through executed customer contracts, delivered power, installed equipment and accepted service. AFII research identifies Microsoft as tenant of the Fayetteville borrower; the original lease, minimum commitment, lease rate and revenue start were not verified in this review.
Company economic roles
QTS is developer/operator. Blackstone (BX) owns QTS, but site-level capital, valuation and earnings are not disclosed. Georgia Power is the named prospective electricity provider for ATL2 East; Southern Company (SO) is parent-company market context. No equipment supplier, GPU vendor or customer award is inferred.
Risks and what would change the assessment
Land-use approval, power delivery, water governance, construction sequencing and customer acceptance are the principal sensitivities. A dated building approval, executed power agreement, utility energization and occupied phase would strengthen the case. A sustained denial, permit appeal, infrastructure curtailment or documented pause would weaken it.
Financial significance
Transaction counsel documents an April 2026 USD 4.6 billion secured-notes offering for Fayetteville DC1-2 entities. ATL2 East separately reports USD 3 billion estimated build-out value; the scopes are not established as additive. Tenant identity is attributed to AFII research, not a reviewed Microsoft lease. Site revenue, returns, actual spending and delivered MW remain unverified. Our analysis: financing can refinance earlier debt rather than represent new capital deployed; billable service still depends on accepted power and completed phases.
Sources and claim verification
Distinct project-specific documents; repeated releases count once. Company claims remain attributed and do not independently establish delivery.
Georgia Department of Community Affairs · 2026-01-13
DRI 4603 identifies ATL2 East, Fayetteville as submitting government and QTS Eastwood LLC as developer. The regional-review process is recorded complete; that does not mean the data center was approved, built or energized.
City of Fayetteville · publication date not established
City identifies one QTS campus, approximately 6.2 million sq ft across 13 buildings. The January 27 denial and March 18 appeal withdrawal on this page concern Crow Holdings/CHI, a separate Highway 85 North proposal, not QTS ATL2 East. City says new data centers were prohibited by Ordinance 26-0-12 on March 5; application to any QTS phase needs its own review.
QTS Data Centers · publication date not established
Operator page identifies the Fayetteville campus and closed-loop recirculating cooling. Operator claims do not establish delivered capacity, customer occupancy or project returns.
Specialist reporting distinguishes the ATL2 East filing from the larger Project Excalibur campus and notes that whether the filing is an expansion or amendment was unclear.
WRDW / Atlanta News First Investigates · 2026-07-13
Local investigative reporting documents construction-water billing and infrastructure questions. Reported water use is not operating cooling demand or evidence of commissioned IT load.
Georgia DCA — ATL2 East initial filing · 2026-01-13
QTS Eastwood LLC proposes 2 million sq ft on approximately 313 acres west of Veterans Parkway. The relationship to earlier Excalibur plans remains unresolved; the filing is not a building permit.
Georgia DCA — ATL2 East additional filing · 2026-03-18
ATL2 East reports USD 3 billion estimated value at build-out, not committed funding or spending. Georgia Power is the provider; peak connected MW is TBD dependent on customer usage. An on-site substation and transmission lines are proposed. Estimated water demand is 0.20 MGD and wastewater flow 0.18 MGD.
Affiliates of Blackstone Infrastructure Partners, BREIT and Blackstone Property Partners completed the approximately USD 10 billion QTS acquisition including debt on August 31, 2021. This is platform ownership, not Fayetteville project capital.
Paul Hastings — initial purchasers’ transaction counsel · 2026-04-21
April 21 transaction announcement documents USD 4.6 billion of 5.700% senior secured notes due 2036 by QTS Fayetteville I DC1-2 and QTS TRS Fayetteville I DCI-2, indirect QualityTech subsidiaries. This is a financing transaction, not proof of equal new construction spending or an ATL2 East phase budget.
Fayette County — water billing clarification · 2026-05-13
County says meters were not digitally linked during its upgrade; QTS was billed for past use at USD 6.46 per 1,000 gallons and promptly paid. This clarifies construction-water billing; it does not certify steady-state cooling demand.
Anthropocene Fixed Income Institute — bond analysis · document date not established
Research identifies Microsoft as the Fayetteville borrower’s tenant and describes a further USD 5.4 billion debt proposal. Treat this as attributed research, not a reviewed lease or a confirmed financing close; do not add proposed debt to the April offering.
Scoped source check · October 14, 2026. QTS describes construction activity; this is an operator statement, not independent commissioning evidence. The city identifies the QTS campus. DCD’s January 15 report describes an ATL2 East application but leaves expansion-versus-amendment scope unresolved.
No comparable phase-specific commissioning target and delivered IT-load measurement were established by these three documents. Operating IT MW and schedule variance therefore remain unavailable, not zero. Do not combine core-campus and ATL2 East quantities without resolving their boundaries.
Investor takeaway · Our analysis: Construction evidence does not establish customer service or revenue. Phase boundaries, an executed utility delivery record and dated commissioning/customer acceptance are the next evidence needed for a comparable delivery assessment.
United States / Pennsylvania / South Whitehall Township — representative project locality
Readiness
Proposed / development
Status
Revised three-building proposal under municipal review and taken under advisement; not approved or under construction
Capacity & scope
Applicant/reporter-cited 725 MW plan; delivered and operating IT load are zero/unestablished because the project is not built
Named companies
Edged US; Endeavour; CDE Acquisitions LLC
Next milestone
Planning recommendation and governing-body decision, followed by permits and a verifiable power-delivery plan
Reviewed
October 8, 2026
Phase-specific evidence; approximate locality pin. Reviewed October 8, 2026.
The investment takeaway
Our analysis: Project Atlas fills a Pennsylvania operator gap and illustrates a key AI-infrastructure bottleneck: a large planned campus can remain economically contingent on municipal approval and deliverable power. The revised plan is material, but no productive capacity or revenue should be assigned before construction and customer service.
Project scope and revision
Edged's affiliate is pursuing Major Plan 2025-109 at a South Whitehall industrial site. DCD reports that the concept fell from six buildings to three, totaling about 1.5 million square feet, and cites a 725 MW plan. This entry tracks the revised campus once; the earlier concept is not a separate project.
Power, cooling and readiness
The developer says it will pay for the infrastructure and generation needed to serve the campus and use closed-loop cooling. These are applicant commitments subject to permits, utility arrangements and delivery. No utility counterparty, executed service volume, tariff, generation asset, interconnection milestone or first-power date was verified. The planned MW figure is not operating IT load.
Government review and conditions
South Whitehall materials identify Project Atlas as Major Plan 2025-109. Local reporting describes staff concerns and public opposition, and the October 2 report says the Planning Commission took the matter under advisement. A planning review or recommendation is not a governing-body approval, building permit, environmental authorization or occupancy certificate.
Demand and route to revenue
No tenant or hyperscaler customer was verified. Our analysis: the project can produce revenue only after approvals, financing, power infrastructure, buildings, equipment and customer acceptance align. Reported market demand elsewhere in Pennsylvania cannot be assigned to this site.
Capital structure and company roles
Edged US is the disclosed developer within privately held Endeavour; CDE Acquisitions LLC is the applicant affiliate named in reporting. No listed-company economic exposure is added because reviewed evidence does not support a project-specific public equity link. Supplier, lender and customer awards remain unknown.
Risks and what would change the assessment
Planning outcome, school/community impacts, power-source credibility, construction financing and tenant demand are central. Final land-use approval plus identified utility/generation agreements would strengthen the assessment. Withdrawal, denial, litigation, financing failure or a further scope reduction would weaken it. No completion schedule is treated as firm.
Financial significance
The revised proposal is reported at three buildings and roughly 1.5 million square feet, down from an earlier six-building concept. The applicant says it will fund needed power infrastructure and seeks no local incentives, but reviewed records do not establish a utility service agreement, financing close, customer commitment, construction budget, tariff, project leverage or expected return. Our analysis: current value is option-like—land-use progress and deliverable power can create development value, while review delays and infrastructure requirements can strand pre-construction capital.
Sources and claim verification
Distinct project-specific documents; repeated releases count once. Company claims remain attributed and do not independently establish delivery.
South Whitehall Township · 2026-08-05
Township notice identifies Project Atlas as Major Plan 2025-109 and schedules special planning review. It establishes an active municipal review, not approval.
South Whitehall Township Planning Commission · 2026-06-11
Township planning materials document staff review of Project Atlas. Availability of a review packet does not establish adoption, building permits, power service or construction.
Edged US / Project Atlas · publication date not established
Developer materials describe a proposed three-building campus, closed-loop cooling, dedicated infrastructure funding and a 160-acre greenway proposal. These are applicant claims subject to permitting and infrastructure availability.
Specialist reporting says the revised plan reduced the earlier six-building concept to three buildings totaling about 1.5 million square feet and cites a 725 MW plan; this is planned scope, not operating IT load.
Recent local reporting states the Planning Commission took the proposal under advisement. That status supports proposed/development classification and rules out an approval claim.
United States / Florida / Fort Meade — representative locality pin
Readiness
Proposed / development
Status
Conditional development agreement and tax incentive documented; water and wider permit completion unverified
Capacity & scope
County incentive application: 1,925,000 sq ft; Commerce letter: 4.4 million sq ft concept; scope differences unresolved; operating IT MW unknown
Named companies
Stonebridge; Fort Meade DC LLC; Florida Ecopark LLC; City of Fort Meade
Next milestone
Project-specific SWFWMD decision, reconciled master plan and executed electricity arrangements
Reviewed
October 8, 2026
Phase-specific evidence; approximate locality pin. Reviewed October 8, 2026.
The investment takeaway
Our analysis: Fort Meade fills a central-Florida hyperscale development gap, but the investable story is conditional infrastructure access rather than current computing income. A tax award and development agreement provide planning context; they do not resolve the state’s resource concerns.
Campus identity and scope
This entry tracks Stonebridge / Cumulus once. DCD links Stonebridge and Fort Meade DC LLC; the county incentive names that LLC. The Commerce letter names Florida Ecopark LLC for the same Stonebridge development agreement, but the precise corporate relationship is not established. The 1,300-acre land envelope is not all data-hall area. The county’s 1.925-million-square-foot application and the letter’s 4.4-million-square-foot concept differ; no single consolidated capacity is asserted.
Power and water
Commerce’s April letter says the energy delivery plan was not conveyed and water permission remained a condition. WUSF reports the developer revised its water estimate. These disputed estimates are not measured demand. We did not establish a later issued consumptive-use permit, utility service agreement, generation commitment or energization; the profile remains proposed.
Milestones and government conditions
Polk File 25-1989 records an approved incentive on November 4, 2025, with continuing performance, review and expiry requirements. The April 14, 2026 development agreement is described in an original Commerce letter as conditional on SWFWMD permission and additional permits. Neither record authorizes all construction or certifies operation.
Company roles and demand
Stonebridge is the reported developer; Fort Meade DC LLC is the incentive applicant, and Florida Ecopark LLC is the agreement entity named by Commerce. The city is a land-use and water infrastructure counterparty. No hyperscaler tenant, GPU supplier award, lender, operator contract or verified listed-company exposure is assigned.
Risks and what would change the assessment
Water availability, energy cost allocation, transport mitigation, customer identification and community resistance are material. September FOX reporting records a disputed recall-related lawsuit; it is not proof of wrongdoing or a project injunction. Issued project-specific permits, an identified operator and executed utility/customer agreements would strengthen the case. A denial, withdrawal or financing failure would weaken it.
Financial significance
The county applicant planned $1.2 billion in real improvements plus $1.64 billion of equipment; those figures are not a financing commitment or incurred capex. The incentive grants a 90% exemption for ten years subject to performance and review. Our analysis: the tax benefit can improve prospective development economics, but only if the operator, water, power, permits, capital and customer demand become executable. No public-stock earnings contribution or closed funding structure is established.
Sources and claim verification
Distinct project-specific documents; repeated releases count once. Company claims remain attributed and do not independently establish delivery.
Polk County Board of County Commissioners · 2025-10-21
File 25-1989 records approval on November 4, 2025 of a 90% ten-year ad valorem exemption and performance agreement for Fort Meade DC LLC. The applicant planned $1.2 billion of real improvements and $1.64 billion of equipment for 1,925,000 square feet. These are plans, not incurred spending or financing close.
Original agency letter, publicly hosted by WUSF, describes the April 14 development agreement with Florida Ecopark LLC for Project Stonebridge as conditional on a SWFWMD consumptive-use permit. It cites a 4.4-million-square-foot concept, undisclosed operator, and outstanding energy, water, environmental and transport questions. It is agency scrutiny, not a permit or cancellation.
Specialist reporting links Stonebridge to Fort Meade DC LLC and the roughly 1,300-acre campus, and describes the conditional development agreement. Its 47.36-million-square-foot figure conflicts with the agency letter and is excluded from our adopted scope.
Original local reporting documents the Commerce secretary’s objections, changing developer water estimates and the need for SWFWMD review. Reported water demand is a disputed projection, not a verified withdrawal or actual cooling consumption.
Reports a commissioner’s lawsuit to block a project-related recall effort. Allegations are disputed and no court outcome is established. This documents continuing community/legal risk, not a construction-permit decision.
United States / Florida / Lakeland — representative locality pin
Readiness
Proposed / development
Status
Concept-stage proposal affected by one-year city moratorium; no project approval or construction established
Capacity & scope
Approximately 600,000 sq ft proposed on about 60 acres; operating and contracted IT MW not established
Named companies
Applicant/operator not established; Kimley-Horn engineering consultant; City of Lakeland / Lakeland Electric
Next milestone
Adopted permanent rules or documented moratorium change, then land-use decisions and utility terms
Reviewed
October 8, 2026
Phase-specific evidence; approximate locality pin. Reviewed October 8, 2026.
The investment takeaway
Our analysis: Project Swan adds a west-Lakeland regulatory case beyond the existing Miami entry. It illustrates how a physically large AI-infrastructure proposal can have little near-term earnings visibility while land-use rules and utility protections are unresolved.
Proposal and duplicate control
DCD identifies a roughly 600,000-square-foot concept at 923 Wilkinson Road and Kimley-Horn’s engineering involvement. This is one proposed campus, not an operating building. A canceled review meeting initially produced an incorrect withdrawal interpretation; the city’s notice and LkldNow correction establish that cancellation did not itself end the proposal.
Government status and chronology
The June notice says no final decision had been made. August local reporting records a one-year moratorium approved 4–3 on August 3; an August 18 city planning packet confirms early-August approval, but cites August 4. The packet’s policy reference concerns another site and is used only for citywide context. No Project Swan permit or land-use approval is inferred.
Power, water and commercial readiness
Lakeland Electric’s concerns in the moratorium reporting relate to infrastructure costs and protection against canceled large-load projects. No executed Project Swan service agreement, committed MW, water allocation, substation plan or accepted service was verified. Proximity to municipal utilities and a planning discussion cannot substitute for deliverable capacity.
Company roles and financial assumptions
Kimley-Horn is a named engineering consultant. The city and its municipal utility are public decision-makers, not a listed equity opportunity. The reviewed evidence does not establish the legal applicant or ultimate operator sufficiently to assign ownership or customer economics. No speculative hyperscaler or equipment supplier is added.
Catalysts, risks and unknowns
Watch final land-use regulations, any documented change in the pause, a revised application, final approval and executed utility terms. Our analysis: approved rules could reopen the path, but approval still requires project-specific decisions. Cost allocation, neighborhood impacts, water needs, financing and tenant commitments remain risks. Expiry of the pause does not prove construction or approval.
Financial significance
No verified construction budget, committed financing, customer lease, tariff, delivered power or revenue is established. Kimley-Horn’s consultant role is not operator ownership. Our analysis: development capital remains exposed to policy timing and infrastructure cost allocation. The moratorium is a delay mechanism, not evidence that funding has closed or the campus will restart when it expires.
Sources and claim verification
Distinct project-specific documents; repeated releases count once. Company claims remain attributed and do not independently establish delivery.
City of Lakeland · 2026-06-02
Project-specific city notice records cancellation of the June 3 Development Review Team meeting and says no final decision had been made. The notice has a May 2 body dateline but June 2 posting; June 2 is retained as posting date. Cancellation of a meeting is not withdrawal of the project.
Page 53, in a different property’s staff review, records a one-year citywide data-center moratorium approved in early August and says the code does not currently allow the use. It gives August 4; independent meeting reporting gives August 3. This is policy context, not Project Swan approval.
Identifies the concept at 923 Wilkinson Road: approximately 600,000 square feet on about 60 acres, with Kimley-Horn as engineering consultant. Reports initial concept review and required land-use steps, not a construction authorization.
Original correction reports the proposal was not withdrawn; an internal status change incorrectly suggested withdrawal. This supersedes the earlier interpretation without establishing approval.
Reports the 4–3 August 3 vote and immediate one-year pause on new data-center applications, following Project Swan opposition. It describes Lakeland Electric’s infrastructure-cost concerns. The moratorium may end early; no assured restart or approval follows from its expiry.
Material permitting update — September 24, 2026: WPTV and CBS12 independently report that Palm Beach County commissioners gave final approval to a one-year pause on new large-scale data-center applications. CBS12 reports a 6–0 vote and a threshold of at least 50 MW anticipated peak electrical load in unincorporated Palm Beach County. This is a reported adopted measure, not merely a request for a pause. WPTV adoption report → · CBS12 scope and surviving rights →
The county’s August 6 staff report describes proposed limits on accepting, processing or approving covered zoning and comprehensive-plan requests; its proposed definition measures peak load over a 15-minute interval at a single location. It describes treatment of applications deemed sufficient before the effective date. This document is pre-adoption text, not the final enacted ordinance. The signed final ordinance, effective date and application-specific sufficiency determinations have not been retrieved in this review. County government staff report →
What survives: CBS12 reports the earlier approvals for two 100,000-square-foot data-center buildings remain intact and previously sufficient applications can continue under earlier rules. The county project page still lists those two buildings, alongside later administrative requests; its July hearing schedule remains stale. Do not treat the moratorium as cancellation of all rights, or assume a particular revision is exempt. No tenant, operating MW or executed power commitment is newly established. County application inventory →
Investor takeaway · Our analysis: The pause materially increases the regulatory uncertainty around a larger development. The key distinction is existing approved scope versus requests needing new approvals. Watch the final ordinance, sufficiency findings for each administrative application and permanent county rules before assigning a development timetable.
Targeted claim review; original source dates and remaining gaps are preserved.
Research update · October 13, 2026
Claim-scoped review: government records, company/transaction disclosures and original reporting. Facts, attributed forecasts and analysis are separated; remaining permit and commercial gaps are explicit.
Ownership and operating identity
County names PBA Holdings Inc. as applicant and lists PBA, WPB Logistics Owner LLC and the master association as property owners. These are parcel/application identities, not verified beneficial ownership percentages. The ultimate data-center operator and end user remain undisclosed. County application inventory.
Capital commitments and commercial status
No reliable project-specific capex commitment, financing close or lease was established in accessible documents. The project team says it will pay required power infrastructure costs, but that is a developer representation without a retrieved funding instrument. We do not adopt circulating multibillion-dollar estimates or infer capital from square footage.
Power arrangements and capacity limits
The developer says FPL would supply electricity under a special large-load structure and the project would fund infrastructure. Stet’s December reporting attributes a claimed binding agreement to the application; it does not publish its terms. Developer statement · Original reporting. Reserved MW, tariff, delivery date and continuing validity after denial remain unknown. Nearby generation is not dedicated campus capacity. NextEra Energy (NEE) is conditional utility-parent context; no material project earnings exposure is confirmed.
Approved baseline versus expansion requests
The county lists two approved 100,000-sq-ft data buildings. Its June notice describes the April revision as 1,032,000 sq ft data use within a 3,594,564-sq-ft mixed-use request. Earlier 3.692-million-sq-ft totals belong to an older proposal. DRO-2026-00966 and PAR-2026-00811 are distinct administrative/preapplication tracks, not new campuses or proof of construction authority. Revised scope notice · Separate application numbers.
July denial, September moratorium and permits
July 17 local reporting describes a July 15 denial without prejudice of the larger request. CBS12 and WPTV report September 24 final adoption of a pause on covered new applications; CBS12 describes the 50 MW anticipated peak-load threshold and surviving older rights. The signed final ordinance, effective-date provisions and each application’s sufficiency finding were not retrieved. No construction or operating permit is inferred from surviving zoning. Scope and surviving rights · Independent adoption report.
Construction, water and environmental checkpoints
The developer describes temporary staging/industrial uses and a completed entrance, not commissioned data halls. County names PBC Water Utilities. The project team estimates 5,000 gallons/day potable demand and describes closed-loop cooling; operating measurements and permit conditions remain unverified. Its design assurances do not replace stormwater, water-service, building or noise approvals.
Investor opportunity and risks
Our analysis: limited earlier rights and proximity to power infrastructure create an option to develop, but scale depends on land-use compatibility, permits, utility terms, funding and a tenant. An application-specific county determination, disclosed power contract and funded construction milestone would improve visibility. Community opposition, water/noise conditions and capital delays could narrow viable scope. Compare Stonebridge Fort Meade and our Fort Meade approval analysis; these are related regulatory questions, not equivalent approvals.
A new lead remains unverified
An October 13 South Florida Business Journal preview reports a developer dispute has reached court. The full article and filed complaint were not reviewed; this page does not adopt allegations, assign fault or change development status on that preview alone. Reporting lead.
United States / Florida / Loxahatchee / western Palm Beach County — representative locality pin
Readiness
Proposed / development
Status
Larger request denied; September 24 county moratorium reported adopted; earlier limited rights survive
Capacity & scope
Official approved site-plan baseline: two 100,000 sq ft data buildings; larger mixed-use requests are not approved IT capacity
Named companies
PBA Holdings Inc.; WPB Logistics Owner LLC; Central Park Commerce Center Master Association
Next milestone
Retrieve final July denial order and determine outcomes of each administrative revision and any power agreement
Reviewed
October 8, 2026
Phase-specific evidence; approximate locality pin. Reviewed October 8, 2026.
The investment takeaway
Our analysis: western Palm Beach County fills a distinct geography and developer gap while exposing the difference between a recommended expansion and surviving earlier development rights. The July rejection materially changes the larger project’s path; no hyperscale capacity is treated as ready.
One campus, multiple applications
Palm Beach County identifies Central Park Commerce Center as Control 2015-00085. Project Tango’s DOA/ZV-2025-01602 is distinct from dependent DRO-2025-01675 and later administrative requests DRO-2026-00966 and PAR-2026-00811. All are tracked within one campus profile to prevent counting revisions or phases as new projects.
Official record and reported decision
The June 15 notice scheduled the July 15 hearing; it proves process, not approval. July 17 WFLX/WPTV reporting records a 5–1 denial without prejudice of the larger request and says earlier rights remain. The official overview retains a stale hearing schedule. The final adopted denial order and any subsequent administrative decisions were not retrieved, so the profile attributes the decision to independent reporting.
Scope, power and water
The official approved site plan lists two 100,000-square-foot data buildings plus warehouse and office uses. Larger mixed-use totals and revised preliminary buildings are requests, not delivered computing. DCD places the site near an FPL generating station; that does not establish a utility agreement, reserved MW, behind-the-meter supply or power ownership. A project-specific water and electricity commitment remains unverified.
Company economic roles
PBA Holdings Inc. is the named applicant; WPB Logistics Owner LLC and the master association appear as property owners alongside PBA in the county record. Their disclosed roles do not establish beneficial ownership percentages, lenders or an AI customer. No FPL/NextEra earnings link is assigned merely from geographic proximity.
Risks and what would change the assessment
The applicant can evaluate a new request following a denial without prejudice, but that is not assurance of acceptance. Watch adopted county decisions, conditions, environmental permits, executed power terms and a customer-backed financing plan. Land-use incompatibility, noise, community opposition and capital delays could limit viable scale. Prior zoning does not certify hyperscale operations.
Financial significance
No verified project capital commitment or financing close is established. Developer promises to fund required electrical infrastructure are not an executed funding commitment. Existing limited approvals remain distinct from the denied larger request and subsequent administrative proposals. FPL is a developer-named prospective provider, not verified delivered supply; project earnings, operator, customer and operating MW remain unknown. Our analysis: planning rights and power proximity create a conditional development opportunity, but unresolved approvals and commercial underwriting govern realization.
Sources and claim verification
Distinct project-specific documents; repeated releases count once. Company claims remain attributed and do not independently establish delivery.
Palm Beach County Planning, Zoning & Building · publication date not established
Official project page links Project Tango to Central Park Commerce Center, Control 2015-00085, and applicant PBA Holdings Inc. It separates DOA/ZV-2025-01602 from administrative applications DRO-2025-01675, DRO-2026-00966 and PAR-2026-00811. The approved site plan lists two 100,000-square-foot data buildings plus office/warehouse space. Larger revised site plans are requests. Its July hearing schedule is stale, not a current approval.
Notice identifies ZV/DOA-2025-01602 and the 202.67-acre location north of Southern Boulevard, about 3.7 miles west of Seminole Pratt Whitney Road. Schedules July 2 zoning and July 15 county hearings; a hearing notice is not an adopted decision.
Documents PBA’s proposed larger campus and the earlier zoning recommendation. The reported 3.69-million-square-foot total includes mixed uses and is not IT capacity. Proximity to FPL’s power station is not a supply contract.
Local reporting records the 5–1 denial of the larger Project Tango request after the July 15 hearing, without prejudice. It reports surviving earlier Central Park rights, while the developer evaluates options. WFLX and WPTV versions are one underlying newsroom document; the denial is independently reported, not a retrieved final county order.
Palm Beach County — revised proposal notice · 2026-06-15
June 15 notice distinguishes approved 2,020,000 sq ft mixed-use master plan from the April 27 revised request: 1,032,000 sq ft data use, 2,346,564 sq ft warehouse and 216,000 sq ft minor utility, totaling 3,594,564 sq ft. These are proposed floor areas, not approved operating MW.
Central Park Commerce Center — project team · document date not established
Project team says FPL would supply power under a special large-load structure and the project would fund required electric infrastructure. It estimates 5,000 gallons/day potable water at buildout with closed-loop cooling. These are developer representations, not retrieved utility terms or measured operations.
December 2025 reporting says developers asserted a binding FPL power-service agreement in their application. Executed agreement, reserved MW, tariff and continued enforceability after the July denial were not retrieved. The report does not identify the end user.
CBS12 — moratorium and surviving rights · 2026-09-24
September 24 report records a 6–0 vote pausing new covered applications for up to a year at a 50 MW anticipated peak-load threshold in unincorporated Palm Beach County. It reports earlier two 100,000 sq ft data-building approvals survive and previously sufficient applications may continue. Final ordinance and application-specific sufficiency findings remain unreviewed.
September 24 reporting independently describes final unanimous approval of the one-year moratorium. WPTV and its WFLX syndication count as one underlying newsroom document, not two confirmations.
United States / Florida / Eatonville / Orlando metro — representative locality pin
Readiness
Under construction
Status
Final construction, commissioning and inspections described by operator; occupancy and opening unverified
Capacity & scope
Operator design: 100,000 sq ft and more than 1,000 racks; local 120,000 sq ft report unresolved; operating IT MW unknown
Named companies
HostDime; Town of Eatonville; Duke Energy
Next milestone
Dated final inspections, occupancy certificate, utility acceptance and customer-service start
Reviewed
October 8, 2026
Phase-specific evidence; approximate locality pin. Reviewed October 8, 2026.
The investment takeaway
Our analysis: SuperNova adds a private colocation operator and a construction-stage campus in central Florida. It offers a nearer delivery catalyst than concept-only projects, but the elapsed Q3 target and possible October opening cannot establish productive capacity.
Campus identity and scope
SuperNova is HostDime’s new flagship and headquarters at 1 Innovative Pl near Eatonville and Maitland. The company describes seven stories, 100,000 square feet and more than 1,000 racks; WFTV reports 120,000 square feet. The difference remains unresolved and neither area nor rack envelope is converted into IT MW. This campus is separate from Equinix MI6 in Doral.
Government record and milestone discipline
The Town of Eatonville’s September 1 agenda names HostDime and includes development-agreement amendments. WKMG reports consideration of stronger penalties and conditions. An agenda or recommended amendment does not establish an adopted condition. WFTV’s September 3 report makes a potential October opening conditional on final inspections; no passed inspection or occupancy certificate was verified.
Power, cooling and readiness
HostDime says it coordinated dedicated electrical infrastructure with Duke Energy and uses closed-loop chilled water with air-cooled equipment. These are operator claims; actual load, tariff, utility acceptance and measured cooling demand remain unknown. Tier IV infrastructure language is not independently verified certification. The current operator page describes final construction and commissioning, supporting under-construction classification.
Demand and economic roles
HostDime is developer/operator and markets colocation, private suites, bare metal, cloud and interconnection. Marketing is not an executed customer commitment. Eatonville is a development-agreement and water/sewer counterparty. Duke Energy’s reported planning role supports a qualified utility connection, with no inferred equipment contracts, GPU awards or project earnings.
Risks and what would change the assessment
Repeated delays, sound mitigation, municipal commitments, inspections and leasing are central. Dated occupancy and utility acceptance followed by operating customer evidence would strengthen readiness. Further missed milestones or unfulfilled conditions would weaken it. Do not treat a hoped-for October date as an achieved opening.
Financial significance
WKMG reports a $100 million project cost, not verified incurred spending or a closed financing package. HostDime markets colocation and private-cloud services, but no contract revenue, leased-rack count, occupancy, debt terms or project margin is disclosed in reviewed documents. Duke Energy is a company-reported planning counterparty; DUK earnings cannot be estimated from that relationship. Our analysis: the economic inflection requires occupied, billable service after inspections and commissioning.
Sources and claim verification
Distinct project-specific documents; repeated releases count once. Company claims remain attributed and do not independently establish delivery.
Town of Eatonville Council · 2026-09-01
Official council agenda includes discussion of HostDime’s previous development-agreement amendments and consideration of amendment 3, with agreement attachments. This verifies the town’s project record; an agenda does not establish adoption of proposed fines, occupancy authorization or operation.
Operator describes SuperNova at 1 Innovative Pl as its seven-story 100,000-square-foot flagship, with more than 1,000-rack design capacity. It says final construction, commissioning and inspections continue, and describes Duke Energy coordination and closed-loop, air-cooled chilled-water cooling. These are company descriptions, not measured load, utility acceptance or independent Tier IV certification.
Independent local reporting quotes the CEO’s possible October opening conditional on final inspections after repeated delays. It reports prior $250-per-day fines. Its 120,000-square-foot figure differs from the operator’s 100,000; scope reconciliation remains open. The article does not establish passed inspections.
Reports the planned council consideration of $500-per-day penalties and additional site commitments, plus a reported $100 million project cost and municipal water/sewer reimbursements. URL says August 31, but visible publication/update date is September 1. Proposed accountability terms are not treated as adopted.
United States / Florida / Gainesville — representative locality pin
Readiness
Operating
Status
HiPerGator fourth-generation launch and installed system documented in October 2025; operating MW unverified
Capacity & scope
UF reports 63 DGX B200 nodes / 504 GPUs; campus IT MW and comparable utility load unknown
Named companies
University of Florida; NVIDIA; Florida Board of Governors
Next milestone
Verify current generation utilization, measured electricity/cooling and any separately funded next upgrade
Reviewed
October 8, 2026
Phase-specific evidence; approximate locality pin. Reviewed October 8, 2026.
The investment takeaway
Our analysis: Gainesville adds documented public AI computing and an operating-readiness case to Florida coverage. The financial signal is installed accelerator procurement and research capability, not speculative land or campus lease income. This is one East Campus entry across computing generations; the fourth generation is an upgrade, not a new greenfield campus.
What has actually been delivered
UF’s October disclosure identifies a DGX B200 SuperPOD installation with 63 nodes and 504 GPUs, replacing the earlier A100 system. Both The Alligator and Mainstreet attended the October 14 launch and data-center tours. That gives stronger delivered-system evidence than a future opening target. The operating classification is scoped to the launched computing system, without asserting measured power or commercial occupancy.
Government evidence and funding scope
Florida Senate LFIR 3066, dated March 6, 2025, names the HiPerGator renewal and requests $24 million through the Board of Governors. A request is not appropriation or payment. Local reporting records a December 2024 trustee allocation, while UF’s launch release reports a $33 million purchase. Reconciliation of the amounts and funding flows is unresolved; no $81 million aggregate is implied.
Power and physical resilience
Independent tours establish the East Campus computing facility. The Alligator attributes efficiency comparisons to system directors; those claims are not utility measurements. No project-specific power tariff, signed supply allocation, measured cooling demand or operating IT MW was established. GPU counts and benchmark claims cannot substitute for energy capacity.
Company roles and route to economic value
UF owns/operates the research environment; NVIDIA is the named installed-system technology partner. The Board of Governors is the requested state-funding recipient. No unverified integrator, customer lease or supplier contract amount is added. Our analysis: the campus supports training and research, while any listed-company benefit depends on actual procurement and recognized supplier revenue.
Milestones, risks and assessment changes
The material historical milestone is the October 14, 2025 launch, not this review date. Future evidence should show utilization, operations costs, durable researcher access and separately approved upgrade budgets. Rapid equipment obsolescence, procurement cost and underutilization can weaken returns on public capital. Measured use and reconciled funding would strengthen the assessment; a next-generation concept is not a delivered phase.
Financial significance
UF describes a $33 million purchase at the launch. Independent journalism documents an earlier $24 million trustee allocation, while Senate LFIR 3066 separately records a $24 million request. These are different funding scopes and are not added together or treated as enacted appropriations. Our analysis: this is public AI-research procurement and utilization infrastructure, not a commercial hyperscale lease asset. NVIDIA supplies installed technology, but recognized revenue, margin, support fees and contract allocation are unknown.
Sources and claim verification
Distinct project-specific documents; repeated releases count once. Company claims remain attributed and do not independently establish delivery.
Florida Senate · 2025-03-06
LFIR 3066 requests $24 million for University of Florida AI Leadership Technology Renewal / HiPerGator Updates, through the Board of Governors, including NVIDIA networking. This project-specific state record is a funding request, not an enacted appropriation, cash receipt or final contract.
Public university disclosure records the East Campus launch and reports a $33 million purchase, 63 NVIDIA DGX B200 nodes and 504 GPUs replacing the earlier A100 SuperPOD. Performance comparisons are issuer claims and not comparable campus MW. The purchase figure differs in scope/date from the earlier $24 million budget/request.
The Independent Florida Alligator / Madeline Herring · 2025-10-15
Original on-site journalism documents the October 14 ribbon cutting and media tour, the East Campus location and the December 2024 $24 million trustee allocation. Energy-efficiency assertions are attributed to directors; it does not establish a power tariff or measured IT load.
Mainstreet Daily News / Nick Anschultz · 2025-10-14
Original reporting and photographs document the launch and guided data-center tour. It distinguishes the earlier $24 million trustee investment from the computing generations and attributes NVIDIA installation involvement to UF. Research-budget figures discussed at the event are not project revenue.
United States / Colorado / Windsor / unincorporated Weld County — representative locality pin
Readiness
Approved / pre-construction
Status
Final land-use approval September 9; further permits and durable utility service unresolved
Capacity & scope
Applicant’s 27.5 MW phase one; 35 MW will-serve evidence is not energized IT load
Named companies
Global AI (Colorado), LLC; PVREA; Greeley/Windsor water pathways
Next milestone
Issued permit suite, executed power/water arrangements and documented customer service
Reviewed
October 8, 2026
Phase-specific evidence; approximate locality pin. Reviewed October 8, 2026.
The investment takeaway
Colorado’s first inventory addition is a reuse project with a genuine final land-use action and unusually visible execution constraints. This is an option on prospective AI infrastructure demand, with permitting and utility access carrying more weight than promotional network targets.
One campus and a limited phase
The current application covers an existing industrial facility near Windsor, at the former Kodak/Carestream property. CPR reports a 41-acre proposal within a 438-acre purchase. Neither that land envelope nor Global AI’s wider 1 GW network aspiration is operating campus capacity. Future expansion needs separate review.
Government milestone and conditions
Weld County’s September 9 decision on USR26-0019 is final land-use approval for Global AI (Colorado), LLC. It explicitly requires other applicable permits before related construction. County noise/water rules continue; CPR reports monitoring and decommissioning conditions. The announcement is not a building permit or occupancy certificate.
Power and water
Newsline reports a 35 MW PVREA will-serve letter for applicant-described 27.5 MW phase one. CPR’s August investigation describes wholesale constraints after 2028; a letter is not durable energized service. Windsor’s conditional water/wastewater letter depends on annexation and is not executed supply. Greeley and Windsor pathways must be reconciled rather than treated as interchangeable approvals.
Companies and capital at risk
Global AI is applicant/developer and prospective operator. PVREA is a potential electricity counterparty. Later-phase Bloom fuel cells are proposed technology, with no verified vendor award or air permit. Broader NVIDIA/Humain relationships do not establish campus orders or tenancy and receive no project-specific economic linkage.
Risks and assessment changes
Construction authorization, long-term wholesale availability, water jurisdiction, noise and decommissioning obligations are material. Issued permits, executed service agreements and actual occupancy/energization would improve the assessment. Renewed enforcement, unresolved supply duration or failed financing would weaken it. An elapsed opening forecast establishes nothing.
Financial significance
Our analysis: adaptive reuse lowers the need to establish a new industrial location, but entitlement has value only if reliable power and water turn into permitted, funded computing. Reported $15.6 million property consideration is distinct from retrofit costs and total campus investment. No campus financing close, tenant income or public-company earnings contribution is established.
Distinct project-specific documents; repeated releases count once. Company claims remain attributed and do not independently establish delivery.
Weld County · 2026-09-10 · reviewed 2026-10-08 · event 2026-09-09
September 9 final 5–0 land-use approval of USR26-0019 for Global AI (Colorado), LLC. Covers reuse of the existing industrial facility, not the entire former Kodak property. Required building, electrical, mechanical, fire, utility and environmental approvals remain separate; future phases require review.
Town of Windsor · publication date not established · reviewed 2026-10-08
July 28/August 3 updates describe a site outside town jurisdiction. Conditional water/wastewater will-serve letter depends on annexation and is not an executed service agreement. Earlier county-review discussion is superseded by the September decision.
Colorado Public Radio · 2026-09-10 · reviewed 2026-10-08
Original reporting places the 41-acre application within a 438-acre acquired property. Describes closed-loop cooling, noise monitoring and decommissioning plan/bond conditions. County officials reported earlier compliance issues resolved in August; no operation was verified.
Sara Wilson reporting describes applicant’s 35 MW PVREA will-serve letter against a 27.5 MW first phase, with delivery-duration objections. Company opening forecast is not operation; 1 GW by 2029 refers to its network ambition. KUNC/Newsline syndications count as one underlying document.
Colorado Public Radio · 2026-08-07 · reviewed 2026-10-08
Public-record investigation describes historical stop-work disputes and wholesale power constraints, including declining availability beginning in 2028. Later-phase Bloom fuel cells were an applicant proposal; no state air application as of July 29. This is not a vendor award or current permit search.
Background discovery cites a reported $15.6 million November 2025 property purchase and early development scenarios. Draws on Denver Business Journal, so it is not additional corroboration of that original story. Purchase price is not campus capex.
United States / Colorado / Colorado Springs — representative locality pin
Readiness
Proposed / development
Status
Conditional plan modification appealed; council decision deferred to April 13, 2027
Capacity & scope
Utility describes up to 72 MW infrastructure; 50 MW load interpretations differ; no delivered IT MW established
Named companies
RAEDEN; 3G Venture II, LLC; Colorado Springs Utilities
Next milestone
April 13, 2027 council action, final conditions, utility economics and tenant disclosure
Reviewed
October 8, 2026
Phase-specific evidence; approximate locality pin. Reviewed October 8, 2026.
The investment takeaway
This second Colorado entry broadens coverage to a municipal appeal and adaptive reuse in Colorado Springs. The value proposition depends on converting existing industrial electrical infrastructure into permitted customer computing; its deferred decision makes near-term delivery speculative.
Identity and duplicate control
The city identifies 3G Venture II, LLC as owner and RAEDEN as applicant at 1565 High Tech Way. RAEDEN also references 1615 Garden of the Gods Road for this development. Historical Intel factory use creates no verified current Intel ownership, customer or supplier exposure. This campus is counted once.
Official action and later delay
DEPN-26-0039 and appeals APPL-26-0003 / 0004 concern a conditional development-plan modification. The commission’s July 23 action was followed by appeals. KRDO reports the September 17 council vote, 7–2, postponing a decision to April 13, 2027; RAEDEN acknowledges it. The docket creation date is not the application filing date.
Power, cooling and demand
CPR interviews Colorado Springs Utilities about 72 MW infrastructure and roughly 50 MW consumption, while RAEDEN describes 50 MW computer load plus auxiliaries. These scopes remain inconsistent and are not operating IT MW. Closed-loop cooling and a noise wall are planned mitigations. Tenant and commercial power terms are confidential or undisclosed.
Government-record limits
The accessible city docket establishes identity and procedural actions. Linked detailed conditions/noise attachments could not be retrieved, so this review does not claim to have read full adopted terms. Reporting describes monitoring and proposed bonds; those statements remain attributed. No construction authorization, occupancy or energization is inferred.
Risks and what changes the assessment
Noise compliance, public opposition, confidential power economics, customer commitment and carrying costs drive risk. A subsequent final council action, published conditions, permit suite and service/tenant evidence would improve readiness. Further deferral, denial or developer withdrawal would weaken it. Neither an existing substation nor projected tax benefits proves delivery.
Financial significance
Our analysis: reusing a former chip factory offers infrastructure potential, but a lengthy council delay can increase carrying costs and adds timing uncertainty. RAEDEN’s $1.7 billion regional economic-impact estimate is not project capex, financing close or revenue. Confidential utility terms prevent a defensible site-level return model.
Distinct project-specific documents; repeated releases count once. Company claims remain attributed and do not independently establish delivery.
City of Colorado Springs · publication date not established · reviewed 2026-10-08 · event 2026-07-23
Official docket created June 29, 2026 identifies owner 3G Venture II, LLC and applicant RAEDEN, DEPN-26-0039 / APPL-26-0003 / APPL-26-0004. July 23 conditional modification approval and appeal denial preceded timely further appeals. Docket hearing history does not clearly establish September disposition.
Developer acknowledges postponement of September 17 hearing until April 2027. Its $1.7 billion regional economic-impact estimate is a forecast, not construction budget or closed financing.
Interviews utility, developer and residents. Utility describes up to 72 MW existing electrical infrastructure and about 50 MW expected consumption; developer describes 50 MW computer load plus auxiliaries. Terms confidential and tenant undisclosed. These scopes cannot be treated as delivered IT MW.
Original reporting records July 23 commission’s 6–2 appeal denial and noise controversy. September council postponement supersedes this earlier milestone; developer bond claims remain attributed.
United States / Arizona / Tucson area / unincorporated Pima County — representative locality pin
Readiness
Under construction
Status
Site activity and site-construction permits documented; occupancy and customer service unverified
Capacity & scope
290-acre campus; complaint cites 286 MW first-phase ESA electricity scope; delivered IT load unestablished
Named companies
Beale Infrastructure; Humphrey’s Peak Properties LLC; Bobcat B1 LLC; Tucson Electric Power
Next milestone
Phase-specific construction/inspection updates, durable water arrangements and delivered TEP/customer service
Reviewed
October 8, 2026
Phase-specific evidence; approximate locality pin. Reviewed October 8, 2026.
The investment takeaway
This adds southeast Tucson-area development beyond the five existing Phoenix-area Arizona entries. Land closing and site works are stronger evidence than a pledge, while the power and water controversy still matters to execution. The profile distinguishes initial works from an operating hyperscale campus.
One campus through changing entity names
Project Blue, current issuer-described Project Bobcat and South Houghton refer to the same Pima County development. County closing documents trace Humphrey’s Peak Properties LLC’s acquisition assignment to affiliated Bobcat B1 LLC; no new project is created by the entity/name change. The approximately 290-acre site is unincorporated county land near the fairgrounds.
Land and construction records
The April 23 county memorandum confirms June 17, 2025 specific-plan approval and December 24 land closing. Its permit table lists P25SC00120 as issued site construction and P26BP01453 approved other structures, while P25SC00140/P26RW00417 required corrections. Table opened dates are not issue dates. AZPM’s April photographs document activity; no occupancy is established.
Power approval and scrutiny
ACC’s January statement confirms December 3 approval of ESA Decision 81587, docket E-01933A-25-0187, and denied rehearing applications. Staff concluded no cost shift and cited billing/security protections. The AG announced a filed appeal on February 19; its complaint is signed February 18. KJZZ reports September 24 arguments without a verdict. These are opposing institutional positions, with no later judicial resolution or delivered electricity established. The complaint cites a 286 MW first-phase service scope, not measured IT load.
Water and delivery targets
AZPM reports well approvals linked to Bobcat Tucson Water LLC and a separate construction-meter revocation by Tucson. Well permission and construction water are different scopes; neither proves a complete operating-water system. Beale reports air-cooled closed-loop design, Q1 2026 start and 2028 first-building target. Older 2027 forecasts are not completion evidence.
Company roles, risks and catalysts
Beale develops; county-verified entities hold acquisition obligations; TEP is the power counterparty. No Amazon, Meta or other tenant is assigned from reported interest. Our analysis: inspect phase permits, water arrangements, appeal outcomes, actual utility acceptance and a named customer before upgrading to operating. Permit corrections, resource disputes and unfunded later phases remain material risks.
Financial significance
County’s April memorandum confirms $20.85 million land-sale proceeds, a completed land transaction. Its up-to-$3.6 billion campus investment estimate remains a forecast, distinct from raised or spent capital. Our analysis: land control, visible works and approved power terms strengthen execution evidence, but disputed resource arrangements and an unidentified customer limit cash-flow confidence.
Distinct project-specific documents; repeated releases count once. Company claims remain attributed and do not independently establish delivery.
Pima County Administrator · publication 2026-04-23 · reviewed 2026-10-08
Original progress memorandum establishes June 17, 2025 specific-plan/acquisition approval and December 24 land closing, $20.85 million land proceeds. Attachment 2 lists permit statuses as of April 23: P25SC00120 issued site construction; P26BP01453 approved other structures; P25SC00140 and P26RW00417 corrections requested. Opened dates are not issuance dates. No building occupancy or delivered service is established.
Pima County Administrator · publication 2025-12-24 · reviewed 2026-10-08
Closing memorandum documents assignment from Humphrey’s Peak Properties LLC to affiliated Bobcat B1 LLC, obligations retained and funding in escrow. This contemporaneous memo expected closing that day; the later April memo confirms completion.
Docket E-01933A-25-0187 / Decision 81587: December 3, 2025 ESA approval stands after rehearing applications automatically denied. Staff’s no-cost-shift/reliability conclusions are regulator findings, not independent measured outcomes. Minimum billing and termination-security protections summarized; not energization.
Attorney General announces filed Maricopa County appeal on February 19, seeking to vacate ESA approval over disputed rate-setting authority. Attached complaint is dated February 18; court-stamped filing date/case identifier not established from that copy. Allegations are not judicial findings.
Beale Infrastructure · publication not established · reviewed 2026-10-08
Current issuer page identifies South Houghton campus / Project Bobcat, TEP service pathway and air-cooled closed-loop design. Reports Q1 2026 construction start and 2028 Phase 1 completion target; dates are company milestones. $3.6 billion investment and fiscal/job figures are forecasts, not capital raised or earned revenue.
Original journalism reports ADWR well approvals linked to Bobcat Tucson Water LLC and photographs site activity on April 24. Well permission is not whole-campus authorization; precise well identifiers were not established from primary records.
Reports Tucson revoked a construction water meter on May 4 after disputed use. This is a construction-water issue, not proof of campus cancellation or completed operating-water arrangements.
Arizona Attorney General — complaint · publication not established · reviewed 2026-10-08 · event/document 2026-02-18
Original complaint, signed February 18, challenges Decision81587 and cites August25 ESA application for 286 MW first-phase electricity. Copy has no court case number or filing stamp. It establishes legal allegations/requested relief, not a judgment or measured operating IT load. Publication date not established; date retained is document signature date.
Original court-hearing reporting describes September24 arguments over intervention timing and future ratemaking. Judge discussed clarification but issued no verdict at that hearing. This later document establishes active litigation, not a final outcome.
United States / Arizona / Marana / northwest Tucson region — representative locality pin
Readiness
Approved / pre-construction
Status
January rezoning survives September 29 appellate referendum decision; construction and power delivery unverified
Capacity & scope
Approximately 600-acre coordinated campus; 550–750 MW each parcel estimated demand, not committed IT load
Named companies
Beale Infrastructure; Fremont Peak Properties LLC; TEP; Trico Electric Cooperative; Town of Marana
Next milestone
Final plans, regulated service agreements, financing and independently documented construction
Reviewed
October 8, 2026
Phase-specific evidence; approximate locality pin. Reviewed October 8, 2026.
The investment takeaway
Northwest Tucson coverage adds a distinct Marana site under a different municipality and utility mix from Project Blue. An appellate ruling clarifies the rezoning pathway, while the campus remains a substantial development proposal rather than operating load.
Count the coordinated campus once
The town explicitly describes two adjacent approximately 300-acre parcels as one coordinated campus. Luckett North/South and former internal Jaguar West are one entry. It is west of I-10 at Luckett/Hardin Roads, south of the county line. The map pin represents Marana locality and is not a parcel centroid.
Government and court milestones
October 2025 applications led to December 10 recommendations and January 6, 2026 Ordinances 2026-002 / 003. The September 29 opinion, 2 CA-CV 2026-0174, affirms judgment rejecting the referendum petitions and attempted committee withdrawal. It does not prove that building permits, financing or utility infrastructure are complete. Later review outcomes beyond that opinion remain unestablished.
Power and water boundaries
The town estimates 550–750 MW per parcel with TEP and Trico pathways, not a committed 1.5 GW IT allocation. Beale says service agreements require ACC approval and it will fund infrastructure. Town rules limit potable water to office functions and require review for changing cooling design. Company water-use estimates are forecasts, not metered consumption.
Companies, ownership and timeline
Independent reporting links Fremont Peak Properties LLC to Beale; the court says it is under contract to purchase both parcels, not that the purchases closed. Town lists separate Kai-family entities and a church landowner. Beale forecasts construction Q1/Q2 2027 and occupancy late 2028/early 2029. Future occupant is unknown; targets are not guarantees.
Risks and what would change the assessment
Our analysis: grid capacity, tariff/cancellation security, final design, environmental permits, capital and customer commitments dominate remaining execution. Final regulated service terms, land-closing records, financing and construction evidence would improve the case. Revised scale, further successful legal action or failed utility/tenant arrangements would weaken it. Chamber coverage is stakeholder-affiliated and not counted as independent confirmation.
Financial significance
Beale projects significant tax receipts and private road/water/power improvements; those forecasts are not current income or financing close. Our analysis: surviving rezoning removes one documented entitlement challenge, but the large planned demand still requires utility infrastructure and cost allocation. No project lease revenue, incurred capex or utility earnings contribution is established.
Distinct project-specific documents; repeated releases count once. Company claims remain attributed and do not independently establish delivery.
Town of Marana · publication date not established · reviewed 2026-10-08 · event 2026-01-06
Official project page confirms October 2025 applications, December 10 recommendation and January 6, 2026 adopted rezoning. Two adjacent roughly 300-acre parcels form one coordinated campus. Lists landowners and office-only potable-water restriction. Estimates 550–750 MW each parcel; these are proposed electrical demand, not committed service or IT capacity.
Arizona Court of Appeals, Division Two · 2026-09-29 · reviewed 2026-10-08 · event 2026-09-29
Opinion 2 CA-CV 2026-0174, superior case C20261567, affirms judgment rejecting incomplete referendum petitions and attempted committee withdrawal. Identifies Ordinances 2026-002 / 2026-003 adopted January 6, 2026 and Fremont Peak Properties LLC’s purchase contracts. Does not establish construction, service agreements or financing.
Beale Infrastructure · publication date not established · reviewed 2026-10-08
Issuer identifies Luckett Road phased campus, TEP/Trico electricity pathways and planned private infrastructure funding. Construction Q1/Q2 2027 and initial occupancy late 2028/early 2029 are forecasts. Service agreements remain subject to ACC approval; customer and final building count not disclosed.
Original council reporting establishes January 6 rezoning and identifies Fremont Peak Properties as Beale subsidiary. Former internal Jaguar West name is same Luckett campus. Caption year typo does not override actual 2026 meeting date.
Original reporting describes superior-court rejection of petitions and withdrawal request. September appellate opinion provides the later controlling documented milestone.
Reports appellate affirmation. Arizona Chamber participated as amicus; this is stakeholder-affiliated business coverage and is not used as independent corroboration. Primary court opinion supports the outcome.
United States / South Dakota / Sioux Falls — representative locality pin
Readiness
Approved / pre-construction
Status
Preliminary municipal plan approved; tenant, financed buildings and deliverable power unresolved
Capacity & scope
Approximately 164-acre conceptual site; contracted and operating IT MW unknown
Named companies
Gemini Data Center SD LLC; Gemini Capital; Xcel Energy
Next milestone
Named tenant, approved utility agreement, capital commitment and building permits
Reviewed
October 8, 2026
Phase-specific evidence; approximate locality pin. Reviewed October 8, 2026.
The investment takeaway
The first South Dakota entry tracks a credible site-and-entitlement proposal with utility land provenance. It diversifies geographic coverage, but should be evaluated as prospective development, with no delivered AI service established.
Campus identity and roles
The roughly 164-acre site lies south of Rice Street, east of Veterans Parkway and west of Six Mile Road. Gemini Data Center SD LLC / Michael Anvar is the municipal applicant. Gemini develops land; future customers would construct and operate buildings. Xcel is a verified former land seller and potential utility counterparty, not an established commissioned-power provider for this campus.
Project-specific government evidence
The December 16 agenda identifies rezoning 022049-2025 and planning conditions. Signed Resolution 4-26 approves the preliminary Gemini Addition plan on January 6, effective January 30. Its government-origin copy is hosted by the developer; it restricts data-center water to domestic use based on meter size. A subdivision plan is not a building permit or occupancy authorization.
Power, demand and readiness
January original reporting attributes interconnection/study progress and developer-funded substation plans to Gemini. No utility-approved service agreement or committed load was retrieved. The project’s 500 MW example is conceptual, not contracted IT MW. Neither nearby infrastructure nor a land sale establishes available service. No named AI tenant or productive workload is verified.
Economics after incentive rejection
Searchlight’s April reporting says Gemini continued recruiting while evaluating alternatives after rejected state incentives. That company statement supports continued interest, not construction. Potential utility sales and private development returns depend on contracted demand, capital and cost allocation. The land transaction cannot be treated as a utility earnings forecast.
Risks and assessment changes
Tenant recruitment, tax competitiveness, study outcomes, infrastructure costs, water restrictions and final permits are material. Named customer contracts, approved utility terms, financing and site works would improve readiness. A lapse, withdrawal or failure to secure power would weaken it. Applied Digital Toronto and crypto-oriented Leola leads were held rather than used to fill a quota.
Financial significance
Xcel confirms a land sale to Gemini Capital, not contracted utility demand. No verified campus budget, closed financing, leases or earnings contribution is established. Our analysis: entitlement creates a land-development option; economics depend on a customer and infrastructure commitments, especially after the state rejected proposed tax incentives. No numerical return model is justified.
Distinct project-specific documents; repeated releases count once. Company claims remain attributed and do not independently establish delivery.
City of Sioux Falls Council · 2025-12-16 · reviewed 2026-10-08
Official agenda identifies rezoning 022049-2025, applicant Gemini Data Center SD LLC / Michael Anvar and planned data-center use. Recommendation, landscape and equipment screening provisions are planning context; agenda alone does not establish adoption.
City of Sioux Falls — adopted resolution in official minutes · 2026-01-06 · reviewed 2026-10-08 · event 2026-01-06
Official January 6 minutes record adoption of amended Resolution 4-26 approving the preliminary Gemini Addition plan. The resolution limits any proposed data center to domestic water usage determined by meter size. Preliminary-plan approval does not establish a building permit, occupancy authorization or operating campus.
Original developer interview reports late-2023 land acquisition from Xcel, municipal approvals and very early stage without end user or final construction design. Study/substation funding claims are developer statements, not an approved utility service agreement.
Original reporting says Gemini representative continued tenant recruitment despite rejected state tax incentives. Company assertion of unchanged project does not establish construction. Separate Applied Digital Toronto project paused with land agreement lapsing.
Gemini / Sioux Falls Technology Park · publication date not established · reviewed 2026-10-08
Issuer describes approximately 164-acre conceptual campus. Gemini develops land; future end users would construct/operate buildings. Power and tenant arrangements are unresolved. The previously reviewed 500 MW illustration was conceptual, not contracted capacity; that illustration was not visible in the FAQ text retrieved for this audit.
Xcel Energy 2024 annual report · publication date not established · reviewed 2026-10-08
Utility annual-report page explicitly confirms Sioux Falls land sale to Gemini Capital. Report period 2024; publication date not established. No committed campus MW, signed supply terms or utility earnings contribution is established.
United States / California / Santa Clara — representative locality pin
Readiness
Operating
Status
Existing enterprise computing documented; incremental Juliette power allocation authorized and pending
Capacity & scope
Existing 62 MVA utility allocation; planned +17 to 79 MVA no earlier than August 1, 2029; MVA is not IT MW
Named companies
Intel; Silicon Valley Power / City of Santa Clara
Next milestone
Executed agreement, transformer works and conditional incremental power acceptance
Reviewed
October 8, 2026
Phase-specific evidence; approximate locality pin. Reviewed October 8, 2026.
The investment takeaway
Intel has genuine enterprise computing campuses. This first Intel-owned inventory entry diversifies coverage beyond cloud landlords and proposed AI megasites. Its evidence establishes internal computing and a specific power expansion, while the incremental allocation is conditional and undelivered.
One campus, not two buildings
DCD’s original 2019 tour describes D2P3/D2P4 within a converted fab alongside Intel headquarters, serving enterprise IT and chip-design workloads. Intel’s campus page corroborates their identity. The two internal facilities count as one campus at 3750 Juliette Lane; their historical capacities are not newly verified operating load.
Government authorization and power scope
Santa Clara File 25-80 records May 27, 2025 consent approval authorizing the city manager to execute an agreement. The report documents ongoing data-center expansion and existing 62 MVA allocation. Additional 17 MVA reaches 79 MVA no earlier than August 1, 2029, subject to grid expansion and other terms. MVA is apparent-power allocation and cannot be relabeled operating IT MW.
Capital obligations and utility ownership
Intel must pay substation design, procurement, construction, inspection and testing costs, procure the third transformer and pay load-development fees, currently estimated around $10 million. City/SVP handles installation and retains ownership/operation. This official structure is stronger than a generic power pledge, but authorization does not establish execution, procurement or completion.
Historical technology evidence
Intel’s July 2021 fuel-cell white paper describes Santa Clara pilots, including a 2018 5 MW installation. Company-reported resilience and older recycled-water/cooling statistics remain historical. No current Bloom supplier award, GPU fleet or commercial AI tenant is inferred. Intel page build dates do not refresh underlying performance claims.
Risks, catalysts and held second campus
Grid-expansion dependencies, transformer timing and internal capital priorities affect added power. Executed terms, works and delivered allocation would improve expansion confidence. A second Jones Farm/Hillsboro entry is held because precise government evidence for the actual computing facility was insufficient; the separate announced $700 million lab was canceled. Semiconductor fabs and support buildings are not data-center additions.
Financial significance
Intel funds substation expansion and an estimated $10 million load-development fee, separate from unspecified construction costs. Our analysis: this supports internal engineering infrastructure and utility capital requirements, not externally leased hyperscale revenue. No site-level INTC earnings, GPU contract or return model is established. Funding obligations are not verified actual expenditure.
Distinct project-specific documents; repeated releases count once. Company claims remain attributed and do not independently establish delivery.
City of Santa Clara · 2025-05-27 · reviewed 2026-10-08 · event 2025-05-27
File 25-80, created January 7: consent approval May 27 authorizes manager to execute Juliette substation agreement. Existing 62 MVA allocation; planned 17 MVA addition to 79 MVA no earlier than August 1, 2029, conditional on System Expansion Plan and other terms. Intel funds all substation costs plus estimated $10 million load-development fee; SVP owns/operates infrastructure. Authorization does not prove execution or completion.
DatacenterDynamics / Sebastian Moss · 2025-06-04 · reviewed 2026-10-08
Specialist reporting describes utility expansion economics. Its approval-pending wording is superseded by the city’s recorded May 27 vote; neither story proves construction or energization.
DatacenterDynamics / Sebastian Moss · 2019-03-13 · reviewed 2026-10-08
Original site visit/interviews document operating converted D2 fab and enterprise/chip-design computing. Historical 31 MW D2P3 and 5 MW D2P4 capacities are 2019 reported figures, not verified current load or separate campuses.
Operator white paper describes Santa Clara fuel-cell pilots including 2018 5 MW installation and later configurations. Historical company resilience claims do not establish current fleet, supplier contracts or Bangalore deployment at this campus.
Intel Explore Mission Campus · publication date not established · reviewed 2026-10-08
Primary campus page identifies D2P3/D2P4 and historical recycled-water/cooling practices. Metrics date to 2013–17; site build footer is not evidence of refreshed performance or current readiness.
Nebius / Mega DC Modi’in — Israel national AI computing
FJ Intelligence evidence check · October 13, 2026
Scoped review of dated disclosures; issuer forecasts and reported service are separate from measured utilization, paid spending and investment returns.
Operating service versus funded demand
January authority confirmation establishes operating computing service. The earlier tender award describes projected NIS 500 million-plus investment including NIS 160 million public support; actual payment remains unverified. Globes distinguishes the reported 8 MW existing site from a 16 MW future expansion. No expanded delivery is inferred.
Voucher availability is not usage
The voucher call describes a 1,000-B200 monthly resource framework and later utilization windows. Its header and detailed schedule need reconciliation before relying on a deadline. An application calendar is not an award list, accelerator-hour usage or recognized revenue. No public usage/disbursement report was verified in this pass.
Company economics
Nebius (NBIS) operates the cloud; Mega DC supplies physical hosting, and NVIDIA (NVDA) computing/networking is identified by the operator. Our analysis: subsidy can support demand development, but usage, hardware utilization, power costs and grants must be verified before estimating returns. The national allocation does not equal the entire commercial deployment.
AI computing operation confirmed by authority January 18, 2026; current voucher program active; measured utilization unknown
Capacity & scope
Reported 8 MW colocation agreement; operating IT MW unverified. Government program allocation: 1,000 B200 accelerators; wider commercial deployment separate.
Named companies
Nebius; Mega Or / Mega DC; NVIDIA; Israel Innovation Authority
Next milestone
Published usage/award results, power-service documentation and separately verified expansion delivery
Reviewed
October 8, 2026
Phase-specific evidence; approximate locality pin. Reviewed October 8, 2026.
The investment takeaway
Our analysis: this first Israeli entry adds delivered AI computing with a specific government customer-access program, rather than an unbuilt megacampus. Public support creates a pathway for local research demand, while commercial viability still depends on utilization, pricing, hardware costs and reliable hosting. No recommendation to buy the associated stocks follows from project inclusion.
One campus and a defined geography
Nebius’s October 20, 2025 announcement locates its AI Cloud in a Modi’in colocation facility. Globes identifies the national supercomputer within the existing 8 MW site; Calcalist describes the earlier Mega DC agreement. The public allocation and wider commercial deployment count once. Separate Beit Shemesh and Masmiyya campuses are excluded from this entry. Israel is country-level geography in Asia / Eastern Mediterranean, not a European subregion.
Government verification and actual operation
The Israel Innovation Authority’s May 14 award selected Nebius and described proposed investment/support. Its January 18, 2026 disclosure explicitly says the computing infrastructure is live and operational. The current voucher call continues to identify Nebius as provider. These are project-specific official records, but not site-construction permits, occupancy inspections or audited utilization. No tender identifier was established from the opened pages.
Compute scope and power limitations
The authority’s 1,000 B200 allocation is the subsidized-access portion, not a separate building. Nebius’s wider 4,000 HGX B200 deployment description uses a different scope and hardware wording; no cross-source reconciliation into measured installed load is asserted. Business reporting describes an 8 MW agreement. The utility provider, tariff, power allocation and current measured IT MW were not independently established. Do not equate GPUs, contracted colocation capacity and operating electrical load.
Company economic roles
Nebius (NASDAQ:NBIS) operates AI cloud and provides national-program access. Mega Or’s Mega DC supplies physical data-center services; its precise ownership/lease economics are not a verified campus earnings breakout. NVIDIA (NASDAQ:NVDA) is the disclosed hardware/networking participant, with no inferred order value or recognized revenue. The Innovation Authority administers support/access. Dutch corporate domicile does not change the Israeli campus location.
Demand, funding and allocation conditions
The official voucher program separates industry and academic access, eligibility, committee approval and discounted prices. Application windows through 2026/2027 establish an administrative process, not GPU occupancy, named customers or completed awards. Government support and estimated investment are not the same as financing close or disbursed funds. The national program can be relevant to demand without guaranteeing all capacity is paid for or utilized.
Risks and what changes the assessment
Our analysis: hardware depreciation, market-price competition, access-program dependence, hosting costs, utility reliability and regional disruption are material. Recipient awards, measured productive use, executed power terms and realized site economics would strengthen confidence. Changes in support, service interruption or weak utilization would weaken it. Expansion must have separate dated commissioning evidence; silence or elapsed forecasts never establishes delivery.
Source basis and unknowns
Seven distinct accessible documents were reviewed October 8, 2026, including three project-specific government-authority documents, operator disclosure and original independent business reporting. Issuer statements remain attributed; same-agency documents are not independent corroboration. The official award’s language versions count once. Government procurement/access evidence establishes official actions and operation; missing permit/utility identifiers and current measured load remain explicit unknowns.
Financial significance
Government’s May 2025 award projects investment exceeding NIS500 million including NIS160 million support; actual disbursement and full spending are not established. CTech reports expected NIS35 million annual NOI for the earlier Modi’in facility agreement; this is a forecast attributed to commercial disclosures, not realized earnings. Our analysis: subsidized demand may support local adoption, while Nebius bears hardware/cloud delivery economics and Mega DC provides physical hosting. No site-level cash flow, profit or investment return is modeled.
Project-specific government authority confirms Nebius national-supercomputer infrastructure is live and operational, opening subsidized-access allocation. Describes 1,000 B200 accelerators and 70% industry / 30% research allocation. This confirms computing service, not a comprehensive site permit or measured utilization.
Government tender-award disclosure selects Nebius for national computing infrastructure, with projected investment exceeding NIS500 million including NIS160 million government support. Award and support amounts are not proof of cash disbursement or incurred expenditure. English/Hebrew versions are one underlying document.
Israel Innovation Authority · publication date not established · reviewed 2026-10-08
Current official voucher call identifies Nebius as operator and a 1,000-B200 monthly allocation framework; 30% industry and 80% academic price discounts subject to eligibility and committee approval. Open date January 1 is not publication date. Detailed future application windows are not actual utilization or recipient awards.
Operator announces AI Cloud deployment at a Modiin colocation facility using NVIDIA Blackwell infrastructure. Its 4,000 HGX B200 wording describes the wider deployment and is not the government’s 1,000-accelerator allocation or audited present hardware utilization. Location and deployment claims attributed to company.
Original business reporting, including Nebius confirmation and attempted Mega Or inquiry, identifies existing 8 MW Modi’in site hosting the national supercomputer. Describes wider expansion separately. Capacity is reported commercial scope, not measured IT load; future additional 16 MW is not current delivered load.
Calcalist CTech / Meir Orbach · 2025-05-14 · reviewed 2026-10-08
Original interview with authority CEO supports competitive award, Blackwell plan and projected funding. Historical early2026 operating forecast is superseded by January 2026 authority confirmation. Interview is independent journalism, but award figures originate with authority, not an independent spending audit.
Business reporting describes Mega DC’s earlier 8 MW Modi’in agreement and reported September operation. Expected NIS35 million annual facility NOI is a company forecast; separate Masmiyya/Beit Shemesh 80 MW deal, $880 million construction estimate and NIS300 million NOI do not belong to this campus.
United States / Colorado / Parker — approximate locality pin
Readiness
Under construction
Status
Construction documented by Parker in April and PBS in June 2026; energization and completion unverified
Capacity & scope
Planned 22.5 MW; 249,000 square feet; not delivered operating IT load
Named companies
Flexential; CORE Electric Cooperative; Westside Investment Partners
Next milestone
Reconcile delivery forecast, utility energization, occupancy and first customer service
Reviewed
October 8, 2026
Phase-specific evidence; approximate locality pin. Reviewed October 8, 2026.
The investment takeaway
Our analysis: Parker fills a Denver-area coverage gap with a distinct private operator and utility-backed supply plan. Construction evidence is stronger than an announcement, but it does not establish productive capacity or revenue.
Campus boundary and company roles
This is Flexential’s fifth Denver-area facility at Compark Boulevard and South Chambers Road in Parker, separate from its Englewood, Centennial, Aurora and downtown facilities. Flexential develops/operates; CORE supplies planned electricity; Westside helped secure zoning. No project-specific public ticker or equipment/customer contract is inferred.
Power, cooling and readiness
CORE says it will provide 22.5 MW from available capacity. This is a supplier statement, not utility acceptance. PBS describes town-confirmed dry closed-loop cooling and concerns about noise and resources; measured operational performance remains unknown.
Government record and milestones
Parker’s April 13, 2026 notice confirms construction. PBS reports February 2024 rezoning, but an accessible adopted ordinance and permit suite were not independently retrieved. The 2024 company target was 2026; June 2026 PBS reporting expects January 2027. Both are forecasts, and the change requires reconciliation.
Demand and financial significance
No Parker tenant or GPU deployment is established. Company platform-wide customer relationships cannot be assigned to this campus. Contracted demand, utility acceptance and customer service are the bridge from construction spending to recurring revenue.
Risks and assessment changes
Delivery slippage, lease-up, power costs, noise and community concerns are key. Dated occupancy, energization and contracted customers would strengthen readiness; documented delays or revised service constraints would weaken it.
Financial significance
PBS reports a $192 million facility; no project-specific financing close verified. CORE identifies planned supply, but price, minimum billing, infrastructure cost allocation and acceptance date are undisclosed. Westside representative forecasts 30–50 jobs and $1.5–1.7 million annual town franchise-fee revenue; these are attributed forecasts, not operator earnings. Our analysis: revenue conversion depends on commissioned, occupied capacity, not footprint or utility availability alone.
Distinct project-specific documents; repeated releases count once. Company claims remain attributed and do not independently establish delivery.
Town of Parker · 2026-04-13 · reviewed 2026-10-08
Town notice states Flexential is under construction in the Compark area of north Parker. It is a public-information notice, not a building permit, occupancy certificate or energization record.
Original disclosure plans a 249,000-square-foot, 22.5 MW facility on over 17 acres, supplied by CORE. Original 2026 opening target is not completion. Platform-wide CoreWeave/Applied Digital relationships do not establish Parker customers.
CORE Electric Cooperative · publication date not established · reviewed 2026-10-08
Utility says it will provide 22.5 MW from available capacity and describes collaboration with Parker, Westside Partners and Flexential. Page displays May 20 without a verified year in retrieved text. Future supply statement is not executed tariff/service terms or energization. Joint announcement is not independent journalism.
Original site reporting documents construction, February 2024 Compark Village Sixth Amendment zoning and community concerns. Reports $192 million project cost and January 2027 completion expectation; those are reported project figures/forecast, not closed financing or completion. Westside representative employment and franchise-fee forecasts remain attributed.
First-building utility/customer acceptance; separate approvals for future buildings
Reviewed
October 8, 2026
Phase-specific evidence; approximate locality pin. Reviewed October 8, 2026.
The investment takeaway
Our analysis: DE3 connects public American Tower exposure with private Stonepeak capital and Denver interconnection demand. The first building and the broader 60 MW development have materially different delivery and regulatory risks.
One new campus, separate from downtown assets
DE3 at 4900 Race Street is distinct from CoreSite DE1 at 910 15th Street and DE2 at 639 East 18th Avenue. Proposed dark-fiber connections link the ecosystem, but do not make separate downtown buildings phases of this campus. Count the Race Street development once.
Capacity and construction milestones
DCD reports an 18 MW first building; CoreSite’s October 6, 2025 disclosure reports topping out and a 2026 availability target. Approximately 600,000 square feet / 60 critical MW describes the full future campus. Topping out is not commissioning or customer acceptance. Published floor-area descriptions vary; keep figures attributed and phase-specific.
Government record and expansion risk
Denver File 24-1084 proposes an up-to-$9 million revenue-return agreement through June 30, 2039, but the official status is tabled with no final action. It is not proof of granted incentives or building authorization. Gazette reporting says existing DE3 construction is unaffected by the May 2026 moratorium while two future buildings face new regulations.
Company economic roles and revenue bridge
CoreSite is the disclosed operator; American Tower is its public parent. Stonepeak is the announced majority development-equity participant. No site-specific GPU supplier, named AI tenant or project return is verified. Our analysis: leasing, delivered power and customer acceptance determine income conversion.
Risks and what would change the assessment
Future-building permitting, cooling-water concerns, community opposition, tenant demand and delivery costs matter. First-building commissioning and occupied service would strengthen readiness. Future approvals must be verified independently; no 60 MW operating assumption is justified.
Financial significance
DCD reports expected 85% Stonepeak and 15% CoreSite equity in the announced development JV, estimated first-building cost over $250 million, delivered in three 6 MW phases. These are disclosed deal structure and estimates, not independently verified funding close or actual spend. AMT economic exposure is through CoreSite; site-level earnings undisclosed. Denver’s up-to-$9 million incentive proposal is tabled, not verified awarded.
Distinct project-specific documents; repeated releases count once. Company claims remain attributed and do not independently establish delivery.
City and County of Denver · publication date not established · reviewed 2026-10-08
File 24-1084, created August 16, 2024, proposes CoreSite LP revenue-return agreement up to $9 million through June 30, 2039 (OEDEV-202475137). Status tabled; final action blank. Postponements August 28 and October 2 do not establish approved incentives or construction authorization.
Company reports topping out DE3 at 4900 Race Street, a planned 180,000-square-foot facility targeting 2026 availability. Broader campus approximately 600,000 square feet / 60 critical MW is a future envelope. First building is separate from downtown DE1/DE2.
Reports announced Stonepeak/CoreSite JV: expected 85%/15% equity, first DE3 facility 18 MW in three 6 MW phases, estimated development cost over $250 million. Based substantially on issuer announcement; not independent verification of financing close, spend or current ownership changes.
Original council reporting, updated May 20, says existing DE3 construction is unaffected by the new moratorium while future two buildings face regulations. Covers community objections. Caption dimensions differ from company figures; neither implies delivered IT capacity. No approved $9 million incentive established.
CoreSite’s current project page targets late-2026 operation and names Xcel Energy as the power provider. It attributes nearly $743,000 to historical soil cleanup at 4900 Race Street; the spending date and independently verified paid amount are unavailable. This is not the full DE3 budget or a new October spending event. The current 170,000-square-foot description differs from the October 2025 180,000-square-foot announcement; no comparable scope reconciliation or delivery variance is established.
Direct state generator-permit decision, campus-phase occupancy and utility acceptance
Reviewed
October 8, 2026
Phase-specific evidence; approximate locality pin. Reviewed October 8, 2026.
The investment takeaway
Our analysis: Aurora DEN1 is a strategically important hyperscale omission from Denver-area coverage. Blackstone ownership provides a public investment connection, but planned campus capacity does not establish present revenue or AI compute delivered.
Campus boundary and historical plans
This entry covers QTS Denver 1 at 1160 N Gun Club Road and associated campus development. DCD identifies a former JPMorgan site at the address. Existing facility, redevelopment and buildout are one campus entry; none is counted as a separate project. Aurora, Colorado is not Aurora, Illinois.
Capacity, power and cooling
QTS currently markets planned 160 MW+ critical capacity across 65 acres. Historical 2022 figures were 177 MW / 67 acres. No executed electricity supply terms or measured operating IT load was verified. CPR reports closed-loop cooling and quotes an Aurora Water official’s approximately 2,400 gallons daily at that time; not full-build water demand.
Government record: limited verified scope
Aurora’s public index at 1164 N Gun Club Road identifies DEN1 DC1 guard-shack plans, a building-permit index and guard-booth occupancy record B1982975 released July 3, 2024. The underlying occupancy PDF was inaccessible. Release dates are not issuance dates. Guard-booth records cannot establish campus operating authorization.
Construction and air-permit reporting
CPR’s July 8, 2026 reporting observes phased site activity and reports a July 2025 application for 98 additional diesel generators beyond 40 installed. The direct state permit and decision were not retrieved, so approval remains unverified. Generator nameplate ratings are not IT MW. A completed shell is not customer service.
Company roles and risks
QTS develops and operates; Blackstone is owner. Named AI customers, lenders and suppliers are not inferred. Air permitting, noise, grid delivery, phase sequencing and tenant acceptance affect economics. Direct issued permits, utility acceptance and dated productive service would improve readiness; adverse conditions or delays would weaken it.
Financial significance
The campus is a QTS development within Blackstone ownership. No project budget, debt closing, leases, site revenue or Blackstone earnings contribution was verified. Historical 177 MW / 67-acre marketing differs from current 160 MW+ / 65-acre disclosure; do not add them or interpret the difference as verified cancellation. Our analysis: phased delivery and regulatory compliance determine when planned capacity becomes billable service.
Distinct project-specific documents; repeated releases count once. Company claims remain attributed and do not independently establish delivery.
City of Aurora · publication date not established · reviewed 2026-10-08
Government index at 1164 N Gun Club Road identifies QTS DEN1 DC1 guard-shack plans B1911699–B1911701 released November 7, 2023, building permit B1911702 and guard-booth occupancy index B1982975 released July 3, 2024. Underlying occupancy PDF inaccessible. Index establishes listed records only; release date is not actual issuance date, and guard-booth occupancy is not campus occupancy.
QTS Data Centers · publication date not established · reviewed 2026-10-08
Current operator page identifies Denver 1 at 1160 N Gun Club Road, Aurora, and planned 160 MW+ critical capacity across 65 owned acres. These are company plans, not delivered IT MW; current tenant and operating capacity unestablished.
Colorado Public Radio · 2026-07-08 · reviewed 2026-10-08
Original site reporting updated July 8 documents June 16 construction: one building described complete, another nearly finished, third footprint being prepared. Reports July 2025 air-permit amendment proposing 98 additional generators beyond 40 installed. Permit approval not verified from direct state record. Aurora Water official reports about 2,400 gallons daily; not a forecast for fully built campus.
Independent discovery of newly listed Denver campus; historical operator plan 177 MW / 67 acres. Current operator 160 MW+ / 65 acres supersedes these planning figures. Reporter notes former JPMorgan site; old facility and current redevelopment are one campus here, not two entries.
Verify current lease-up, delivered high-density deployments and incremental power terms
Reviewed
October 8, 2026
Phase-specific evidence; approximate locality pin. Reviewed October 8, 2026.
The investment takeaway
Our analysis: Centennial adds an operating private colocation campus to Denver coverage, broadening readiness beyond construction and proposals. Existing infrastructure may shorten time to customer deployment, but the evidence does not prove AI tenant utilization or returns.
One campus with two buildings
DEN2 at 6900 South Peoria Street and DEN5 at 6961 South Quentin Street form the shared Centennial Campus. DataBank’s acquired DEN5 building conversion is an expansion of that campus, not a second campus. Because neither was already listed, this publication adds one combined inventory entry.
Opening and government evidence
City of Centennial’s April 4, 2025 business bulletin states DEN5 opened the previous fall. DataBank’s September 4, 2024 announcement scheduled the opening event for October 3. The city record corroborates opening, but does not substitute for an occupancy certificate, environmental permit or customer acceptance.
Capacity and power scope
Current company materials list DEN5 16 MW critical IT capacity / 56,000 IT square feet, and DEN2 4 MW / 31,510 IT square feet. Older disclosures described different floor-area and capacity plans. Current scope stays attributed. DataBank identifies an Xcel off-site substation; delivered service volumes and contractual terms remain unverified.
Company roles and AI relevance
DataBank owns/develops and operates the campus. Xcel is the company-identified electricity infrastructure provider. High-density and hyperscale marketing supports infrastructure relevance; no named AI tenant or accelerator fleet is verified. No GPU, cooling-vendor or lender award is inferred.
Risks and what would change the assessment
Lease-up, high-density retrofit economics, power availability and customer concentration drive potential returns. Dated AI customer deployments and measured utilization would strengthen the investment connection. Constraints, unoccupied capacity or costly upgrades would weaken it. No occupancy percentage or revenue forecast is invented.
Financial significance
Operator lists DEN5 16 MW and DEN2 4 MW critical IT capacity within one campus. This is design/available capacity, not metered utilization or revenue. No campus acquisition price, project financing close, occupancy, lease yield or margin was verified. Xcel service association is company-reported; no incremental utility earnings assigned. Our analysis: an opened facility offers nearer-term lease-up relevance than a proposed megacampus, while AI customer exposure remains unproven.
Distinct project-specific documents; repeated releases count once. Company claims remain attributed and do not independently establish delivery.
City of Centennial Economic Development · 2025-04-04 · reviewed 2026-10-08
Government business bulletin states DEN5 at 6961 S Quentin Street opened the previous fall. This establishes city acknowledgment of opening, not a permit/inspection certificate, occupancy level, delivered MW or named AI customer.
Original acquisition disclosure identifies 6961 S Quentin Street as future DEN5 adjacent to DEN2. Historical initial 6 MW plan is not current operating load; no project debt or customer award established.
Announces October 3, 2024 grand-opening event and 16 MW critical IT capacity. Announcement alone is not event completion; later city bulletin supports opening. Historical 75,000-square-foot description differs in scope from current 56,000 IT square feet.
DataBank · publication date not established · reviewed 2026-10-08
Current operator page lists DEN2 4 MW and DEN5 16 MW critical IT capacity and 56,000 IT square feet for DEN5; shared 11-acre campus and Xcel off-site substation. Company capacity is not measured utilization or tenant-accepted load.
Reports purchase of formerly leased DEN2 and integration with adjacent DEN5 conversion into one campus. Historical 15 MW full DEN5 plan superseded by current 16 MW company figure. Article substantially draws on company statements; same underlying disclosures not independent corroboration.
First-hall commissioning and utility acceptance; reconcile capacity and delivery targets; verify incentive conditions and expansion approvals
Reviewed
October 8, 2026
Phase-specific evidence; approximate locality pin. Reviewed October 8, 2026.
The investment takeaway
Our analysis: VA1 adds a large private hyperscale development in Caroline County, extending Virginia coverage beyond the Ashburn cluster and Richmond. Its investment relevance rests on staged delivery and leasing economics. The company’s 900 MW envelope is a long-term plan, not productive computing today. No named hyperscaler tenant, GPU order or project earnings are verified.
One campus, several versions of the plan
This profile covers the former Virginia Bazaar site near Interstate 95 Exit 110 and its connected VA1 expansion. CleanArc’s October 7, 2025 purchase of 87.5 additional acres expanded the planned campus; it is not a separate inventory addition. County scope, company land descriptions and local acreage reports differ. We retain the boundaries and dates rather than combining all reported capacity figures.
Government action and its limits
Caroline County records August 12, 2025 approval of a performance agreement with CADC VA-1 LLC, which it explicitly links to CleanArc. The original agreement scope describes three buildings and possible adjacent buildings requiring further approval. The county explains grandfathered industrial land use. These records support an official economic-development action, not blanket authorization for every later phase or proof of occupancy.
Power arrangements and conflicting delivery targets
The undated operator page says an agreement with Rappahannock Electric Cooperative covers building a first 300 MW substation. It also retains a 200 MW Q3 2026 target. Later dated disclosures instead forecast first 300 MW in Q1 2027, followed by tranches in 2030 and 2033–2035. The page conflict is unresolved; elapsed targets do not prove service. A construction agreement is not an energization record, and planned grid MW is not IT load.
What construction evidence establishes
CleanArc and the state announced a November 20, 2025 groundbreaking. DCD covered that announcement, while subsequent local reporting described preliminary work underway. We classify the campus under construction on that dated basis. We did not verify commissioning, a current occupied hall or delivered customer workloads. Groundbreaking supports development activity and cannot establish the completion of the whole campus.
Incentives and the revenue bridge
County grants are linked to future taxes and building milestones. Its stated September 30, 2027 first-hall operating condition is an incentive deadline, not a guaranteed opening. County fiscal forecasts and the developer’s investment estimates cannot establish operator cash flow. Our analysis: the key bridge is from privately funded construction to accepted electrical service, signed leases and rent commencement.
Risks and what would change the assessment
Delivery slippage, grid constraints, expansion conditions, leasing demand and capital costs can affect returns. A dated utility acceptance record, occupancy authorization, funded phase budget and signed tenant commencement would strengthen readiness. Revised capacity, delayed power or adverse permit conditions would weaken it. No cancellation is inferred from a stale page, and no national supply agreement is assigned to this campus without evidence.
Financial significance
Virginia’s November 2025 announcement describes a $3 billion planned project investment. Earlier local coverage cites $8.8 billion for broader buildout; the amounts are not interchangeable and neither is verified spent or financed. CleanArc names Snowhawk as majority investor and Nuveen/Townsend as minority investors; equity commitments, debt closing, ownership percentages and site returns remain undisclosed. Our analysis: rent requires completed, powered and accepted halls; tax rebates create conditional benefits rather than current revenue.
Distinct project-specific documents; repeated releases count once. Company claims remain attributed and do not independently establish delivery.
Caroline County Board of Supervisors · publication date not established · reviewed 2026-10-08
County statement documents August 12, 2025 approval of a performance agreement with CADC VA-1 LLC, verified CleanArc subsidiary; three-building original scope, conditional adjacent buildings, tax-rebate structure and September 30, 2027 first-hall incentive condition. This is an economic-development agreement, not an occupancy or energization certificate.
Company reports groundbreaking and 900 MW planned grid capacity, staged first 300 MW in Q1 2027, next 300 MW in 2030 and another 300 MW in 2033–2035. Names Snowhawk majority investor and Nuveen/Townsend minority investors; no financing close or customer acceptance established.
Separate land-acquisition disclosure reports 87.5 acres added to expand VA1 from an earlier 600 MW plan to 900 MW. Count as one campus, not a new standalone project or 1.5 GW combined total.
CleanArc · publication date not established · reviewed 2026-10-08
Undated campus page still advertises 600 MW+ and up to 200 MW in Q3 2026, conflicting with later dated disclosures. It says Rappahannock Electric Cooperative agreement covers construction of a first 300 MW substation. Neither an elapsed target nor a construction agreement proves energization.
Specialist coverage identifies VA1 at the former Virginia Bazaar site and discusses staged 900 MW development and investor ownership. Groundbreaking and capacity coverage substantially relies on the company announcement; not independent confirmation of operating load or funding close.
Local civic reporting describes the August agreement, dissenting board vote, incentives and grandfathered land use. Reported $8.8 billion full-buildout investment differs in scope from the later $3 billion announcement; neither establishes actual spend.
Local business roundup reports preliminary work underway and the prior week’s groundbreaking. Its 605-acre description differs from county and company descriptions; parcel precision and complete current built scope are not established.
Virginia Economic Development Partnership · 2025-11-20 · reviewed 2026-10-08
State economic-development announcement reports $3 billion planned investment and official groundbreaking. Page last updated September 8, 2026; update date does not establish a new construction milestone. Announcement is not independent financing evidence.
Campus/colocated generation energization, phase permits and occupancy, reconciled building scope, verified productive service
Reviewed
October 8, 2026
Phase-specific evidence; approximate locality pin. Reviewed October 8, 2026.
The investment takeaway
Our analysis: Wilbarger adds a distinct Google campus and an integrated energy-services model to Texas coverage. The key investor relationship joins Alphabet’s infrastructure demand with AES generation and energy management. Signed agreements and a legal occupant record provide stronger commercial context than an anonymous construction lead. They do not establish deployed AI systems or project returns.
Government records resolve the project identity
The Texas Comptroller’s readable certification table names Rise Data Center and Google LLC as occupant, alongside Platon Investments LLC as owner and Design LLC and Google Energy LLC as registered operators. Certification is effective August 10, 2026. The role labels concern tax registration; they are not a complete operating-company chart. TDLR registers Rise buildings on FM 2897 South in Wilbarger County.
One campus, separate building registrations
Rise 1A and Rise 2A each list 991,000 square feet and a $500 million estimated cost, with the same applicant construction window. We count them together as one campus and retain separate phase records. The first filing spells the owner Planton, while the second and Comptroller table use Platon. Address or spelling similarities alone would not prove Google ownership; the occupant certification provides the verified linkage.
Power contracts and their boundaries
AES’s February 24, 2026 disclosure says the parties signed 20-year power-purchase agreements and an energy-management arrangement. AES plans to own and operate colocated generation and provide related electricity services. It reports securing land and interconnection arrangements, but those statements do not prove commissioned plants. Reuters independently reported the deal. No contracted campus MW, power price or guaranteed start date is established.
Construction, cooling and readiness
Google called the campus under construction on February 24, 2026. That supports an attributed construction classification; TDLR’s later status is only Project Registered. The filed March 31, 2028 end date is an applicant schedule, not a verified completion date. Google describes advanced air cooling with water for essential campus uses. We did not verify measured water use, delivered power or productive workloads.
Capacity and wider corporate exposure
Google’s statewide contracted energy portfolio and AES’s multi-customer generation portfolio are not campus capacity. This entry is geographically separate from Google Midlothian and other announced Texas locations. No GPU order or vendor award is inferred. AES shareholder approval of a proposed take-private is a corporate milestone, not a closed acquisition or funding for this campus; closing remains subject to conditions in the reviewed disclosure.
Risks and what would change the assessment
Generation and computing schedules must align. Interconnection constraints, construction revisions, funding costs, environmental conditions and contract execution can affect delivery. Issued phase permits, actual utility acceptance, generation commissioning and dated computing service would strengthen readiness. Revised scope, delayed power or adverse conditions would weaken it. The unknowns are retained instead of converting projected building area into IT load.
Financial significance
TDLR lists a $500 million applicant estimate for each of Rise 1A and 2A. These are registration estimates, not closed financing or verified spend; potential scope overlap prevents a verified $1 billion total. Google’s statewide investment commitments are not a Wilbarger budget. AES describes long-term power and service arrangements without project price or earnings. Our analysis: campus delivery and generation acceptance determine when commitments can produce computing benefits and energy-service cash flow.
Distinct project-specific documents; repeated releases count once. Company claims remain attributed and do not independently establish delivery.
Texas Comptroller of Public Accounts · publication date not established · reviewed 2026-10-08
Directly read state certification table lists Rise Data Center effective August 10, 2026: Platon Investments LLC owner LD107696-OW1; Google LLC occupant LD107696-OC1; Design LLC and Google Energy LLC operators LD107696-OP1/OP2. Establishes legal role linkage and tax certification, not completion or operating authority.
Texas Department of Licensing and Regulation · 2026-07-15 · reviewed 2026-10-08
Rise 2A accessibility registration names Platon Investments LLC, FM 2897 South, Wilbarger County. Applicant reports 991,000 square feet, $500 million estimate and March 31, 2026–March 31, 2028 schedule. Status Project Registered; not building permission, actual spend or completion.
Texas Department of Licensing and Regulation · 2026-07-11 · reviewed 2026-10-08
Project Rise 1A separately registered with same filed area, cost and schedule; owner spelled Planton versus Platon in the other record. Do not treat this spelling as a separate company or sum potentially overlapping estimates into a verified total.
Company describes Wilbarger data center under construction, advanced air cooling, and colocated AES clean power. Its 7,800 MW contracted Texas energy portfolio is statewide, not this campus capacity. Announcement does not establish energized IT load.
Original issuer disclosure announces 20-year PPAs and long-term energy management; AES says land/interconnection agreements secured and plans shared infrastructure and ownership/operation of generation. One underlying release, not independent reporting; price, dedicated MW and financing close unverified.
Accessible original business reporting covers the signed 20-year AES/Google supply deal and shared infrastructure. AES portfolio totals are not assigned to the campus; corporate statements remain attributed, not independently verified delivery.
Specialist reporting distinguishes new Wilbarger campus from Midlothian, Red Oak, Armstrong and Haskell. Covers generation and energy-management roles, largely from issuer disclosures; no opening date or campus IT MW established.
Shareholders approved proposed take-private transaction; closing expected late 2026 or early 2027 subject to approvals. Not a completed ownership change or Wilbarger project-financing transaction.
Phase financing, final environmental/land approvals, incremental power, tenant acceptance and rent commencement
Reviewed
October 8, 2026
Phase-specific evidence; approximate locality pin. Reviewed October 8, 2026.
The investment takeaway
Our analysis: Niagara Falls links an industrial-site conversion to a named AI cloud tenant rather than an anonymous proposal. CoreWeave’s signed lease establishes commercial commitment, but the investable question is how funded development becomes accepted computing capacity. Existing infrastructure can shorten some development work; that is an analytical possibility, not a verified delivery advantage. The project adds a distinct Western New York campus outside Buffalo’s already-covered Empire AI site.
Identity and the official record
DEC’s April 10, 2024 notice names North East Data / Blockfusion and 5380 Frontier Avenue. The SEC-filed lease names the same landlord and CoreWeave at 5380–5384 Frontier Avenue. Together they establish campus identity. The older government record concerns draft environmental scoping for digital-asset mining and a proposed high-energy overlay district. It cannot establish approval for the later AI conversion or every adjoining parcel. Source 1 → · Source 2 →
What the signed agreement changes
The lease document is dated September 4, 2026; the issuer announced it September 16 and DCD reported it September 18. It supersedes the earlier non-binding customer letter of intent. The announced initial term is 15 years, with two five-year tenant renewal options. Lease execution is a commercial milestone. No reviewed acceptance certificate or operating report establishes that CoreWeave has started productive AI service here. Source 2 → · Source 3 →
Capacity must follow the conditions
The September presentation separates 35 MW in the executed lease from another 50 MW under a companion expansion arrangement requiring additional power and conditions. Its 300 MW framework is longer-term upside. Management reports an existing energized 50 MW facility; that is legacy electrical infrastructure, not commissioned AI IT load. None of these numbers should be added together into a larger operating campus figure. Source 4 →
Companies and capital
Blockfusion develops the site through North East Data; CoreWeave is the tenant. Blue Acquisition is the public SPAC party to a proposed combination. A future BDI listing remains conditional in the reviewed disclosure. No completed business combination is asserted. Modelled proceeds, debt and construction spending are financing assumptions, not a verified funded phase budget. No chip vendor or construction supplier contract is inferred. Source 3 → · Source 4 →
Readiness and permitting risk
We classify the AI conversion as proposed/development while acknowledging the pre-existing facility. Executive Order 62 holds qualifying incomplete DEC applications pending a statewide environmental study and excludes local permissions. A mayor’s supportive quote in an issuer release does not establish an exemption or permit. Current conversion approvals and the order’s project-specific effect remain unresolved. Source 1 → · Source 6 →
What would change the assessment
A funded phase budget, final approvals, dated utility acceptance and tenant commencement would strengthen readiness. A failed financing, adverse permit condition, delayed power or unactivated expansion would weaken the revenue case. Renewal options remain tenant choices. This is one campus encompassing the conversion and conditional expansion; neither the rename nor additional phase creates a second inventory entry.
Financial significance
Company presentation models about $2.8 billion revenue across 85 MW over initial terms and about $5.4 billion only with renewals. These are unaudited conditional forecasts, not current earnings or secured cash. Our analysis: rent depends on conversion, power and tenant acceptance. Contract-specific prices and actual phase returns remain unverified.
Distinct project-specific documents; repeated releases count once. Company claims remain attributed and do not independently establish delivery.
New York State DEC Environmental Notice Bulletin · 2024-04-10
Official draft-scope availability notice identifies North East Data / Blockfusion at 5380 Frontier Avenue and Niagara Falls City Council as lead agency. The historical digital-asset mining proposal sought a High Energy Use overlay rezoning; no final approval or current AI authorization established.
North East Data / CoreWeave — SEC-filed lease · publication date not established
Exhibit 10.51 lease dated September 4, 2026 identifies North East Data landlord, CoreWeave tenant and 5380–5384 Frontier Avenue. Executed contract evidence is stronger than June LOI; redacted commercial details and phase commencement cannot establish current customer service.
Issuer announcement reports definitive anchor lease plus expansion agreement, 15-year initial term and two five-year options. Proposed Blue Acquisition (BACC) combination and future BDI listing remain conditional; no completed merger established.
Blockfusion — September investor presentation in SEC Exhibit 99.1 · publication date not established
Company distinguishes 35 MW executed lease from 50 MW expansion subject to additional power and conditions; 300 MW is a framework. It reports 50 MW existing energized capacity, which is not AI delivery. Revenue forecasts are unaudited and assume expansion, financing and transition.
Specialist reporting covers conversion of former cryptomining campus and the definitive CoreWeave agreement. Coverage relies substantially on issuer disclosures; it does not independently verify commissioning or forecast revenue.
New York Governor — Executive Order 62 · 2026-07-14
Statewide context: holds qualifying incomplete DEC discretionary applications in abeyance until the GEIS report/findings. Definition includes facilities capable of consuming 50 MW or more; local permissions excluded. This is not a project-specific exemption or a blanket construction prohibition.
United States / New York / Town of Alabama / Genesee County — approximate locality pin
Readiness
Proposed / development
Status
Revised proposal under site-plan/environmental and incentive review; final campus authorization and customer service not verified
Capacity & scope
Proposed ~500 MW campus / 2.2 million square feet; 600 MW STAMP-wide planning capacity is not delivered campus load
Named companies
Stream Data Centers; STREAM U.S. Data Centers LLC; Apollo-managed funds; Principal Asset Management; Plug Power; GCEDC
Next milestone
Final SEQR/site-plan and incentive decisions; Gateway second closing and utility energization
Reviewed
October 8, 2026
Phase-specific evidence; approximate locality pin. Reviewed October 8, 2026.
The investment takeaway
Our analysis: STAMP is an unusually large development and incentive proposal tied to a private operating platform with institutional fund backing. Its significance comes from planned computing scale, electric infrastructure and public cost allocation. Platform capital does not prove that this particular campus is funded. The entry adds Genesee County and a different operator to New York coverage without turning an earlier withdrawn plan into a second campus.
One campus with a revised application
DCD identifies Project Double Reed as Stream’s STAMP development and reports the March 2026 investment revision. GCEDC’s current record contains the revised submissions; Stream’s September 16 memo describes design refinements for Planning Board consideration. The older approved proposal was withdrawn and resubmitted, as original local reporting explains. We cover the current connected development once, retaining the distinction between application history and final permission. Source 2 → · Source 5 → · Source 6 →
Government action is still bounded
GCEDC’s February 5 statement authorizes starting financial-assistance review, with a final decision dependent on hearings and completed SEQR. A supplemental initial resolution, public hearing or submitted plan is not an adopted final project approval. September’s memo incorporates revised wetlands boundaries and the DEC buffer into the drawings. We have not established a final wetlands determination, construction permission or approved incentive award. Source 1 → · Source 2 →
Power planning and asset ownership
The June energy memo in the agency file argues that STAMP-wide NYISO planning capacity can accommodate the project. It is a technical/legal argument, not the original utility order or a campus energization certificate. Plug’s July 13 disclosure says it retains substation and interconnection assets until a second closing. That matters because an announced land purchase does not alone deliver control of electrical infrastructure. No dedicated campus PPA is verified. Source 3 → · Source 7 →
A later disclosure changes the transaction picture
Earlier reporting described a $132.5 million land transaction. Plug’s later original disclosure instead describes a $142 million staged Gateway sale and a March 31, 2027 long-stop date for non-land assets. An elapsed expected closing is not proof that either stage closed. The separate Graham, Texas transaction is excluded from this campus. Discussions of possible Plug products are not vendor contracts. Source 7 →
Ownership and public economics
Apollo reported in November 2025 that its managed funds completed a majority investment in Stream, with Principal-managed fund participation and management retaining a stake. That is a platform transaction. Investigative Post independently scrutinizes the proposed subsidy package and community opposition. We retain both the agency’s review process and independent scrutiny without adopting either party’s economic forecasts as realized returns. No anonymous tenant is named by inference. Source 8 → · Source 6 →
What would change the assessment
Final environmental and site-plan decisions, enforceable benefit conditions, completed asset transfers and utility acceptance would strengthen the case. Permit constraints, revised cost allocation, opposition-related delay or a funding gap could weaken it. Stream’s current no-diesel backup and cooling descriptions remain company design claims. Executive Order 62 creates a material DEC-permitting checkpoint, while leaving local decisions outside that pause. Source 4 → · Source 9 →
Financial significance
The $19.46 billion figure is planned investment, not proven spend or closed financing. Proposed tax benefits and future community receipts are conditional. Plug’s July disclosure revises the Gateway purchase price to $142 million with staged closings; no completed transfer of all electrical assets is assumed. Our analysis: asset control, permitted power and tenant delivery govern execution.
Distinct project-specific documents; repeated releases count once. Company claims remain attributed and do not independently establish delivery.
Genesee County Economic Development Center · 2026-02-05
Official board statement records initiation of financial-assistance review on February 5; final incentive consideration requires a public hearing and completed SEQR. It does not grant final campus permission.
Stream — September site-plan memo filed with GCEDC · 2026-09-16
Applicant submits refined access, utility layouts and wetlands mapping, including a 100-foot DEC buffer, for formal Planning Board consideration. Submission is not adopted site-plan approval.
Phillips Lytle LLP — energy memo in GCEDC project file · 2026-06-04
Technical/legal memo argues STAMP-wide 600 MW NYISO planning capacity supports a proposed 500 MW project and describes a NYPA 345 kV connection. Not a utility service contract or energization certificate; projected ratepayer benefits are assumptions.
Stream Data Centers · publication date not established
Developer describes an exploratory campus, closed-loop cooling and revised backup design without diesel generators. Redundant utility connection or possible propane backup remains a design proposal, not installed or approved infrastructure.
Reports revised $19.46 billion planned investment, three buildings / 2.2 million square feet and roughly 500 MW plan. Anonymous Fortune 50 tenant description is not a verified company identity. Earlier purchase-price/closed-sale wording is superseded by Plug’s July disclosure.
Original reporting scrutinizes proposed $1.46 billion tax benefits, 125-job commitment, local opposition and earlier withdrawn plan. Figures concern a proposed package, not incentives proven granted or realized.
Plug Power — SEC-filed July disclosure · 2026-07-13
New York Gateway transaction amended to $142 million staged sale; Plug retains substation/interconnection assets until second closing, with March 31, 2027 long-stop date. Stated payments depend on escrow release. Texas Graham transaction is separate; no equipment supply contract established.
Apollo — acquisition completion disclosure · 2025-11-03
Apollo-managed funds report completed majority acquisition of Stream. Principal-managed fund minority participation and management retained stake are described. Platform acquisition does not establish STAMP project financing close or a direct balance-sheet ownership percentage.
New York Governor — Executive Order 62 · 2026-07-14
Statewide context: holds qualifying incomplete DEC discretionary applications in abeyance until the GEIS report/findings. Definition includes facilities capable of consuming 50 MW or more; local permissions excluded. This is not a project-specific exemption or a blanket construction prohibition.
North Country Colocation Services; NYDIG; NY Digital Investment Group LLC; Town of Massena; Massena Electric Department
Next milestone
Final SEQR/site-plan decisions, documented power conditions, definitive host agreement and state-pause determination
Reviewed
October 8, 2026
Phase-specific evidence; approximate locality pin. Reviewed October 8, 2026.
The investment takeaway
Our analysis: Massena is a major proposed conversion from mining to AI computing on industrial land. Its proximity to hydroelectric infrastructure makes power arrangements central, but proximity cannot establish a dedicated supply contract. It fills a North Country coverage gap and adds a private operator beyond the state’s academic AI consortium. Existing mining operations and the proposed AI phase have different readiness and must remain separate in the assessment.
The government record resolves the revised scope
The August 20 Planning Board record names NY Digital Investment Group at 182 and 194 County Route 45 and identifies the tax parcel. Applicant representatives describe reducing three buildings to two and approximately 1.5 million square feet to 870,000. Recent NCPR reports retain the older area. This profile uses the revised official meeting record while attributing the design numbers to the applicant; a meeting presentation is not approved construction scope. Source 1 →
Power claims need the original decisions
Applicant statements in the minutes describe 435 MW studied/approved and another 200 MW in the NYISO queue. Environmental review is described for the full 635 MW envelope. Neither the minutes nor the company’s hydropower description is an independently inspected NYISO service decision. Proposed grid upgrades and ratepayer protection remain commitments requiring enforceable terms. No claim is made that the full envelope is energized or equals productive IT load. Source 1 →
The local vote did not approve the campus
NCPR’s September 17 original reporting records the September 16 vote against a six-month local moratorium. Rejecting a pause leaves project review possible; it does not grant the site plan. The company says construction begins only after required reviews and permits. Its late-2026 start and 2028 phased development are targets, not delivery guarantees, and no completion follows from those dates. Source 3 → · Source 2 →
The statewide pause remains unresolved
NCPR’s October 7 reporting says an exemption may be possible but state officials had not confirmed it. Executive Order 62 concerns qualifying incomplete DEC discretionary applications and excludes local permissions. We do not convert the developer’s argument about prior permits into a state determination. Clarification of permit requirements and application-completeness dates could materially alter timing. Source 4 → · Source 5 →
Design and community commitments
NCCS describes fully sealed cooling and an adjacent industrial-land expansion that replaces bitcoin mining. This is a proposed design, not measured consumption or an environmental finding. Community-payment figures on its page carry explicit non-binding assumptions. Local reporting documents competing employment hopes and environmental concerns. We do not invent a named hyperscaler customer, equipment award or public equity ticker for this privately held project. Source 2 →
What would change the assessment
Final site-plan and SEQR records, the actual power studies and service terms, a state permit determination, a binding host agreement and closed financing would strengthen readiness. Restrictive conditions, power limitations or delayed funding could weaken it. We group the legacy campus and connected conversion once; adjacent new halls and retired mining capacity are not separate additions. Approximate map coordinates identify the locality rather than a surveyed parcel.
Financial significance
No project budget or financing close is verified. NCCS describes paying roughly $75 million for grid upgrades and forecasts community receipts, explicitly conditional on scope, approvals and executed agreements. Those forecasts are neither spent capital nor guaranteed fiscal benefits. Our analysis: binding power and tenant commitments must support conversion funding; the reviewed materials do not disclose site earnings.
Distinct project-specific documents; repeated releases count once. Company claims remain attributed and do not independently establish delivery.
Town of Massena Planning Board — August minutes · publication date not established
August 20 record identifies NY Digital Investment Group proposal at 182/194 County Route 45, tax map 6.003-1-1.111. Applicant presents 635 MW, two buildings / ~870,000 square feet, 435 MW claimed studied/approved and another 200 MW queued. These are recorded applicant statements, not independently read NYISO decisions.
Developer describes two adjacent halls replacing bitcoin mining, fully sealed cooling, roughly $75 million developer-funded grid upgrades and planned late-2026–2028 development subject to approvals. Community-payment totals are expressly illustrative, non-binding and depend on full buildout and definitive agreements.
Original meeting reporting records September 16 vote 3–2 against a six-month local moratorium and divided public comments. Rejection of a moratorium is not project approval. Its 1.5-million-square-foot description reflects earlier scope.
Fresh reporting says state moratorium exemption is possible but not confirmed by state officials; review hurdles remain. Uses older building-area description, superseded here by revised design recorded in August town minutes.
New York Governor — Executive Order 62 · 2026-07-14
Statewide context: holds qualifying incomplete DEC discretionary applications in abeyance until the GEIS report/findings. Definition includes facilities capable of consuming 50 MW or more; local permissions excluded. This is not a project-specific exemption or a blanket construction prohibition.
Scope check: H5’s current Buffalo I & II brochure still describes 409,200 square feet on 43 acres at 5319 Enterprise Drive, Lockport, with two substations totaling up to 44 MVA. Apparent power is not verified IT MW. No new dedicated AI tenant or completed AI conversion was established by this review. Operator brochure →
The Town of Lockport’s current economic-development page names H5’s Yahoo facility, but its 20-acre description does not define the full combined campus scope or certify current IT load. The January 22, 2025 public-radio acquisition report remains historical evidence of a $49 million sale-leaseback and continuing Yahoo operations, not a fresh 2026 lease confirmation. Town government context → · Original acquisition reporting →
Campus identity: H5’s Buffalo III carrier hotel at Main Place Tower is a separate downtown Buffalo property; it must not be counted as expansion of this Lockport campus. Separate Buffalo III location →
Targeted claim review; original source dates and remaining gaps are preserved.
United States / New York / Lockport — approximate locality pin
Readiness
Operating / delivered
Status
Existing operating data-center campus acquired in sale-leaseback; dedicated AI tenant or completed AI conversion not verified
Capacity & scope
Operator reports 409,200 square feet / 43 acres; two substations up to 44 MVA, not 44 MW IT capacity
Named companies
H5 Data Centers; Hyscale Data Centers Lockport LLC; Yahoo; New York Power Authority
Next milestone
Verify current lease terms, electrical/IT load, incremental colocation leasing and any documented AI-specific conversion
Reviewed
October 8, 2026
Phase-specific evidence; approximate locality pin. Reviewed October 8, 2026.
The investment takeaway
Our analysis: Lockport adds an operating real-estate and colocation transaction to New York coverage. It offers a contrast to the state’s very large proposals: existing infrastructure, a reported purchase price and a continuing tenant. It is included as relevant computing infrastructure, with dedicated AI use unverified. The acquisition changes the property economics; it does not make the old Yahoo campus a newly built AI campus.
Identity across the ownership change
H5’s current materials market Buffalo I and II together at 5319 Enterprise Drive in Lockport. Local reporting identifies the same former Yahoo complex; DCD names Hyscale Data Centers Lockport LLC as an H5 affiliate. We count the connected property once. The Buffalo marketing label is a regional brand, not a second location, and the two facility labels are not two new inventory entries. Source 2 → · Source 4 →
Government evidence is historical
The state Senate announcement dated September 20, 2010 documents the initial phase opening and the then-described NYPA hydropower incentives. It is useful for development history and power context. It does not verify current tariff terms, transfer of allocation to H5, an amended operating permit or an AI upgrade. We preserve its age and phase boundaries rather than representing it as a fresh approval. Source 1 →
Power units change the comparison
H5’s brochure states two substations totaling up to 44 MVA. DCD’s acquisition story describes 44 MW, but the primary document uses apparent power. We retain MVA and do not convert it into real-power MW without a power factor, much less IT load. Historical NYPA allocation numbers also cannot establish present utilization. Operator statements about hydropower are supply context, not proof of hourly carbon-free AI service. Source 2 →
What the sale-leaseback establishes
Buffalo Toronto Public Media reported the $49 million purchase and interviewed the town economic-development official. The report says Yahoo continued its operations and lease while H5 acquired the real estate. The sale reportedly closed after Christmas 2024; an exact deed date was not established. Reported lease continuity is distinct from a new customer award, and full executed lease economics were not available. Source 3 →
Current readiness and the AI boundary
Operating infrastructure is supported by the historical opening, the sale-leaseback reporting and current H5 colocation offering. We have not verified a dedicated AI tenant, GPU installation or conversion milestone. H5’s generic website text includes references to other cities, which we do not use as Lockport-specific evidence. Its existing service offering supports the operating classification without proving every advertised unit is fully occupied. Source 3 → · Source 5 →
What would change the assessment
A verified current lease schedule, electrical service terms, measured IT capacity and dated AI tenant acceptance would sharpen the investment picture. Tenant departure, power-allocation changes or expensive retrofit requirements would alter it. Potential ownership through a broader Novacap joint venture is not assigned without a verified site linkage. No public vendor exposure is invented for a privately held landlord and tenant.
Financial significance
Local reporting puts the real-estate transaction at $49 million; that is a reported acquisition price, not new construction spending or enterprise valuation. Lease rent, debt terms, occupancy, remaining lease duration and site returns are undisclosed. Our analysis: an operating sale-leaseback has different exposure from a greenfield AI forecast, including tenant concentration and renewal risk.
Distinct project-specific documents; repeated releases count once. Company claims remain attributed and do not independently establish delivery.
New York State Senate — Senator Maziarz disclosure · 2010-09-20
Historical government announcement records Phase I opening September 2010, 10 MW NYPA hydropower incentive and conditional additional 5 MW after Phase II. Not a current permit, H5 power agreement or operating IT-load measurement.
H5 Data Centers — Buffalo I & II brochure · publication date not established
Primary operator brochure identifies combined 409,200-square-foot / 43-acre campus at 5319 Enterprise Drive, two substations totaling up to 44 MVA and hydropower context. MVA is apparent-power equipment rating, not MW or IT load; no named AI customer.
Original local business reporting with town economic-development official describes $49 million sale-leaseback closed after Christmas 2024, Yahoo continuing operations/lease and H5 foregoing earlier incentives. Exact deed closing date and full lease terms unverified.
Specialist synthesis identifies Hyscale Data Centers Lockport LLC affiliate and H5 marketing both facilities. Its 44 MW wording conflicts with operator brochure’s 44 MVA; use primary unit. Suggested Novacap vehicle linkage is speculative and not assigned here.
H5 Data Centers — current campus page · publication date not established
Current operator page markets Buffalo I/II together at the Lockport address, with staffed colocation options. Generic template references to other cities cannot establish Lockport’s customers, power mix or completed AI upgrades.
Phase building/occupancy records, power-service terms, incentive compliance and dated bank acceptance
Reviewed
October 8, 2026
Phase-specific evidence; approximate locality pin. Reviewed October 8, 2026.
The investment takeaway
Our analysis: JPMorgan’s Orangeburg campus provides a large financial-sector infrastructure case with unusually explicit incentive documentation. Its exposure is the bank’s own computing investment, rather than a leased AI cloud contract. It fills a downstate operator gap without counting CoreWeave’s already-covered DataBank tenancy again. Specific delivered AI systems remain unverified; broad corporate AI adoption does not prove a dedicated AI hall here.
One campus, including the adjacent expansion
Official records place the project at 140 Old Orangeburg Road, distinct from DataBank’s 2000 Corporate Drive. The signed agreement identifies expansion of the existing bank campus and its tax parcel. We group the original campus and Datacenter II into one new coverage entry. The II suffix is a phase label, not evidence that this should count as a separate campus from a previously listed bank site; none was in the starting inventory. Source 3 →
What the government actually approved
The February 22, 2024 IDA minutes record a 3–0 vote on the authorizing resolution. That resolution concerns financial assistance, with a sales-tax cap and qualified-purchase ceiling. The executed agreement is effective December 17, 2024 and references a later amended authorization. Those records establish incentive actions and contractual obligations, not a building permit, grid energization or permission for all computing phases. Source 1 → · Source 2 → · Source 3 →
Tax ceilings are not cash flow
The authorizing resolution provides up to $76.715 million of sales-tax exemptions on up to $916 million of eligible purchases. The agreement includes reporting and potential recapture conditions. A ceiling does not show how much equipment was purchased or how much benefit was used. Nor does the agency’s financing language establish a closed bank loan or a profitable third-party rental operation. Source 2 → · Source 3 →
Construction evidence and delivery limits
New York Focus reported on April 20, 2026 that expansion construction was underway, citing the bank’s 2028 completion expectation. We classify the expansion under construction on that dated reporting basis. The target remains attributed and is not guaranteed. Current occupancy, acceptance and dedicated AI workloads were not verified. The original operating campus does not automatically confer delivered status on its expansion. Source 4 →
Power and the economic debate
No project-specific electricity contract or measured IT load was established in the reviewed documents. We leave those fields unknown. New York Focus interviewed the IDA director and examined objections to the subsidy’s permanent-job economics. Official benefit authorization and competing economic claims can both be reported without adopting an advocacy conclusion. The one additional job is a commitment in the incentive record, not a measure of all existing staff or construction employment. Source 4 →
What would change the assessment
A phase permit, utility service record, occupancy approval and dated bank acceptance would strengthen the expansion’s readiness. Revised schedules, power constraints or benefit-recapture findings would weaken it. A verified AI deployment would support more specific AI attribution. Until then, the campus remains financial computing infrastructure with AI relevance discussed as context, and no chip vendor, customer contract or site earnings are inferred.
Financial significance
Official records cap sales-tax assistance at $76.715 million against up to $916 million eligible purchases. These are authorized ceilings, not realized savings or actual capital spending. Our analysis: an internal bank campus may support operational capability rather than third-party rent; no campus AI revenue or shareholder earnings contribution can be isolated from the reviewed evidence.
Distinct project-specific documents; repeated releases count once. Company claims remain attributed and do not independently establish delivery.
Rockland County IDA — board minutes · publication date not established
Official February 22, 2024 minutes record unanimous 3–0 approval of JPMC Datacenter II authorizing resolution and describe adjacent expansion. This is incentive action, not occupancy or electricity authorization.
Rockland County IDA — authorizing resolution · publication date not established
Resolution concerns 140 Old Orangeburg Road; sales-tax exemption cap $76.715 million on up to $916 million qualified purchases and one planned additional job. Caps and applicant representations do not establish actual spending, tax savings or construction completion.
Rockland County IDA / JPMorgan Chase Bank — executed project agreement · publication date not established
Signed agreement effective December 17, 2024 links JPMorgan Chase Bank National Association, tax parcel 73.08-1-1 and expansion of existing campus. References April 23 amended authorization; benefit recapture and reporting conditions remain material. Financing authority does not prove a loan close.
Original reporting with IDA director documents expansion construction underway and bank’s reported 2028 target; examines subsidy economics and opposing views. General financial-computing/AI context does not identify delivered AI workloads, MW, GPU orders or a dedicated AI hall.
United States / South Dakota / Sioux Falls — northwest locality pin
Readiness
Early occupancy reported; remaining fit-out unverified
Capacity
Approximately 100,000 sq ft; architect design 102,050 sq ft; IT MW and GPU inventory unverified
Organizations
Dakota State University; DARC; HKS; Journey Group; IMEG
Next evidence
Final completion and occupancy records, fit-out acceptance and documented research/customer agreements
Reviewed
October 11, 2026
AI relevance and campus boundary
This is a research and workforce facility with documented artificial-intelligence activity, not a hyperscale GPU campus. It extends Dakota State’s applied research presence from Madison into Sioux Falls. The existing Madison labs and nearby Sanford Health facilities are separate assets; this entry counts only the new Sioux Falls building. No GPU inventory or comparable IT megawatts is disclosed.
Government authority: what the enacted law proves
South Dakota’s Chapter 217, signed March 24, 2022, authorizes the Board of Regents to plan, construct and equip this lab. The $50 million provision is authority to spend donations, not a $50 million general-fund cash payment. The law permits specified cost adjustments and donated land of up to 16 acres from Sanford Health. Its restrictions require technology research, education or related activity. These are historical authorization terms, not a building permit or final account.
From construction to early occupancy
August 27 local reporting describes research teams beginning to move into the three-story facility, with an undisclosed tenant and further fit-out still ahead. Dakota State’s September 2 release uses the narrower description “nearing completion.” Its September 16 account documents visits earlier that month. Together these support an early-occupancy phase, without establishing full occupancy, all security certifications or final completion. We retain those source dates instead of calling an old target a new opening.
Named organizations and verified roles
Dakota State University is the institutional research lead. Its Applied Research Corporation, DARC, is a separate nonprofit research partner. HKS is the architect, Journey Group the general contractor, and IMEG the engineering designer according to project reporting. IMEG independently states its own design disciplines. No Microsoft, Amazon, Meta or NVIDIA supply or customer award was located, and none is inferred from the AI mission.
Location and scope reconciliation
Local reporting identifies 3040 N. Martindale Road near the Sanford Sports Complex. The map pin is a representative northwest-Sioux-Falls locality, not a surveyed building coordinate. HKS’s page has a Madison heading but a Sioux Falls project narrative; it is not used to relocate the facility. The university’s approximately 100,000-square-foot description and the architect’s 102,050-square-foot design figure are compatible rounded and precise descriptions, not two buildings. The university’s 10-acre site description differs from the law’s up-to-16-acre donation authority, which is a limit rather than measured built-site acreage.
Power, demand and economic limits
An AI research mission does not identify an electricity service contract, GPU cluster, leased IT capacity or hyperscaler commitment. We have not verified executed utility terms, power draw, named commercial contracts, contract rates, grant disbursements or site earnings. Tours by government leaders are evidence of engagement, not federal contract revenue. Reported project cost is an estimate, not final expenditure or enterprise valuation.
Timeline and next evidence
March 2022: enabling law signed. May 2024: groundbreaking reported in facility coverage. August 2026: local reporting documents initial move-in. September 2026: university releases describe near-completion and government visits. Next evidence would be a final completion record, phase occupancy authorization, confirmed fit-out and documented research/customer contracts. No automatic commissioning conclusion follows from the elapsed September target.
Investor takeaway · Our analysis
Sioux Falls is gaining an AI and cyber research asset alongside its data-center proposals. The investable mechanism would be documented research demand, tenant occupancy and awarded supplier or service contracts, not an assumed public stock connection. Early use strengthens the delivery story; undisclosed contracts and continued fit-out limit financial conclusions. We publish no revenue forecast or stock recommendation for this facility.
Sources and claim verification
Seven distinct documents, including an enacted state law. Participant sources are attributed; secondary summaries are not counted as independent confirmation of occupancy.
Enacted law authorizes lab construction, $50 million donation-expenditure authority in 2021 values with permitted adjustments, and acceptance of up to 16 acres from Sanford Health. It establishes authority and land-use restrictions, not cash disbursement, final cost or occupancy.
University describes the Sioux Falls lab as nearing completion, approximately 100,000 square feet on 10 acres, supporting cyber and AI research, training and digital forensics. This is operator reporting, not a occupancy certificate.
University reports September 1 and 4 government visits to the new Sioux Falls facility and identifies DARC as a research partner. Tours do not establish a government procurement award or completed fit-out.
Original local reporting places the lab at 3040 N. Martindale Road, documents first research teams moving in and one undisclosed tenant. Reports $62.5 million estimated project cost; third-floor build-out incomplete. Reported tenant presence is not named commercial AI demand.
Architect project page describes a 102,050-square-foot research design. Its heading says Madison while narrative locates the project in Sioux Falls; map uses the university and local Sioux Falls evidence instead. Design descriptions do not verify delivery.
Engineer identifies its mechanical, plumbing, electrical, structural, technology and security design role. Historical groundbreaking account and 2026 target are not proof of full completion.
Facility report identifies HKS as architect, Journey Group as general contractor and IMEG as engineer. It cites university and architect materials; not an independent occupancy inspection.
Phase-specific Glendale permits, occupancy, utility energization and customer acceptance
Reviewed
October 11, 2026
Campus identity and location
PHX3 is QTS’s Phoenix 3 campus in Glendale, Arizona. The operator lists DC1 at 17408 W. Camelback Road and other buildings along the same road. Its Litchfield Park mailing addresses do not change the operator’s Glendale campus identification. Our map uses an approximate campus-area pin near Camelback Road and Cotton Lane, not a surveyed building entrance.
Historic plan versus delivered capacity
May 2024 specialist reporting described 16 planned buildings totaling about 3 million square feet, a 375-acre campus and 750 MW of planned critical capacity. A 29-acre substation was also reported as planned. Those figures describe the historic proposal; they do not establish today’s delivered IT load, customer utilization or final approved scope. We do not combine PHX3 with QTS’s separate central-Phoenix campuses.
Government source: a narrow land-context record
The government-hosted March 2023 Camelback 303 plat identifies neighboring parcel 502-27-006D under QTS Glendale I LLC. It explicitly excludes that parcel from the plat. This supports adjacent land context only: it is not a Glendale permit approval or a PHX3 occupancy certificate. Glendale’s FY2025–26 budget-book search excerpt also refers to a 400-acre QTS project under construction, but the full PDF could not be retrieved during this review and is not used as verified construction evidence.
Companies and economic boundaries
QTS is the private operator. Blackstone-affiliated funds own the QTS platform; Blackstone Inc. is publicly traded as NYSE: BX. The ownership connection does not establish a campus-specific stake, fee contribution or earnings amount. No tenant, hyperscaler, GPU supplier, utility contract or construction-company award has been verified in the sources reviewed for this profile.
Readiness and open evidence
QTS’s current campus page describes what Phoenix 3 will offer and lists building addresses. An address list is not evidence that those buildings are energized or occupied. We classify this record conservatively as development evidence, with construction-phase completion and commissioning unresolved. No verified first-service date, occupied megawatts or named customer acceptance is supplied.
Power, cooling and financial limits
A substation proposal is not an executed power-delivery agreement. QTS describes a water-free cooling approach on its campus page; that remains an operator claim, not measured campus-wide consumption. This review does not establish secured power, site financing close, total final capex, lease rates or recurring revenue. Land and platform transaction values should not be substituted for construction budgets.
Timeline and next evidence
2023: the adjacent government-hosted plat identifies the QTS parcel. May 2024: reporting describes the PHX3 master plan. October 11, 2026: our review confirms the operator’s campus identity and building-address list without establishing commissioning. Next evidence should include phase-specific Glendale permits, occupancy records, utility energization and documented customer acceptance.
Investor takeaway · Our analysis
PHX3 provides a specific way to follow Blackstone-managed capital’s exposure to QTS development in the West Valley. The useful milestone is delivery of productive, customer-ready capacity, rather than the repetition of a large proposed megawatt total. Power and construction evidence must be evaluated separately from platform ownership. No site revenue forecast or valuation conclusion is established.
Sources and claim verification
Four reviewed documents including a government-hosted adjacent-site plat. That record is land context, not a project permit. Historic plans and operator claims are attributed.
QTS Data Centers · publication date not established
Operator identifies Phoenix 3 in Glendale and lists individual building addresses on West Camelback Road with Litchfield Park postal addresses. Future-tense description does not confirm occupancy.
Historical reporting describes a 16-building, approximately 3-million-square-foot plan on 375 acres, with 750 MW planned critical capacity and a proposed 29-acre substation. These are planned figures, not energized or leased capacity.
City of Goodyear council packet / adjacent Camelback 303 final plat · 2023-03-27
Adjacent-site plat labels parcel 502-27-006D as QTS Glendale I LLC and explicitly NOT A PART. This is a government-hosted land-context record; not PHX3 approval, construction permit or occupancy evidence.
Affiliated funds completed the approximately $10 billion QTS acquisition including debt; QTS securities ceased public listing. This establishes platform ownership, not campus-level BX earnings.
Nebius’ expansion in Finland has moved beyond an announcement. Construction reporting from Lappeenranta documents work on an AI computing campus whose planned scale reaches up to 310 megawatts. For investors, the next question is when the development becomes usable, revenue-producing infrastructure.
Nebius announced the project on March 31, 2026, targeting first customer capacity in 2027. That date remains a company expectation rather than a verified opening. The 310 MW figure describes the planned full development; it should not be read as operating computing load today. [1]
Project scope and readiness
The campus is in Pajarila, south of Highway 6 in Lappeenranta, Finland. The city identifies a roughly 101-acre industrial site leased from the municipality, with development involving Finnish project developer Polarnode and Nebius as operator. Construction is planned in phases over several years, allowing initial operations before the entire campus is finished. [2]
Independent reporting strengthens the readiness assessment. Yle reported on August 11 that building work began in July 2026 and identified Fira as the main contractor responsible for the first phase. Later reporting describes site clearing beginning in March. Those dates refer to different stages of work rather than necessarily conflicting accounts. [3][4]
Readiness: Under construction. Evidence reviewed for this draft supports physical development. It does not establish an energized first phase, commissioned GPUs, live customer workloads or a completed 310 MW campus.
Who is involved
Nebius (Nasdaq: NBIS) is the publicly traded AI cloud operator. The economic opportunity is supplying computing services after capacity is delivered and customers begin using it. Project-specific revenue, utilization and margins have not been established by the sources reviewed.
Polarnode is the Finnish project developer identified by the city. The available material supports that role but does not establish a complete allocation of asset ownership, financing obligations or construction spending between the parties. [2]
Fira is identified in Yle’s construction reporting as the first-phase main contractor. This is a documented delivery role, not an additional verified listed-stock exposure. [3]
NVIDIA (Nasdaq: NVDA) is a technology connection. Nebius’s announcement discusses Blackwell and Vera Rubin platforms across its AI factory strategy. That supports linking NVIDIA as a referenced technology supplier, but does not verify the final Lappeenranta hardware inventory, shipment schedule or campus-specific NVIDIA revenue. [1]
Nebius describes closed-loop liquid cooling and potential integration of heat recovery. Those are design commitments, not measured operating results for this campus. [1]
The city’s project FAQ identifies local energy infrastructure as part of the location’s appeal and describes the industrial zoning and site. Its explanations provide useful municipal context, but they do not replace project-specific evidence of completed electrical connections or accepted equipment. [5]
The investment analysis should therefore track power delivery alongside construction. A finished building alone does not establish billable AI computing capacity. Neither does planned megawatt capacity establish customer demand, utilization or profitability.
Timeline
2025: City–Polarnode cooperation agreement, according to the municipality. [2]
March 31, 2026:Nebius announces up to 310 MW and targets initial customer capacity in 2027. [1]
March 2026: Site clearing begins, according to subsequent Yle reporting. [4]
July 2026: Building work begins; Fira handles the first phase, according to Yle. [3]
2027: First capacity target; commissioning and customer availability remain to be verified. [1]
What investors should watch next
The strongest next evidence would identify the first phase’s delivered capacity, electrical commissioning, installed computing equipment and customer service start. Later updates should examine contracts, actual utilization and the cost of bringing capacity online.
Financial boundaries matter as much as construction milestones. This draft does not assign campus revenue using a generic dollars-per-megawatt estimate. It also does not attribute Nebius’s other customer contracts to Lappeenranta without a location-specific disclosure.
Investor takeaway
Lappeenranta offers a documented way to follow Nebius’s European expansion from physical construction toward potential computing revenue. The investment case will strengthen when power, equipment and paying workloads are verified. Until then, up to 310 MW is development potential, and 2027 is a delivery target.
Source register
1. Nebius, March 31, 2026 — company announcement, capacity scope, customer availability target and technology/cooling plans: https://nebius.com/newsroom/nebius-to-construct-310-mw-ai-factory-in-finland 2. City of Lappeenranta, March 31, 2026 — municipal source for location, land lease, developer/operator roles and phased development: https://www.lappeenranta.fi/fi/ajankohtaista/exceptional-data-center-investment-in-lappeenranta-nebius-to-construct-ai-factory-to-pajarila 3. Yle, August 11, 2026 — independent reporting on building work and Fira’s role: https://yle.fi/a/74-20240429 4. Yle, September 2026 — independent follow-up documenting March site clearing: https://yle.fi/a/74-20247400 5. City of Lappeenranta, project FAQ — municipal context; some answers explicitly attributed to project participants: Source →
Lappeenranta power delivery: 70 MW first phase versus 310 MW campus
Caverion disclosed on May 13, 2026 an approximately EUR 15 million agreement to design and build the campus substation. Its first phase is rated at 70 MW, with completion targeted for spring 2027. These contractor-reported specifications describe electrical infrastructure; they do not verify energized computing capacity.
Investor takeaway · Our analysis: Follow the electrical phase, computing installation and paying customer availability separately. The planned 310 MW campus envelope cannot be treated as capacity available at the first substation milestone. Completion remains to be verified; the agreement is not evidence of campus utilization, project earnings or closed full-campus financing.
Google’s Visakhapatnam AI hub combines a planned gigawatt-scale data-center development with energy and international connectivity. Its October 2025 announcement commits approximately USD 15 billion over 2026–2030. That is a multi-part investment program, not verified expenditure on completed buildings or current operating computing capacity.
Scope and location
India’s Ministry of Electronics & IT records an approximately 1 GW hyperscale AI campus and around 600 acres allocated across Turluvada, Rambilli and Adavivaram. The hub spans multiple locations; our map uses a representative Visakhapatnam city-area pin, not a surveyed campus entrance. Other statewide capacity targets and earlier Adani regional plans are separate.
Readiness: construction with unresolved conditions
Google and the national government document the April 28, 2026 groundbreaking. Reuters independently observed site activity in August. October 6 Mint reporting describes demolition, levelling, tree cutting and a boundary wall. We classify the project as under construction at the site-work stage, not a completed or energized campus.
Latest legal evidence: October 6, 2026
Mint and Times of India report that the Andhra Pradesh High Court allowed work to continue at the developer’s risk, subject to the outcome of a public-interest petition. This does not establish final resolution of environmental or land challenges. The underlying court order was not directly reviewed; the legal account is attributed to these dated reports. No later disposition was verified in this review.
Environmental claims and responses
Reuters reported concerns about water and wildlife, while the state disputed allegations and Google said development would comply with applicable laws and use advanced air cooling. These remain attributed positions. This profile does not establish campus water consumption, a final engineering impact assessment or legal validity of all permits.
Named companies and economic roles
Alphabet / Google is the AI hub sponsor and cloud-services participant. Adani Enterprises participates through AdaniConneX, its 50:50 joint venture with EdgeConneX. Airtel’s disclosure supports a campus partnership, cable landing station and terrestrial fiber; the construction announcement names Nxtra by Airtel. These are distinct infrastructure relationships, not equal shares of the USD 15 billion commitment.
Capital and revenue boundaries
Our analysis: Alphabet’s opportunity depends on useful AI and cloud workloads; the infrastructure partners’ economics depend on disclosed contracts, delivered facilities and connectivity. Sources reviewed do not establish campus-specific revenue, margins, full financing close, customer utilization or the allocation of spending among partners. Neither Adani’s broader data-center investment nor Airtel’s company revenue should be assigned wholesale to this site.
Power and connectivity milestones
Google describes plans for new transmission, clean generation and storage. Airtel identifies fiber and a cable landing station. Planned energy and cable infrastructure is not evidence of delivered service. The next useful records would establish phase-specific power acceptance, landing-station delivery and computing service availability. No semiconductor vendor is assigned a campus contract by inference.
Timeline
October 14, 2025: Google, Adani and Airtel announce their respective roles. April 28, 2026: company and government records document groundbreaking. August 6: Reuters publishes its site-work observations and dispute reporting. October 6: independent reports describe continuation of work subject to litigation. The 2026–2030 spending horizon is not a verified first-service date.
Investor takeaway · Our analysis
Visakhapatnam is a substantial, documented entry point into India’s AI infrastructure expansion, with an identified cloud sponsor and named infrastructure partners. The investment case turns on the conversion of commitments into legally secure, powered, connected and productive capacity. Track phase delivery and dispute resolution before assigning revenue or return expectations.
Sources and claim verification
Eight documents from seven publishers/issuers; Google’s two documents share an issuer. National-government evidence documents groundbreaking and announced scope, not all permits. Court reporting is attributed; the order itself was not reviewed.
A live multi-zone cloud region offers a stronger delivery signal than an investment pledge. Microsoft can monetize Azure and AI services, but global or India-wide growth cannot establish Hyderabad earnings. The relevant investment test is productive customer usage relative to capital, operating costs and depreciation.
What the evidence establishes
Cloud-region general availability documented; current accepted IT MW and full service rollout not disclosed.
Companies and economic roles
MSFT: Cloud operator and infrastructure investor.
Timeline and next milestones
August 6, 2026: Microsoft and Reuters document the cloud-region launch. September 21, 2026: Microsoft describes the live region and its progressive AI service expansion. The September event is not a second project or the first opening.
Resource and capacity boundaries
The cloud region includes three availability zones; a representative Hyderabad city pin cannot identify their individual parcels. Microsoft reports AI-ready infrastructure and progressive service rollout. No region-specific IT MW, GPU count or measured cooling result was verified. The $20.5 billion India commitment must not be assigned entirely to this region.
Risks · Our analysis
Power availability, permitting conditions, funding, construction execution, hardware delivery and customer utilization can change economics. A headline capacity figure does not establish billable occupancy, realized prices or site cash flow.
What would change the assessment
Service-by-service availability and customer adoption; Accepted IT capacity, power contracts and future-phase delivery.
Unresolved evidence
Region-specific accepted IT capacity and hardware configuration; Actual region utilization and incremental cash economics; Project-matched environmental, building and electrical acceptance records.
Investor close · Our analysis
Watch the conversion of documented commitments into accepted infrastructure and productive computing. Assess financial implications only when the relevant contractual and operating evidence becomes available.
Sources and claim verification
4 reviewed documents; same-issuer releases and participant-derived reporting are not independent inspections. Government announcements and promotional pages establish only the stated scope. No original interviews or site visits were conducted.
General availability of India South Central in Hyderabad; three availability zones; named early customers. Company reporting does not disclose accepted IT MW, utilization or region earnings.
Describes the region as live, AI-ready and expanding services progressively. Same issuer as launch release; September event is not a second campus or first opening. $20.5 billion is an India-wide commitment.
Explicitly identifies Microsoft India South Central as launched from Hyderabad. Not a site permit, occupancy certificate or electrical acceptance record; state capacity totals do not describe Microsoft alone.
A named hyperscaler customer improves the commercial evidence, but an announced lease is not energized capacity or recognized revenue. Reliance combines land, construction and resource services; Meta buys access to computing infrastructure. Keep this 168 MW scope separate from other Jamnagar plans until overlap is resolved.
What the evidence establishes
168 MW announced leased facility; no completed operating capacity or independently verified construction stage established.
Government evidence and publication boundary
No project-specific permit, environmental approval, construction inspection or electricity-service authorization was established in this review. The national-government PIB document below concerns the industry and names Jamnagar only as a location. It does not approve this facility. This profile is published at the owner’s direction as a proposed development with these evidence limits, not as approved, shovel-ready or operating infrastructure.
Companies and economic roles
META: Future capacity lessee; stated payer of energy and water costs. RELIANCE: Developer and integrated infrastructure/services provider.
Timeline and next milestones
2026-06-09 / 06-12: dates displayed on Meta announcement; retain source-date ambiguity. 2026-06-10: Reliance announces agreement and prospective delivery within two years. 2026-08-12: national government industry context names Jamnagar but not this project.
Resource and capacity boundaries
The announced 168 MW scope is a delivery plan, not accepted IT load. Meta describes renewable power and desalinated-seawater cooling and says it will cover resource costs. Those are participant commitments, not independently measured water or energy outcomes. Separate renewable purchases, a sovereign-AI phase and wider Jamnagar campus ambitions must not be added to this scope.
Risks · Our analysis
Power availability, permitting conditions, funding, construction execution, hardware delivery and customer utilization can change economics. A headline capacity figure does not establish billable occupancy, realized prices or site cash flow.
What would change the assessment
Project-specific official records and construction evidence; Phase-specific power and cooling acceptance; Delivery, lease commencement and economics.
Unresolved evidence
Project-specific permits, environmental approvals and service agreements; Exact parcel and construction evidence; Lease value, financing close, return and accepted IT load; Relationship to separately announced Reliance 120 MW sovereign-AI deployment and wider multi-GW campus.
Investor close · Our analysis
Watch the conversion of documented commitments into accepted infrastructure and productive computing. Assess financial implications only when the relevant contractual and operating evidence becomes available.
Sources and claim verification
6 reviewed documents; same-issuer releases and participant-derived reporting are not independent inspections. Government announcements and promotional pages establish only the stated scope. No original interviews or site visits were conducted.
168 MW build-to-suit agreement, delivery target within two years, integrated design/construction/utilities/services. Not a construction inspection or commissioned-load record; target remains prospective.
Lease agreement; planned renewable power and desalinated-seawater cooling; Meta says it covers energy and water costs. Actual contract price, GPU inventory, tariff and completion unestablished; separate clean-energy purchases are not site IT MW.
Describes proposed leased capacity and customer-paid resource costs. Does not establish permits or completed facility; other investment commitments are wider context.
Identifies Jamnagar among national data-center locations and discusses industry resource policies. CONTEXT ONLY: does not name or approve the Reliance-Meta project. Must not satisfy a project-specific official approval requirement.
The SK–AWS partnership connects cloud demand with construction and energy participants in Korea. Investment value depends on phased delivery, reliable power, financing terms and actual service use. A 15-year partnership and larger corporate capacity aspirations do not reveal a guaranteed project margin.
What the evidence establishes
Groundbreaking and subsequent operator construction disclosures; 41 MW/103 MW remain future phase targets.
Companies and economic roles
AMZN: AWS AI Zone/cloud services partner. SKM: SK Telecom coordinating AI infrastructure; contractual economics unestablished.
Timeline and next milestones
2025-06-20: partnership launch event and ministry project announcement. 2025-08-29: Korean operator release reports groundbreaking ceremony. 2025-10-30: results release describes construction phase. 2026-07-05: operator strategy release still describes Ulsan under construction. 2027-11 and 2029-02: ministry-announced partial and full phase targets, not completion dates.
Resource and capacity boundaries
The ministry announced 41 MW partial operations targeted for November 2027 and 103 MW by February 2029. SK’s July 2026 strategy describes Ulsan as under construction; its wider multi-GW plans are not contracted capacity here. The June 2025 government announcement anticipated September construction, while the Korean August 29 release documents the ceremony. These are separate dated records, not interchangeable completion milestones.
Risks · Our analysis
Power availability, permitting conditions, funding, construction execution, hardware delivery and customer utilization can change economics. A headline capacity figure does not establish billable occupancy, realized prices or site cash flow.
What would change the assessment
Current power-supply authorization and phase capital; 41 MW phase commissioning/customer acceptance; 103 MW phase delivery; broader expansion only with separate evidence.
Unresolved evidence
Exact current financed phase and contract values; Project-specific permits, direct-power authorizations and tariffs; Accepted IT load and GPU inventory; Construction percentage, commissioning and site earnings.
Investor close · Our analysis
Watch the conversion of documented commitments into accepted infrastructure and productive computing. Assess financial implications only when the relevant contractual and operating evidence becomes available.
Sources and claim verification
6 reviewed documents; same-issuer releases and participant-derived reporting are not independent inspections. Government announcements and promotional pages establish only the stated scope. No original interviews or site visits were conducted.
15-year SK/AWS partnership; construction and AWS AI Zone roles; expected 2027 service. No completed computing capacity established; national AWS investments are separate.
June 20, 2025 event; KRW 7 trillion project envelope including AWS $4 billion; planned 41 MW November 2027 and 103 MW February 2029. Announcement, not building/energy permit, closed financing or operating acceptance. Korea.net mirror dated June 27, 2025 was not directly fetched; do not count mirror independently.
Reports groundbreaking ceremony with SK ecoplant, AWS and Ulsan city; names proposed power participants. Faithful translation; ceremonial start is not completion. Power-cost advantages are issuer claims; no executed tariff reviewed.
Describes Ulsan as currently under construction and outlines wider expansion ambitions. 2/5/15 GW strategy does not establish Ulsan contracted, powered or operating capacity.
Reports ministry announcement and investment envelope. Rounded 100 MW description differs in precision from ministry 103 MW target; no completion or financial-close verification.
Nebius’s Independence AI data center is a phased Missouri development with a planned capacity envelope of up to 1.2 GW. Construction is documented, but commissioned IT capacity, site utilization and project revenue remain unestablished. This is a distinct campus from the company’s leased Kansas City infrastructure.
Readiness: under construction, with delivery still ahead
Nebius’s dated May 12 announcement describes first-phase construction and a groundbreaking ceremony. Missouri’s economic-development department records the same event; its release substantially follows the developer’s account. DatacenterDynamics reports the launch the following day. These documents support an under-construction classification, with no assertion that all buildings are complete or serving customers.
Location and capacity scope
Nebius places the roughly 400-acre development at Route 78 and Little Blue Parkway. The map uses a representative Independence city-area pin. The 1.2 GW envelope is prospective; it is not accepted IT load. Earlier reporting carries different building counts and smaller capacity descriptions, so this profile does not present a fixed hall count as reconciled engineering.
Does Independence’s moratorium stop Nebius?
The city’s July 6 statement says its 180-day pause applies to new applications and explicitly excludes Nebius. That narrow exemption does not resolve every permit, legal challenge or infrastructure condition. KCTV5’s October 5 report separately says the subsequently adopted rules for future data centers do not affect the existing project. The final ordinance text was not reviewed here; the October scope is attributed to that report.
Nebius lawsuit: October 22 is a hearing, not a construction-halt order
KSHB reports a hearing at 9 a.m. October 22 on residents’ temporary-restraining-order request and the defendants’ dismissal motion. It identifies the city, Missouri ADC Holdings LLC and Independence Power Partners LP as defendants. The plaintiffs’ zoning, open-records and city-charter claims remain allegations. The linked Missouri Courts petition could not be retrieved during this review. No signed construction-stopping order was established; this is a verification limit, not a court-status certification.
Power delivery remains a separate dependency
Nebius describes initial IPL power delivery targeted for the second half of 2026 and a later study for additional supply. Its page also discusses private generation at Blue Valley and prospective on-site generation. The page contains overlapping scope descriptions; no executed contracts, tariffs, regulatory approvals or accepted phase power were reviewed. These remain delivery dependencies.
Companies and economic roles
Nebius Group (Nasdaq: NBIS) is the AI-cloud developer/operator. ARCO is named as a construction participant; IPL and Independence Power Partners appear in the resource plan and reporting. These names do not establish traded-company exposure or supplier earnings. NVIDIA’s appearance in the developer’s announcement does not disclose a site-specific GPU order. Microsoft and Meta’s wider Nebius relationships do not identify either as an Independence customer.
Capital and financing boundaries · Our analysis
A large infrastructure envelope can attract attention while concealing very different cash obligations. Investors should distinguish land, buildings, electrical infrastructure and rapidly depreciating computing equipment. Tax-incentive mechanisms and authorized industrial-development bond ceilings must not be treated as cash drawn, third-party financing closed, construction cost or revenue. No site budget, lease economics or financing-close certification is supplied by this profile.
Timeline and the next evidence
March 2026: Nebius reports approval of its Chapter 100 incentive application. May 12: company and state records document groundbreaking. July 6: the city explicitly excludes Nebius from its new-application moratorium. October 5: KCTV5 reports future-project rules. Reviewed October 11: KSHB reports the October 22 motions hearing. None of these events establishes operating completion.
What would change the assessment · Our analysis
The first legal test is a signed written disposition with its exact scope. A dismissal, denial of restraint, limited restriction or broader injunction can imply different delivery consequences. The next physical tests are phase-specific power acceptance, completed cooling/network systems and delivered customer computing. The economic test is contracted demand converting to recurring cash generation after operating costs and hardware depreciation.
Investor takeaway · Our analysis
Independence adds a significant owned-campus development to Nebius’s footprint, but headline scale alone does not resolve the investment case. Track legal certainty, phased power and actual computing delivery together. The most useful new record would connect a funded, accepted phase to identifiable customer service; until then, utilization, site cash returns and the full-campus schedule remain unknown.
Sources and claim verification
Seven reviewed documents from six issuer/publisher organizations, including project-specific municipal and state records. Same-issuer statements and shared release wording are not independent corroboration. No original interviews or site visits were conducted. Inaccessible court documents are not counted as verified evidence.
Dates the groundbreaking ceremony and first-phase construction; names ARCO as construction participant. Ceremony and issuer statements do not certify commissioned capacity.
Describes roughly 400 acres and up to 1.2 GW planned campus capacity; current power and building plans require reconciliation and phase acceptance. Developer resource assurances are not audited outcomes.
The city explicitly excludes Nebius from its 180-day moratorium on new applications. The exclusion is not a court judgment, full-campus permit or operating certificate.
Records the groundbreaking and announced development. Much of this account shares developer-release wording; government hosting is not independent inspection or full permitting.
Reports October 22, 2026 at 9 a.m. hearing on requested temporary restraint and dismissal motion. Party allegations are not findings; no signed halt order was established by this report.
Reports adopted rules for future data centers and says they do not affect Nebius. Uses Highway 79; developer and DCD identify Route 78, so do not use this story to place the pin.
Reports the construction launch and distinguishes the campus from leased Kansas City capacity. Older building-count and bond descriptions are not controlling current engineering or proof of funded capital.
Nebius quarterly statements: context for Independence
The shareholder letter’s footprint graphic identifies Missouri. Pages 3 and 5 discuss construction at owned US AI factories, a companywide year-end forecast of 5 GW contracted power and planned annual deployment above 1 GW starting in 2027. Those disclosures provide corporate context; they do not identify Independence’s individual accepted power, customer allocation, revenue, capital expenditure or profitability. The second Meta agreement’s early-2027 timing cannot be assigned to Independence from this letter alone.
For campus-specific construction evidence, use Nebius’s May 12 Independence groundbreaking disclosure alongside the government and independent sources in this profile. Financial-source linkage reviewed October 13, 2026; earlier project review dates are retained.
Delivery commitments and dated checkpoints
Nebius targets initial IPL power in H2 2026 and its Q1 letter targets Missouri operations in 2027. The City’s December 8, 2025 presentation reports PPAs with IPP and an ESA with Nebius executed December 5. These are contracting and future delivery checkpoints; accepted power and commissioned IT MW remain unavailable. The City’s 225 MW initial generator estimate and 200 MW delivery plan have different bases and cannot establish a 25 MW shortfall.
ByteDance / Omnia Pecém: Capacity, Readiness and Investor Analysis
Published October 12, 2026 · Evidence reviewed October 12, 2026 · Construction reported; operations targeted for 2027 with environmental and legal uncertainty
ByteDance’s Brazilian data-center development connects a named customer to Omnia, the data-center platform associated with Pátria Investments, and renewable-power counterparty Casa dos Ventos. This is a documented development at the Pecém complex, rather than a generic nationwide AI investment announcement. Construction is reported, but customer service and commissioned IT capacity have not been verified.
Construction and commercial basis
Reuters reported construction beginning in January, a $2 billion energy agreement lasting 20 years, and initial operations expected in 2027 with expansion through 2029. Those are dated reported milestones and targets, not confirmation that the site is operating today. The physical development, customer contract and electricity procurement must be assessed separately.
Environmental review and Indigenous consultation
The federal public defender’s May 20 account identifies the development in Caucaia and names Omnia WN Holding. DPU and MPF questioned simplified environmental review and sought consultation with the Anacé people, together with stronger water, electrical and socioenvironmental monitoring. The recommendation is extrajudicial; it does not itself establish a court-ordered construction halt.
September legal development
UOL reported a later civil action seeking to prevent operation until further environmental assessment. That report also distinguishes ByteDance’s customer role from Omnia’s facility ownership. We have not verified the present signed court disposition or complete current operating-license file. A request for restrictions must not be described as an injunction already granted. Earlier company assurances about licensing do not resolve a later dispute.
Location and ownership boundaries
Use Pecém complex / Caucaia locality. The exact parcel and phase boundaries remain unverified, so this project appears in the geographic project list without a marker. Federal corporate-change records describe separate entities associated with ByteDance and Omnia; they are not proof that ByteDance owns every building or that all required licenses have been secured.
Timeline and next evidence
January 2026: reported construction start. May: energy agreement reporting and government environmental recommendation. September: reported civil action concerning operation. The 2027 initial-service target remains prospective. Next evidence should establish current court conditions, phase-specific permits, accepted power and customer computing service.
Investor takeaway · Our analysis
An identified customer and reported physical execution strengthen the development basis. The remaining conversion risk is whether built infrastructure can legally and technically enter useful service. Pátria’s platform connection does not disclose site equity, fees, margins or recognized earnings. Track operational acceptance and legal conditions before assigning returns; a large investment headline cannot substitute for that evidence.
Sources and verification
4 distinct documents reviewed, including project-specific government evidence and independent reporting. Multiple accounts of one announcement are not independent milestone confirmations. Current unknowns remain explicit.
Independent reporting — Reports January construction start, a 20-year $2 billion energy agreement and prospective 2027–2029 delivery; licensing assurances are company assertions.
Project-specific government evidence — May recommendation identifies Omnia and Caucaia; seeks additional environmental assessment, consultation and monitoring. Extrajudicial recommendation, not an injunction.
Independent legal reporting — Reports September civil action seeking restrictions on operation; distinguishes ByteDance as customer and Omnia as owner/developer. Current court outcome not verified.
Project-specific government evidence — Resolutions 120 and 121 address distinct ByteDance and Omnia-linked corporate changes. These records do not establish who owns every physical asset or an operating license.
Voltalia Pecém Data Center: Capacity, Readiness and Investor Analysis
Published October 12, 2026 · Evidence reviewed October 12, 2026 · ZPE-approved proposal with signed grid agreement; construction and committed customer unverified
Voltalia’s Pecém proposal combines documented grid access arrangements with approval for an export-services project in the Ceará ZPE. It is distinct from the Omnia development serving ByteDance. The available records support an approved development proposal, not an operating data center or verified construction-ready campus.
Grid agreement and capacity scope
Voltalia’s June announcement reports a signed transmission-use agreement with ONS securing 322 MW of connection capacity. It also describes discussions with data-center operators and planned renewable generation. An agreement reserves or governs access; it does not establish that the facility is energized, that computing equipment has been accepted, or that 322 MW is installed IT load.
Approval and location uncertainty
The federal CZPE summary records Resolution 122 approving future installation at Pecém and names São Gonçalo do Amarante. Caucaia’s municipal announcement claims the development lies wholly within Caucaia and says environmental permission would be sought subsequently. These official descriptions conflict. We retain the broader Pecém / Ceará location and omit a marker until a parcel record resolves the boundary.
Customer and financing boundaries
August Reuters reporting describes ongoing negotiations and Santander’s reported work seeking customer/offtake commitments. It reports 322.5 MW projected capacity and a R$181.7 billion aggregate investment estimate. No source reviewed establishes a signed anchor customer, final operator, financing close or completed expenditure. The estimate is a projection, not Voltalia revenue or a single verified construction budget.
Timeline and next milestone
June 8, 2026: Voltalia discloses transmission agreement. August 25: federal ZPE project approval. August 27: municipal announcement and independent reporting describe the proposal and commercial work. The next decisive milestones are a binding customer/operator structure, current permits, committed phase financing and documented construction. No first-service date is established in this review.
Investor takeaway · Our analysis
Grid access and a federal project approval are meaningful inputs, but the investment case still depends on converting them into a financed customer-serving facility. Voltalia may act as an energy partner or retain other economics; reviewed sources do not settle the final structure. Treat this as earlier-stage optionality, with commercial commitment and delivery evidence carrying more weight than the headline investment estimate.
Sources and verification
5 distinct documents reviewed, including project-specific government evidence and independent reporting. Multiple accounts of one announcement are not independent milestone confirmations. Current unknowns remain explicit.
Project-specific government evidence — Resolution 122 approves a future export-services project at Pecém; summary names São Gonçalo do Amarante. Not proof of all environmental permits.
Project-specific government evidence — Claims project lies entirely in Caucaia and describes environmental licensing as a subsequent step; location conflicts with federal summary.
Scala AI City — Eldorado do Sul: Capacity, Readiness and Investor Analysis
Published October 12, 2026 · Evidence reviewed October 12, 2026 · Planned AI campus with reported grid authorization; current construction and energized IT load unverified
Scala AI City is a planned phased AI campus in Eldorado do Sul, supported by state, municipal and developer records. The 2024 announcement identified 54 MW of initial IT capacity and an approximately $500 million first-phase investment. These remain announced scopes; the review does not establish currently operating equipment or customer utilization.
Capacity figures describe different things
Initial IT plans, grid demand and long-term expansion potential cannot be added together or treated as interchangeable. Scala’s original announcement describes 54 MW of IT capacity. September regulatory reporting describes 120 MW of demand associated with a planned 2028 connection. That larger electrical figure is not independent confirmation of a 120 MW operating IT facility.
Grid progress and remaining conditions
Tele.Síntese reports that ANEEL authorized a transmission connection through Dispatch 3506, dated September 3 and published September 10, with January 2028 connection assumed in the access study. It describes a connection through the Guaíba 3–Nova Santa Rita line and technical monitoring conditions. The original dispatch was not directly retrieved; the account is attributed to the dated report. Authorization is not delivered power.
Financial-guarantee dispute
MegaWhat reported an unsuccessful administrative appeal seeking relief from transmission-access guarantee requirements. For AI City, it also reported July federal-court relief allowing the permanent transmission-use contract to be signed without prior presentation of the contested guarantee. That is distinct from the Jundiaí project covered in the same story. No current signed court disposition was verified, and we do not assume the disputed requirement has permanently disappeared.
Location and readiness
State and municipal documents place the campus in Eldorado do Sul. The marker represents the municipality, not a surveyed entrance or parcel boundary. We classify the campus as announced / development-stage because the reviewed sources do not establish a current construction start, completed campus, environmental-permit completion or accepted computing service. The reported 2028 connection horizon remains a plan.
Timeline
September 2024: state and company announcement. November 2024: municipal protocol. August 2026: independent reporting on transmission guarantees and court relief. September 2026: reported connection authorization. The next evidence should reconcile current guarantee obligations and prove phase-specific permits, physical execution and power acceptance.
Investor takeaway · Our analysis
The project has stronger documented institutional and electrical groundwork than an unsupported AI-city concept. However, access arrangements and governmental support do not establish financing, demand, supplier revenue or operating margins. Scala is privately held; no public semiconductor supplier contract is inferred. Assess the first useful commissioned phase separately from long-term expansion ambitions.
Sources and verification
5 distinct documents reviewed, including project-specific government evidence and independent reporting. Multiple accounts of one announcement are not independent milestone confirmations. Current unknowns remain explicit.
Primary company disclosure — 2024 announcement identifies Eldorado do Sul, initial $500 million investment and 54 MW IT plan; expansion and efficiency claims are prospective.
Project-specific government evidence — Records state letter of intent, location and initial R$3 billion investment plan; not financing close or commissioned capacity.
Independent regulatory reporting — Reports rejected guarantee-waiver appeal and July court relief allowing AI City transmission contract; current judicial disposition not verified.
Béthune is a meaningful Nebius infrastructure project because it combines an existing industrial building with a specialist campus developer and an AI cloud participant. Our analysis: the key question is how quickly phased power and facility delivery become usable computing for customers. The 240 MW headline describes a planned full development, not verified current computing capacity. The project remains participant-reported construction and delivery; commercial operation is not established by this review.
Who is building what
SIG’s September 19, 2025 disclosure identifies Azur Datacenter’s intended use of about 280,000 square feet within the former Bridgestone industrial site. Circular Datacenter identifies itself as a contractor on Azur’s programme for Nebius. These sources establish named roles, not all lease terms, ownership interests or contractual obligations. Nebius’s March 31, 2026 company disclosure describes a 240 MW AI factory near Lille. Read the individual disclosures below before assigning costs or earnings to a participant.
Timeline: preserve the different phase targets
SIG originally described an early-2026 launch expectation. DCD’s February 12 reporting attributes a late-summer first phase and roughly half-capacity end-2026 expectation to Nebius management. Nord France Invest’s June 10 description gives around 27 MW initially, 120 MW in 2026 and full capacity in 2027 or 2028. Circular Datacenter describes 120 MW by end-2026 and 240 MW in 2027. These statements have different dates and levels of specificity; they are not a single verified commissioning schedule. An elapsed target does not prove either completion or cancellation.
Power and readiness: what is still missing
The contractor’s delivery description supports treating the redevelopment as under construction on a participant-reported basis. It does not independently establish which electrical phase is energized or how many megawatts reach computing equipment. We have not verified a phase-specific grid service agreement, current energized IT load or customer acceptance. Accordingly, this profile does not assign a current operating capacity or name a campus customer beyond the documented Nebius relationship.
Government context, with the right boundaries
The Hauts-de-France regional government’s June 1 release identifies Nebius’s planned redevelopment of the former Bridgestone site. Its EUR 8 billion announcement is retained as a regional-government-reported investment ambition, not audited spending or closed financing. A French Treasury bulletin also identifies Azur and the planned 240 MW development. Neither economic announcement is an environmental permit, construction completion certificate or operating authorization. The prefectural consultation dossier was located but could not be retrieved; final environmental decisions and conditions remain unverified.
Financial significance · Our analysis
Campus development, electrical infrastructure, computing hardware and cloud service delivery create different economic exposures. A property developer can deliver a hall while the cloud operator still needs equipment installation, acceptance and sufficient customer use. Without disclosed lease pricing, financing allocation, installed equipment and utilization, a campus-specific revenue or return estimate would depend on unsupported assumptions. We therefore do not convert the announced investment envelope or planned MW into Nebius earnings, supplier orders or a stock valuation.
What would change the assessment
The strongest next evidence would be a dated decision establishing applicable permit conditions, followed by phase-specific energization and computing acceptance. A customer-availability announcement should identify the site and scope rather than describe Nebius’s global platform. Financial disclosures would become more informative if they separate this campus’s obligations and expenditure from portfolio-wide commitments. An updated source can strengthen one milestone without proving the rest of the campus is complete.
Investor takeaway · Our analysis
Follow the conversion from an industrial redevelopment to powered halls, installed computing and paying workloads. Béthune belongs in the Nebius research footprint because its location, participants and planned scale are supported. Its investment significance will become clearer as the electrical phases and customer service are documented. Until then, keep the proposed 240 MW envelope, government investment announcements and current operating evidence separate.
Regional-government press release identifies Nebius at the former Bridgestone site in Béthune; EUR 8 billion is announced investment, not verified spending or closed finance. Complete government-authored PDF retrieved via chamber-of-commerce hosting.
Names its contractor role for Azur’s Nebius programme; describes 120 MW end-2026 and 240 MW in 2027 targets. Publication date not established; reviewed October 12.
Identifies the Nebius–Azur partnership and phased target of approximately 27 MW initially, 120 MW in 2026 and 240 MW by 2027 or 2028. Promotional disclosure is not independent operating measurement.
Page 10 identifies Béthune, Azur and planned 240 MW. Historical July delivery expectation and reported investment commitments do not verify current commissioning; exact bulletin date not established in this review.
TSMC Arizona is an operating semiconductor manufacturing campus with substantial construction and planned expansion around it. NVIDIA’s dated production disclosure provides a specific AI connection: Blackwell wafers are being made in Phoenix. The campus also serves other markets, so it should not be described as exclusively dedicated to AI or as an AI data center.
Our analysis: follow three conversions—buildings into qualified wafer production, wafer output into packaged devices, and invested capital into durable cash generation. The USD 265 billion announcement measures long-term planned scope; it does not establish money already spent, full-campus completion or current site earnings.
The legal operating entity is TSMC Arizona Corporation, a subsidiary of TSMC. The reviewed city infrastructure record gives 5088 W. Innovation Circle in Phoenix; the county air-quality index identifies the same facility area. Our map uses a representative campus-area pin, not individual fab boundaries.
The project record covers the TSMC manufacturing campus and its own planned packaging. Amkor’s Peoria campus and GlobalFoundries’ Malta, New York facility are separate projects, described here only where a disclosed commercial relationship supports the Arizona supply-chain discussion. Their land, construction budgets and capacity must not be added to TSMC Phoenix totals.
The original May 2020 plan was approximately USD 12 billion for one fab, with a historical 20,000-wafer-per-month target. The December 2022 disclosure expanded the programme to USD 40 billion for two fabs. Those are historical plans, not current measured production.
By the November 2024 federal award, the funded programme described more than USD 65 billion across three fabs. The March 2025 issuer disclosure increased the planned envelope to USD 165 billion, adding fabs, packaging and R&D. The July 2026 federal announcement added another USD 100 billion, for USD 265 billion and 12 semiconductor manufacturing/packaging facilities in the overall plan.
The state’s July description separates 10 fabs from two packaging facilities. The company campus page distinguishes work underway from further intentions. These differently scoped descriptions should not become a claim that 12 wafer fabs are operating. Our analysis: track actual phase delivery rather than use investment-announcement totals as an execution score.
AI customer evidence: NVIDIA is specific; the whole campus is broader
NVIDIA reported on October 17, 2025 that Blackwell wafer production at TSMC’s Phoenix facility had reached volume production. This is direct customer evidence of an AI manufacturing role, while chip volumes, order values and Arizona-attributable revenue remain undisclosed.
Apple’s February 24, 2026 release stated it was on track to buy well over 100 million advanced chips made at TSMC Arizona that year. That is a dated purchase expectation, not audited completed annual purchases or an AI-only workload allocation.
Our analysis: a campus serving multiple products can benefit from broader demand, but AI and consumer-electronics exposures have different cycles. Neither customer statement supplies a complete fab utilization schedule. Avoid assigning every TSMC customer or every AI accelerator to Phoenix without campus-specific evidence.
Packaging: TSMC’s facility and Amkor are separate paths
Reuters’ April 22, 2026 interview reporting attributes to a TSMC executive a goal for Arizona CoWoS and 3D-IC capability before 2029. It remains an executive target. It is not proof that the packaging plant has opened.
The June 16, 2026 joint TSMC–Amkor disclosure establishes a 10-year framework for procuring advanced packaging and testing in Arizona. The earlier October 2024 partnership announcement identifies planned services at Amkor’s Peoria site for customers using TSMC Phoenix fabrication. Neither announcement proves that all technologies are commercially available or quantifies Arizona contract revenue.
Our analysis: proximity can shorten manufacturing handoffs, but partners still need equipment, qualified processes and matching production schedules. TSMC’s own packaging and Amkor’s facility must retain their respective commissioning milestones. A wafer produced in Arizona does not automatically mean the completed device was packaged entirely in the United States.
October 8 update: interposers from New York, not another Arizona fab
GlobalFoundries announced a USD 2 billion, initial five-year agreement to manufacture silicon interposers for TSMC’s CoWoS ecosystem at Malta, New York, with a volume ramp targeted in the first half of 2028. It is a relevant new packaging supply-chain commitment.
The disclosed geography is New York. This review does not assign all of that output to Arizona or count it as local fab capacity. Our analysis: domestic components could support a more integrated manufacturing network, but the commercial benefit depends on qualified output, customer allocation and delivery. Track the supplier’s milestone separately from the Arizona campus.
CHIPS funding: awarded limits versus received cash
Commerce’s November 15, 2024 final award provides up to USD 6.6 billion in direct support for the then-described three-fab, more-than-USD-65-billion programme. The announcement also describes up to USD 5 billion in proposed loans. Direct funds are tied to completed project milestones.
Award ceilings are not evidence that all money has been disbursed. This review does not extend the historical award automatically to the entire USD 265 billion expansion. Our analysis: grant receipts can improve financing economics, but qualification, timing and obligations affect cash available to the developer. Current receipts, total phase financing and site returns need separate disclosure.
Water and wastewater: an adopted record with concrete conditions
Phoenix File 26-0966, Ordinance S-52899, is marked adopted on May 20, 2026. It authorizes a development agreement for wastewater conveyance improvements supporting up to three fabs, with TSMC responsible for the improvement costs.
The published summary requires the initial industrial reclamation plant before additional flows and describes further reclamation obligations as successive fab groups become occupied and manufacture chips. It specifies immediate contract expiration if the initial plant is not operational by June 30, 2028. Execution and completed works remain unverified.
Our analysis: wastewater infrastructure is an execution dependency with a documented deadline. It deserves the same attention as a production target. A reclamation design promise is not a measured current recycling rate, and an authorization to negotiate or execute infrastructure arrangements is not proof of finished utilities.
Environmental records: what Active does and does not establish
Maricopa County’s Title V index lists TSMC Phoenix Project, facility F041443, as Active. That verifies the index entry, not every permit condition, amendment or compliance finding. Issuance and expiration dates were not established from this summary index.
EPA’s September 2, 2025 correspondence concerns core-and-shell construction before emissions-unit installation. The document includes applicant and county submissions; they are not all EPA findings. Its narrow construction interpretation should not be represented as a blanket operational authorization for every planned fab.
A complete permit audit would need phase-specific permits, modification records, emissions limits and monitoring requirements alongside construction and occupancy evidence. This profile records the government evidence actually reviewed; it does not certify compliance or imply missing records mean the operator lacks authorizations.
TSMC describes facilities, equipment and process technician apprenticeship pathways with local education partners. Such programmes document workforce development, rather than prove staffing is sufficient for every future fab.
Our analysis: skills, utility readiness, specialty materials, equipment availability and successful process qualification must arrive together. A building can be complete while manufacturing output remains constrained. Labour and supplier announcements should change the investor assessment when they resolve a defined dependency, not merely increase the number of logos on the page.
No campus-specific electrical supply capacity, contracted power price or comprehensive utility-upgrade schedule was established in this review. We therefore do not add the semiconductor campus to data-center MW totals or infer power requirements from its capital budget.
How to assess economic significance · Our analysis
For a foundry, economic performance depends on qualified wafer output, customer demand, yield, pricing and operating cost. Packaging adds another production and margin layer. Ramp-up can consume cash before utilization becomes efficient; a large announced budget does not tell investors how rapidly revenue converts into free cash flow.
Company financial results belong on the TSMC company page. They are context, not Arizona earnings. Without disclosed campus output, node-specific utilization and capital allocation, a project-return calculation would require assumptions. We do not publish a price target or divide the entire future programme budget by the first fab’s historical capacity.
Customers and partners have different economic roles. NVIDIA and Apple purchase manufactured products; Amkor provides packaging and testing; GlobalFoundries supplies a packaging component in another state. Their corporate growth cannot be translated into campus earnings without contract and allocation evidence.
What to watch next
The next scheduled company disclosure checkpoint is TSMC’s October 15, 2026 earnings conference. Look for revised Arizona timing, capital allocation and packaging commentary; future results and guidance are not yet known.
Other gates are dated Fab 2 qualification and N3 production, execution and delivery of wastewater works, reclamation operations against the June 2028 condition, and separate confirmation of packaging capability. Maintain the difference between disclosure date, expected delivery and observed completion.
This research update expands the evidence base; it does not announce a new fab opening. News frequency alone is not a milestone. A training class, trade-policy statement or supplier-market development should be integrated when it materially changes the relevant facts or financial interpretation.
Unresolved items include current measured wafer starts, yields and utilization by fab; AI-only production share; site financials; customer allocation; executed infrastructure terms; CHIPS receipts; complete environmental amendments and compliance; and qualified packaging throughput. New construction dates and elapsed targets do not fill these gaps.
Our analysis: the strongest case for TSMC Arizona is the documented move from an announced factory to operating wafer manufacturing, with a direct Blackwell connection and a growing support ecosystem. The next investment question is how successfully later fabs, water infrastructure and packaging are delivered at acceptable returns.
Evaluate operating output, committed support, construction and future intentions as separate evidence categories. Arizona can matter greatly to the AI supply chain without being an AI-only facility, and geographic diversification can be strategically valuable without guaranteeing project profitability.
Official financial disclosures: commitments, spending and margin risk
TSMC’s 2025 Form 20-F confirms the first Arizona facility entered high-volume production at the end of 2024 and records additional land acquired in 2026. Its CHIPS direct-funding award is subject to conditions, compliance requirements and project milestones; the award ceiling is not evidence that all funds have been received.
The July 16, 2026 earnings call confirms management’s expanded Arizona investment plan. The USD 265 billion programme is a multi-year planned commitment, not spending completed or an annual Arizona budget. Management’s USD 60–64 billion capital budget for 2026 applies to TSMC globally. Allocations of 70–80% to advanced processes and 10–20% to packaging, testing, masks and other purposes are also companywide.
Management expects overseas-fab ramp-up to dilute gross margin by 2–3 percentage points in early stages, widening to 3–4 points in later stages. This guidance covers overseas fabs collectively, not an Arizona-specific margin or loss estimate. It should not be confused with the separate margin effect of the 2nm technology ramp.
The August 11 board update approved roughly USD 29.44 billion in capital appropriations covering technology capacity, packaging and fab facilities. These authorizations are companywide, are not proof of cash already spent, and should not be added mechanically to annual capital-budget guidance or the Arizona investment envelope.
Investor implication — our analysis: track planned commitments, authorized investment, actual cash expenditure and realized production separately. Consolidated results and overseas guidance provide context but do not establish Arizona’s standalone revenue, margin or investment return.
Sources, dates and scope
23 distinct documents reviewed October 12, 2026. Same-issuer disclosures are not independent corroboration. Government announcements, adopted records, corporate statements and independent reporting have different evidentiary roles. No interviews, site visits or comprehensive legal/compliance audit performed.
Operator / company disclosure — Arizona campus disclosure: first fab N4 high-volume production began Q4 2024; second fab N3 production targeted second-half 2027; third fab N2/A16 planned by decade end; fourth fab and first packaging plant initial construction begun in early 2026. USD 265 billion is an announced investment envelope.
State government economic announcement — July 16 announcement describes another USD 100 billion, bringing the announced Arizona plan to USD 265 billion and 10 fabs, two packaging facilities and R&D. This is announced scope, not delivered facilities, paid spending or a blanket construction permit.
Municipal milestone announcement — Documents Fab 3 topping-out ceremony May 5. A highest-beam building milestone is not tool installation, production qualification or operating acceptance.
Customer production disclosure — Reports Blackwell wafer volume production at TSMC Phoenix. Wafer production is not evidence of all-US packaging or Arizona revenue allocation.
Federal funding award — Up to USD 6.6 billion direct funding for the historical more-than-USD-65-billion three-fab scope; milestone-based disbursement. Up to USD 5 billion proposed loans; not proof of full disbursement or funding for all later expansion.
Adopted municipal infrastructure authorization — File 26-0966, Ordinance S-52899: adopted wastewater-development authorization, infrastructure costs assigned to TSMC, reclamation conditions and June 30, 2028 initial-plant deadline in the summary. Adoption does not prove execution of agreement or completed works.
Regulatory facility index — Lists TSMC Phoenix Project, facility F041443, 5088 Innovation Circle, as Active. Index is not a complete permit-condition, amendment or compliance audit.
Joint partnership disclosure — 10-year Arizona packaging/testing procurement collaboration; partner campus distinct from TSMC fabs and its own packaging facility. Contract allocation and realized revenue not disclosed.
Supplier manufacturing agreement — USD 2 billion initial five-year TSMC interposer manufacturing agreement, Malta New York, volume ramp targeted first-half 2028. Supply-chain context, not a Phoenix fab or verified Arizona allocation.
Customer sourcing disclosure — Reports being on track to purchase well over 100 million TSMC Arizona chips in 2026. This is a sourcing expectation, not audited final annual purchases or an AI-only workload allocation.
Historical expansion disclosure — USD 165 billion expansion envelope with further fabs, packaging and R&D; issuer-authored filing, not independent corroboration.
Workforce programme disclosure — Facilities, equipment and process technician training with education partners. Programme existence does not establish workforce sufficiency or production ramp success.
Regulatory interpretation correspondence — Core/shell versus emissions-unit construction correspondence. Applicant positions are separated from EPA response; not a campus-wide operating permit.
Federal expansion announcement — Reports USD 265 billion planned investment and total 12 manufacturing/packaging facilities; not 12 operating wafer fabs.
Annual Form 20-F and financial statements — 2025 annual filing confirms first Arizona fab high-volume production at end-2024, additional land acquired in 2026, and conditions, compliance and project milestones attached to CHIPS funding.
Management earnings call transcript — Management discusses Arizona expansion, global USD 60–64 billion 2026 capital budget and collective overseas-fab gross-margin dilution. Guidance is not site-level expenditure or Arizona-only profitability.
Board resolutions and financial update — Board approved second-quarter financial statements and approximately USD 29.4425 billion capital appropriations for advanced technology, packaging and fab facilities. Appropriations are companywide authorizations, not Arizona expenditure or an amount to add to annual capital guidance.
HyperDC's MBL1 proposal would add a large new data-center campus near Geelong, but the investable fact today is a planning application—not approved or operating capacity. The site's proximity to transmission and battery assets may support development, yet no reviewed document establishes a power-service contract, customer commitment, financing close or construction start.
What is proposed
Victoria's ministerial permits register records application PA2604671 for data-center use, buildings, works and vegetation removal at 715 Ballan Road. Independent reporting describes a roughly 39.8-hectare, two-building development delivered in two stages. The government register showed no public-notice or decision milestone when rechecked on October 13.
Power and capacity boundaries
DCD and Real Estate Source describe a developer-stated 400 MW IT concept. The Urban Developer cites a 480 MW facility and a report describing confirmed grid connection at the required capacity, while DataCenterMap lists a 560 MVA power application. These quantities use different boundaries and cannot be treated as interchangeable or delivered. AusNet's nearby terminal station and the Victorian Big Battery are adjacent infrastructure; no reviewed source establishes their owners as contracted economic participants in MBL1.
Capital, cooling and delivery
The Urban Developer reports a proposed A$6.1 billion end value, closed-loop cooling, two construction stages and backup diesel storage. Those figures derive from planning materials and remain proposal estimates. They do not establish committed equity, closed debt, paid construction expenditure, measured water performance or recognized revenue.
Company roles
Hyper DC Pty Ltd is the planning applicant and proposed developer. No listed-company project exposure is assigned. AusNet Services operates nearby transmission infrastructure, and HMC Capital-backed infrastructure is associated with the adjacent battery; physical proximity alone does not establish a project contract, revenue or ownership role.
Key milestones
September 22, 2026: Victoria records receipt of PA2604671. September 29–October 9: specialist and property reporting describes the campus concept and differing capacity measures. October 13: the state register still does not display a decision. The next consequential evidence is a formal planning determination, followed by executable power, financing and construction documents.
Investor takeaway · Our analysis
MBL1 is a credible development lead because its site, applicant and planning process are documented. Its financial significance remains conditional on approval, binding power delivery, capital formation and customer demand. A planning approval would reduce land-use risk; only later power and construction evidence would support moving beyond proposed status.
Distinct campus identity, 39-hectare developer-stated 400 MW concept and nearby infrastructure context; does not establish approval or connection rights.
September 22 application, reported A$6.1 billion and 480 MW proposal scope, and absence of a decision in the state register; figures require reconciliation with 400 MW IT claim.
Track Bergheim/Paffendorf as one campus, not the entire Rhenish cluster. The state record names NRW01, NRW02 and NRW03; the first phase covers NRW01 and shared infrastructure. Bedburg, Elsdorf and Grevenbroich are separate locations.
Construction and regulatory boundary
Microsoft reported the March 12, 2026 ceremony and issued building permits. The later Cologne procedure concerns phase-one backup equipment. An ended consultation does not establish a final authorization; a groundbreaking does not prove commissioning.
Power: thermal input is not computing capacity
The 297.4 MW figure measures combustion thermal input for backup generation. IT MW, binding grid capacity and current energized computing are not established. FJI stores the thermal measurement separately and excludes it from operating-load totals.
Capital and company exposure
RWE’s annual report identifies the April 2024 land sale. Microsoft’s EUR 3.2 billion announcement has Germany-wide scope. Neither establishes Bergheim expenditure, financing close or site earnings. Microsoft is the sponsor; RWE’s verified role is historical land seller.
FJI research question
What was committed to deliver, by when, and what had actually been delivered or paid at each checkpoint? Land sale, construction initiation, permit application and customer acceptance are different stages. No like-for-like delivery variance can yet be calculated.
Investor interpretation · Our analysis
This case adds evidence about the transition from industrial land to cloud infrastructure. A company may monetize land before the cloud operator earns service revenue. A separate backup-permit dependency can remain after building approval. These are research hypotheses to test across projects, not evidence of an industry-wide delay or power shortfall.
Next evidence and invalidation tests
A published final decision would resolve the application milestone. Dated grid and commissioning records could establish usable capacity. Campus-specific financial disclosures could support economic attribution. Until then, operating IT MW, delivered capacity and paid project capex remain unknown. No unnamed chip, equipment or utility supplier is assigned exposure.
Cologne regulator identifies Microsoft Deutschland MCIO GmbH as applicant at Bergheim/Paffendorf, K41, parcel 269, Flur 009. Phase 1 is NRW01 and infrastructure for NRW02/03. The backup-generator application specifies 297.4 MW thermal input; this is neither IT load nor grid capacity. Participation ran May 26–July 27, 2026; closure is not an approval decision.
Document date: not established · checked October 14, 2026
Microsoft reports a March 12, 2026 symbolic groundbreaking in Bergheim and issued building permits for Bergheim and Bedburg. This confirms an initiation milestone, not commissioning or current completion. Bergheim is distinct from the other regional campuses.
Document date: 2026-03-12 · checked October 14, 2026
RWE Annual Report 2024, printed page 39 (PDF page 39), records an April 2024 Bergheim land sale to Microsoft. It establishes a historical land-vendor role, not a campus electricity contract or recurring operating exposure. No transaction price is allocated here.
Document date: 2025-03-20 · checked October 14, 2026
Microsoft described a EUR 3.2 billion Germany investment package on March 18, 2024, with the Rhenish region a focus. The envelope is not Bergheim-only capex, closed project financing or actual spending.
Document date: 2024-03-18 · checked October 14, 2026
Germany Trade & Invest describes the Bergheim ceremony within a wider program spanning Bergheim, Bedburg, Elsdorf and an additional Hesse site. Its April 2, 2026 account corroborates the multi-site scope, not a Bergheim investment allocation.
Document date: 2026-04-02 · checked October 14, 2026
Huechuraba is a named Amazon development, legally held by Servicios Amazon Data Services Chile SpA. The court locates it at Américo Vespucio 1055 in metropolitan Santiago. AWS separately plans a Chile Region supporting cloud and AI/ML services; EFE connects the campus with that wider buildout. No reviewed source assigns a specific accelerator fleet, training cluster or AI-only workload to this site.
What the environmental decision establishes
In its March 31, 2026 judgment, the Segundo Tribunal Ambiental rejected the challenge to the project’s favorable July 2024 environmental resolution. The dispute concerned whether the data center should have been evaluated together with a withdrawn transmission-line proposal. This is a documented legal milestone. It does not establish that every later permit has been secured, that buildings are complete, or that appeals are exhausted.
A phased campus needs phased power evidence
The judgment describes two buildings developed in three stages. Its discussion supports using existing medium-voltage infrastructure for the first stage; later phases remain tied to concessionaires’ technical feasibility. Any future high-voltage infrastructure needs its own review. A phase-one supply rationale cannot be read as proof that the entire future campus is energized.
Keep the two investment scopes separate
The project record carries an estimated USD 205 million investment. AWS’s current Chile page describes a wider program exceeding USD 4 billion over fifteen years, covering construction, connection, operation and maintenance. The figures have different boundaries and must not be added or treated as cash spent. Corporate quarterly results do not provide a Huechuraba earnings or expenditure allocation.
Targets are not delivered capacity
The regional company announcement targets three Availability Zones by end-2026. An Availability Zone is not a campus building, and that regional date is not a verified Huechuraba service deadline. Site IT MW, commissioned load, installed accelerators and utilization remain unavailable. Backup equipment and country-wide installed-capacity statistics cannot fill those fields.
Investor read-through · Our analysis
The useful shift is a narrower permitting uncertainty, not recognition of a completed computing asset. A stronger delivery case would pair current physical progress with accepted electricity and a dated service milestone. Revenue and return analysis needs subsequent campus-specific commercial or financial evidence. Until then, the project estimate and national program describe intentions with different scopes.
What remains open
The next records are current works or municipal acceptance, first-stage energization, later-stage supply arrangements, any subsequent court action and operating-service evidence. The original RCA has not been directly retrieved; inconsistent day-of-month references in the court materials are retained in the audit and summarized publicly as July 2024. Water-demand quantities and secondary capacity claims are not certified here.
Delivery commitments and documented checkpoints
January 2023: Environmental application entered; two-building campus developed in three stages Application, not construction
July 2024: Favorable environmental resolution, as recorded in the court materials Environmental approval; exact day discrepancy retained
2026-03-31: Court rejected the challenge to the environmental authorization Judicial milestone, not commissioning
Unavailable: no comparable site-specific delivery commitment and accepted IT-load actual have been established.
Seven accessible documents: signed applicant filing, court summary and original judgment, two AWS program disclosures, independent EFE reporting and one corporate financial-source check. Same-agency/issuer materials are not separate independent confirmations. EFE reports the legal decision, not a site inspection.
The court upheld the environmental authorization for Servicios Amazon Data Services Chile SpA’s Huechuraba project. It describes an estimated USD 205 million investment and a 10.9-hectare site at Américo Vespucio 1055. Future high-voltage works require their own environmental review.
Project-specific government court summary · Project description and Antecedentes · Checked 2026-10-16
The judgment describes two buildings in three development stages. The first stage can use existing medium-voltage infrastructure; later phases depend on future concessionaire feasibility. It dismisses this challenge to the environmental approval; it does not document delivered IT capacity or exhaustion of later appeals.
Original signed government judgment · PDF pp. 2–5, 19–26 and 39 · Checked 2026-10-16
AWS announced a Chile Region planned by end-2026 with three Availability Zones and AI/ML services. This is a regional plan, not a Huechuraba commissioning date, three-building site plan or disclosure of installed AI equipment.
Original company announcement · Opening paragraphs and AWS in Chile · Checked 2026-10-16
AWS describes planned investment exceeding USD 4 billion over fifteen years in Chilean data-center construction, connection, operation and maintenance. The country-wide program is not Huechuraba capex or money already spent.
Current company program page · Region and investment description · Checked 2026-10-16
EFE reports the March 31 judgment, names Huechuraba and the USD 205 million project estimate, and places it within the wider Chile program. Its country-wide installed-MW statistic is not site capacity. The report does not establish completed construction.
Independent news-agency reporting · Article body · Checked 2026-10-16
The reviewed Q2 2026 results contain no identified Chile or Huechuraba allocation. Corporate results provide context; they do not establish campus expenditure, financing, utilization or attributable revenue.
Original corporate financial disclosure · Search for Chile and Huechuraba; no matches · Checked 2026-10-16
The signed filing identifies the Huechuraba project and applicant and gives a representative project point. Its coordinates locate the application area; they are not a surveyed building footprint or entrance. Applicant design statements do not establish constructed or operating conditions.
Original government-filed applicant declaration · Signed January 13, 2023; Punto representativo del proyecto · Checked 2026-10-16
AI-assisted source-based research. No original interviews or site visits. Reviewed dates are observation dates; historical events retain their own dates.
Google’s Canelones development is the same campus described in the environmental records as Instalación de Centro de Datos – Los Teros, with Eleanor Applications S.R.L. as applicant. It is at Parque de las Ciencias, Ruta 101 km 23.500. Google’s August 2024 announcement explicitly connects the project with growing AI demand. That rationale does not disclose an AI-only load or assign all campus activity to Google Cloud.
Construction is documented; operation is a separate gate
Google announced the start of construction in August 2024. The Presidency’s April 14, 2026 site visit provides later government-observed evidence of substantial works. Ministerial Resolution 644/2024 grants prior environmental authorization, but clause 5 separately requires environmental operating authorization before operation. We have not found that operating authorization or a dated commissioning/customer-service record.
The permitted design and its controls
The revised environmental assessment describes one building installed progressively in four modules. Air-cooled chillers reject heat while water circulates in closed circuits. The approval and assessment preserve environmental controls, including generator documentation and operating-stage monitoring. A completed building shell or an earlier construction announcement does not establish that these later requirements have been met.
Annual electricity is not computing capacity
The technical assessment models final use below 560 GWh/year and describes an initial UTE agreement allowing up to 420 GWh/year. These are annual-energy quantities with different phases and scope. Neither is a disclosed IT-load rating or metered consumption. The reviewed file does not establish installed GPUs, commissioned IT MW or current service utilization.
Air cooling still has a water boundary
The revised assessment estimates 48.1 m³/day of water use, mainly for personnel. Closed-circuit and air-cooled equipment therefore should not be described as a water-free campus. Older coverage of a water-intensive proposal belongs to the superseded design; it is not a current demand estimate. No current metered water use is established.
Capital, exposure and the later challenge
Google announced investment exceeding USD 850 million. That is a project investment plan, not verified construction spending, debt funding or site earnings. El Observador later reported neighbors’ July 29, 2026 administrative challenge to the environmental authorization. Their allegations and requested relief are attributed reporting, not a regulator’s finding or stop order; the present disposition remains unverified.
Investor read-through · Our analysis
This project offers stronger evidence of physical progress than an announced-only concept, but economic delivery still depends on useful operating modules. Track the AAO, utility acceptance and commissioning together. They can establish a more decision-relevant milestone than land area, yearly energy plans or the headline investment. Campus revenue mix, utilization and return on capital remain open questions.
Delivery commitments and documented checkpoints
2024-06-06: RM 644/2024 grants prior environmental authorization and requires separate operating authorization Prior environmental approval, not AAO
2024-08-29: Google announces construction start; independent specialist report follows Company construction announcement
2026-04-14: Presidency visits the site and documents construction progress Dated government-observed works, not commissioning
2026-07-29: Neighbors’ administrative challenge reported by El Observador; outcome not established Reported filing, not a ruling or stay
Unavailable: no matched operating IT-load target and accepted delivered actual. A historic duration estimate alone does not establish schedule variance.
Seven accessible documents: Google’s original announcement; the government dossier, technical assessment and signed approval; a later Presidency construction visit; independent DCD reporting; and independent El Observador administrative-risk reporting. Agency documents share an issuer; DCD’s 2024 report is announcement-based, while the Presidency supplies a separate dated physical-progress observation.
Google announced construction in Canelones, investment exceeding USD 850 million and a role in meeting growing AI demand. The amount is an announced investment plan, not verified spending; the facility serves broader digital infrastructure rather than a disclosed AI-only training load.
Original company project announcement · Opening paragraphs · Checked 2026-10-16
The dossier identifies Eleanor Applications and the Google data center at Parque de las Ciencias, Ruta 101 km 23.500, Ciudad de la Costa, Canelones. It links the technical assessment and Ministerial Resolution 644/2024 and identifies normal electricity supply from UTE.
Project-specific government dossier · Project description and document links · Checked 2026-10-16
The revised plan has one building in four progressive modules, air-cooled chillers and closed water circuits. It models final electricity use below 560 GWh/year, an initial UTE agreement up to 420 GWh/year, and 48.1 m³/day water demand chiefly for personnel. These are planning quantities, not operating IT load or metered use.
Original government engineering assessment · EM2023/36001/015669, reference 28; PDF pp. 1–8 and 27–33 · Checked 2026-10-16
The Presidency documents a visit to the Canelones construction site and substantial building progress. This independently observed, dated milestone supports construction status, but does not establish completed testing, environmental operating authorization or customer service.
Government-observed construction milestone · Construction-site visit account · Checked 2026-10-16
DCD covers the construction announcement and connects Eleanor / Proyecto Teros to Google Canelones. It describes the redesign away from the earlier water-intensive cooling scheme. The old design’s water figure is not current demand, and announcement coverage is not independent commissioning evidence.
Independent specialist reporting · Article body · Checked 2026-10-16
El Observador reports a July 29, 2026 neighbors’ administrative challenge to the environmental authorization, alleging notice and construction-impact problems. The requested revocation or conditions are not a ruling or stop order. A later disposition and any operating acceptance were not established.
Independent local administrative-risk reporting · Accessible article body; challenge date July 29, 2026 · Checked 2026-10-16
Resolution 644/2024 grants Eleanor Applications prior environmental authorization for Los Teros and related air-emission and waste-plan approvals. Clause 5 requires a separate environmental operating authorization before operation. Generator documentation, annual PUE procedures and environmental controls remain part of the operating-stage evidence.
Original government environmental authorization · Expediente 2023/36001/015669; scanned PDF pp. 1, 3, 5–6, clauses 1–5; OCR checked visually · Checked 2026-10-16
AI-assisted source-based research. No original interviews or site visits. Reviewed dates are observation dates; historical events retain their own dates.
Microsoft reports first-campus building work and a second building beginning in May 2026
Capacity scope
Campus IT MW unavailable; district-heat shares are separate network measures.
Business model
Phased hyperscale cloud and AI-supporting infrastructure
Next milestone
Verify phase-one commissioning and service acceptance; distinguish heat delivery from heat-pump readiness.
Representative locality-area pin, not a surveyed campus boundary or entrance.
Identity and delivery
Hepokorpi is the Espoo campus within Microsoft’s three-site Finnish region. The municipality documents a distinct land transaction; the other campuses are Kirkkonummi and Vihti.
Power and capital boundaries
The EUR30.9 million municipal land-sale value is a land transaction, not campus construction spending. Network heat percentages do not measure operating IT load.
Investor read-through
Our analysis: land transfer, building completion and usable cloud capacity create different economic checkpoints. Fortum’s heat recovery depends on a phased compute ramp.
Delivery commitments and dated checkpoints
Target: Microsoft targets first-phase construction around year-end 2026–2027, followed by commissioning preparation.
Undated current source: The city identifies Microsoft as data-centre developer/operator and Fortum as heat-recovery operator. It expects phased operations around 2027. Project-specific municipal account
2023-12-13: Espoo reports the sale of 21.6 hectares to Microsoft 3465 Finland Oy for approximately EUR30.9 million, after the detailed plan entered into force. Original municipal land transaction
Undated current source: The May 2026 Espoo update describes continuing construction and the start of a second building. Original company construction update
2026-04-28: Microsoft identifies three separate campuses and phased delivery; first-phase building work targets the turn of 2026–2027, followed by commissioning preparation. Second-phase permits are issuer-reported. Original company disclosure
2026-06-09: DCD separately identifies Espoo, Kirkkonummi and Vihti as developments, while attributing site-progress details to Microsoft. Its Vaasa land acquisition is another project. Independent specialist reporting; construction details attributed to Microsoft
Undated current source: Fortum identifies planned heat recovery from Espoo and Kirkkonummi. The roughly 40% district-heat contribution is a combined future network estimate, not IT capacity or present delivery. Original heat-offtake partner disclosure
Unavailable: no matched, comparable accepted operating-IT target and actual.
Company connections
Microsoft develops the Espoo campus; Microsoft 3465 Finland Oy is the municipal land purchaser. Fortum has a separate heat-recovery role; no site earnings allocation established.
Energization, commissioning, accepted customer capacity, current operating IT MW, utilisation, project spending and campus earnings remain unverified.
Next observable evidence
Verify phase-one commissioning and service acceptance; distinguish heat delivery from heat-pump readiness.
Sources and claim boundaries
Documents are counted as documents, not independent confirmations. Same-issuer releases and their rewrites share an underlying claim. Six documents across Microsoft, municipality, Fortum and DCD; DCD construction details rely on Microsoft rather than an independent site inspection. The city’s current feature has no displayed publication date. Direct final permit/compliance files remain a follow-up.
Microsoft identifies three separate campuses and phased delivery; first-phase building work targets the turn of 2026–2027, followed by commissioning preparation. Second-phase permits are issuer-reported.
Original company disclosure · Paragraphs 1–5; construction completion and commissioning are separate · Checked 2026-10-16
DCD separately identifies Espoo, Kirkkonummi and Vihti as developments, while attributing site-progress details to Microsoft. Its Vaasa land acquisition is another project.
Independent specialist reporting; construction details attributed to Microsoft · Finland cloud-region background and links to all three local project updates · Checked 2026-10-16
Fortum identifies planned heat recovery from Espoo and Kirkkonummi. The roughly 40% district-heat contribution is a combined future network estimate, not IT capacity or present delivery.
Original heat-offtake partner disclosure · Data centers provide electricity-based district heating; combined two-site scope · Checked 2026-10-16
AI-assisted public-source research by Fjord Journal. No original interviews, site visits, independent metering or whole-project certification. Planned investment and capacity are excluded from delivered-IT and paid-spending aggregates. Unknown values remain unavailable.
Microsoft’s April 2026 update describes first-building interior work and second-building foundations
Capacity scope
HEL04 and HEL05–06 phases; accepted IT MW unavailable.
Business model
Phased hyperscale cloud and AI-supporting infrastructure
Next milestone
Retrieve final HEL05–06 permit and commissioning/utility records for the relevant building.
Representative locality-area pin, not a surveyed campus boundary or entrance.
Project and phase identity
Kolabacken is a distinct physical campus, not another name for Espoo or Vihti. The municipal notice separates HEL04 from HEL05–06.
What changed in the record
The March 2025 municipal notice records the phase-two application. Microsoft’s April 2026 regional release later reports all three campuses’ second-phase permits. This review attributes the later permit assertion to Microsoft; it does not certify the underlying conditions.
Investor read-through
Our analysis: completed earthworks and progressing interiors support a construction classification; neither establishes commissioning or recurring cloud-service output.
Delivery commitments and dated checkpoints
Target: Microsoft’s regional first-phase building-work target is around year-end 2026–2027; service launch to be announced separately.
2025-03-14: The municipality distinguishes permitted HEL04 from the then-pending HEL05–06 application LP-257-2024-02386, filed February 14, 2025. Original municipal permit notice
Undated current source: The April 2026 update reports first-building facade/interior work and second-building foundations at Kirkkonummi; completion of Destia earthworks is not data-centre completion. Original company construction update
2026-04-28: Microsoft identifies three separate campuses and phased delivery; first-phase building work targets the turn of 2026–2027, followed by commissioning preparation. Second-phase permits are issuer-reported. Original company disclosure
2026-06-09: DCD separately identifies Espoo, Kirkkonummi and Vihti as developments, while attributing site-progress details to Microsoft. Its Vaasa land acquisition is another project. Independent specialist reporting; construction details attributed to Microsoft
Undated current source: Fortum identifies planned heat recovery from Espoo and Kirkkonummi. The roughly 40% district-heat contribution is a combined future network estimate, not IT capacity or present delivery. Original heat-offtake partner disclosure
Unavailable: no matched, comparable accepted operating-IT target and actual.
Company connections
Microsoft develops the distinct Kolabacken campus. Fortum’s associated heat-recovery infrastructure is separate from Microsoft’s computing operations.
Energization, commissioning, accepted customer capacity, current operating IT MW, utilisation, project spending and campus earnings remain unverified. Direct final phase-two permit conditions and current compliance disposition require retrieval.
Next observable evidence
Retrieve final HEL05–06 permit and commissioning/utility records for the relevant building.
Sources and claim boundaries
Documents are counted as documents, not independent confirmations. Same-issuer releases and their rewrites share an underlying claim. Five documents; municipal notice establishes the historical application, not the present final legal disposition. Microsoft site/region updates share an issuer; DCD quotes those updates. Fortum corroborates the heat relationship, not compute commissioning.
The April 2026 update reports first-building facade/interior work and second-building foundations at Kirkkonummi; completion of Destia earthworks is not data-centre completion.
Original company construction update · Construction update April 2026; Sundsbergin yritystie 19 site-event address · Checked 2026-10-16
Microsoft identifies three separate campuses and phased delivery; first-phase building work targets the turn of 2026–2027, followed by commissioning preparation. Second-phase permits are issuer-reported.
Original company disclosure · Paragraphs 1–5; construction completion and commissioning are separate · Checked 2026-10-16
DCD separately identifies Espoo, Kirkkonummi and Vihti as developments, while attributing site-progress details to Microsoft. Its Vaasa land acquisition is another project.
Independent specialist reporting; construction details attributed to Microsoft · Finland cloud-region background and links to all three local project updates · Checked 2026-10-16
Fortum identifies planned heat recovery from Espoo and Kirkkonummi. The roughly 40% district-heat contribution is a combined future network estimate, not IT capacity or present delivery.
Original heat-offtake partner disclosure · Data centers provide electricity-based district heating; combined two-site scope · Checked 2026-10-16
AI-assisted public-source research by Fjord Journal. No original interviews, site visits, independent metering or whole-project certification. Planned investment and capacity are excluded from delivered-IT and paid-spending aggregates. Unknown values remain unavailable.
Municipal permit and Microsoft contractor updates document a distinct campus under development and construction
Capacity scope
Campus operating IT MW unavailable; land and regional energy figures excluded from IT totals.
Business model
Phased hyperscale cloud and AI-supporting infrastructure
Next milestone
Check permit 927-406-5-201 disposition, phase completion and customer-service commencement.
Representative locality-area pin, not a surveyed campus boundary or entrance.
Three campuses, one region
Vihti is physically separate from Espoo and Kirkkonummi. The municipality explicitly describes the independently functioning locations, supporting three project records without an extra parent-region record.
Land and permit evidence
Vihti reports two plots of about 46 hectares, a EUR12.3 million land deal and a later building-permit notice for Hankasalontie 12. None establishes total campus expenditure.
Investor read-through
Our analysis: permit progression and contractor mobilisation support a delivery-monitoring case, while commissioning remains a separate future checkpoint.
Delivery commitments and dated checkpoints
Target: Regional first-phase construction target around year-end 2026–2027; commissioning follows.
2026-03-13: Vihti reports a building permit for Microsoft 3465 Finland Oy at Hankasalontie 12, parcel 927-406-5-201, with start rights against security and a reconsideration deadline. Original municipal building-permit decision notice
2023-06-27: Vihti reports a June 15 deed for two plots totalling about 46 hectares and EUR12.3 million. It explicitly describes three separate, independently functioning Finnish sites. Original municipal land transaction
Undated current source: Microsoft identifies Mercury as main contractor from June 2025 and continuing site work at Vihti; its latest labelled construction update is November 2025. Original company construction update
2026-04-28: Microsoft identifies three separate campuses and phased delivery; first-phase building work targets the turn of 2026–2027, followed by commissioning preparation. Second-phase permits are issuer-reported. Original company disclosure
2026-06-09: DCD separately identifies Espoo, Kirkkonummi and Vihti as developments, while attributing site-progress details to Microsoft. Its Vaasa land acquisition is another project. Independent specialist reporting; construction details attributed to Microsoft
Unavailable: no matched, comparable accepted operating-IT target and actual.
Company connections
Microsoft develops Vihti; Microsoft 3465 Finland Oy is the named permit applicant. Mercury is an issuer-identified contractor, with no contract economics established.
Energization, commissioning, accepted customer capacity, current operating IT MW, utilisation, project spending and campus earnings remain unverified. Current reconsideration/appeal disposition and final building compliance remain open.
Next observable evidence
Check permit 927-406-5-201 disposition, phase completion and customer-service commencement.
Sources and claim boundaries
Documents are counted as documents, not independent confirmations. Same-issuer releases and their rewrites share an underlying claim. Five documents; two municipal records provide separate land/permit evidence. Microsoft updates are issuer claims; DCD gives outside reporting but not independent metering or a complete permit audit.
Vihti reports a building permit for Microsoft 3465 Finland Oy at Hankasalontie 12, parcel 927-406-5-201, with start rights against security and a reconsideration deadline.
Original municipal building-permit decision notice · Decision notice paragraphs; March 27, 2026 reconsideration deadline; no current appeal disposition established · Checked 2026-10-16
Vihti reports a June 15 deed for two plots totalling about 46 hectares and EUR12.3 million. It explicitly describes three separate, independently functioning Finnish sites.
Original municipal land transaction · Opening land-transaction paragraphs and three-site description · Checked 2026-10-16
Microsoft identifies Mercury as main contractor from June 2025 and continuing site work at Vihti; its latest labelled construction update is November 2025.
Original company construction update · Main contractor change; Construction update November 2025 · Checked 2026-10-16
Microsoft identifies three separate campuses and phased delivery; first-phase building work targets the turn of 2026–2027, followed by commissioning preparation. Second-phase permits are issuer-reported.
Original company disclosure · Paragraphs 1–5; construction completion and commissioning are separate · Checked 2026-10-16
DCD separately identifies Espoo, Kirkkonummi and Vihti as developments, while attributing site-progress details to Microsoft. Its Vaasa land acquisition is another project.
Independent specialist reporting; construction details attributed to Microsoft · Finland cloud-region background and links to all three local project updates · Checked 2026-10-16
AI-assisted public-source research by Fjord Journal. No original interviews, site visits, independent metering or whole-project certification. Planned investment and capacity are excluded from delivered-IT and paid-spending aggregates. Unknown values remain unavailable.
Existing Google campus with a documented 2011 opening and a separate September 2026 expansion-land transaction
Capacity scope
Current campus IT MW unavailable; EUR13 billion is a multi-location Finland programme.
Business model
Phased hyperscale cloud and AI-supporting infrastructure
Next milestone
Verify expansion-specific permit, funded scope, construction start and accepted capacity.
Representative locality-area pin, not a surveyed campus boundary or entrance.
Operating campus and expansion
The existing Summa campus and newly purchased expansion land are retained in one campus record. Adding this record expands FJI coverage; it does not mean Hamina opened during this review.
Scope of the investment headline
The EUR13 billion commitment covers multiple Finnish communities, digital infrastructure and energy-related activity. It is not booked as Hamina spending.
Investor read-through
Our analysis: an operating campus and prospective expansion can coexist. Tracking the incremental buildings prevents country-level investment commitments from being mistaken for site delivery.
Delivery commitments and dated checkpoints
Target: 2027–2028 is the Finnish investment-programme window, not a Hamina-only delivery guarantee.
2026-09-14: The city confirms deeds signed September 14 for additional land intended for potential Google expansion. Land acquisition does not establish a commissioned extension. Original municipal land-deal confirmation
Undated current source: Google identifies an existing Hamina data centre, a 2011 opening and later expansion milestones; its EUR3.5 billion figure is regional cumulative investment. Original company campus history
2026-09-09: Google announces EUR13 billion across Finnish digital infrastructure, clean energy and partnerships for 2027–2028, naming multiple communities. This is not a Hamina-only budget. Original company investment announcement
2026-09-09: Reuters reports the Finnish infrastructure programme and separate Fortum power agreement. Country-level commitments do not establish Hamina IT load. Independent reporting
Unavailable: no matched, comparable accepted operating-IT target and actual.
Company connections
Google operates Hamina; Alphabet is its public parent. The newly acquired land is potential expansion, not accepted incremental compute.
Energization, commissioning, accepted customer capacity, current operating IT MW, utilisation, project spending and campus earnings remain unverified. Hamina’s allocation of the Finland programme and new-land construction/commissioning remain unknown.
Next observable evidence
Verify expansion-specific permit, funded scope, construction start and accepted capacity.
Sources and claim boundaries
Documents are counted as documents, not independent confirmations. Same-issuer releases and their rewrites share an underlying claim. Four documents: two Google disclosures, municipal deeds confirmation and Reuters. Reuters independently reports the programme; site operating load and paid costs are not independently audited.
The city confirms deeds signed September 14 for additional land intended for potential Google expansion. Land acquisition does not establish a commissioned extension.
Original municipal land-deal confirmation · Opening paragraph; surveys and potential expansion paragraphs · Checked 2026-10-16
Google identifies an existing Hamina data centre, a 2011 opening and later expansion milestones; its EUR3.5 billion figure is regional cumulative investment.
Original company campus history · Milestones of progress; investment-to-date scope; cooling and heat recovery · Checked 2026-10-16
Google announces EUR13 billion across Finnish digital infrastructure, clean energy and partnerships for 2027–2028, naming multiple communities. This is not a Hamina-only budget.
Original company investment announcement · Opening paragraphs and local communities section · Checked 2026-10-16
AI-assisted public-source research by Fjord Journal. No original interviews, site visits, independent metering or whole-project certification. Planned investment and capacity are excluded from delivered-IT and paid-spending aggregates. Unknown values remain unavailable.
Construction and fit-out awards documented; Google’s current inventory still labels Skien in development
Capacity scope
240 MW first-phase allocation, not metered operating IT load.
Business model
Phased hyperscale cloud and AI-supporting infrastructure
Next milestone
Find a dated Google opening/commissioning record and phase-specific accepted electrical capacity.
Representative locality-area pin, not a surveyed campus boundary or entrance.
Construction evidence
The municipality describes activity at Gromstul after the February 2024 start announcement. The contractor subsequently disclosed a fit-out award.
Power and budget
Google’s EUR600 million announcement covers the data centre and related infrastructure. Its 240 MW allocation is not proof of installed or utilised IT load; broader area-wide power figures must remain separate.
Investor read-through
Our analysis: allocated power and a fit-out contract are useful progress checkpoints. A 2026 operating target still needs a dated commissioning or service-start actual.
Delivery commitments and dated checkpoints
Target: 2026 opening was the issuer’s original target; no verified operating actual found in this source set.
Undated current source: Skien identifies Google’s Gromstul land purchase and first-stage construction announcement in February 2024, with subsequent site activity. Project-specific municipal project account
2024-02-07: Google announces EUR600 million for the Skien data centre and related infrastructure, a 240 MW first-phase allocation, and a 2026 operating target. Allocation is not metered IT load. Original issuer release; NTB is distributor
2024-12-18: ZAUNERGROUP reports a specialist fit-out award for Google’s VLB campus in Skien, retaining a 2026 target. Contract value and accepted capacity are not disclosed. Original contractor award disclosure
2024-02-08: DCD reports Skien groundbreaking and distinguishes the 240 MW allocation from the much larger long-term area-wide power figure. Independent specialist reporting
Undated current source: Google continues to list Skien as in development in its European location inventory. Original current company location listing
Unavailable: no matched, comparable accepted operating-IT target and actual.
Company connections
Google sponsors the Gromstul campus. ZAUNERGROUP reports a fit-out award; no contract value or site supplier revenue is established.
Energization, commissioning, accepted customer capacity, current operating IT MW, utilisation, project spending and campus earnings remain unverified. Exact allocation boundary, phased energization and final operating date remain open.
Next observable evidence
Find a dated Google opening/commissioning record and phase-specific accepted electrical capacity.
Sources and claim boundaries
Documents are counted as documents, not independent confirmations. Same-issuer releases and their rewrites share an underlying claim. Five documents across municipality, Google, contractor and DCD. NTB distributes Google’s release and is not an independent corroborator. The current Google location listing remains in development; no inference from another tracker’s operating label is accepted.
Google announces EUR600 million for the Skien data centre and related infrastructure, a 240 MW first-phase allocation, and a 2026 operating target. Allocation is not metered IT load.
Original issuer release; NTB is distributor · Opening construction announcement; infrastructure bullet on first-phase allocation; investment paragraph · Checked 2026-10-16
ZAUNERGROUP reports a specialist fit-out award for Google’s VLB campus in Skien, retaining a 2026 target. Contract value and accepted capacity are not disclosed.
Original contractor award disclosure · ZAUNERGROUP expands Google’s data center; opening paragraph · Checked 2026-10-16
AI-assisted public-source research by Fjord Journal. No original interviews, site visits, independent metering or whole-project certification. Planned investment and capacity are excluded from delivered-IT and paid-spending aggregates. Unknown values remain unavailable.
Google announced opening on November 18, 2025; current total IT load and later cable-work completion remain unverified
Capacity scope
Operating IT MW unavailable; EUR600 million is announced project investment.
Business model
Phased hyperscale cloud and AI-supporting infrastructure
Next milestone
Verify phase-specific metered/accepted load and reconcile the 2026 cable-plan scope with the opened facility.
Representative locality-area pin, not a surveyed campus boundary or entrance.
A distinct Dutch location
Winschoten is separate from Eemshaven, Middenmeer and the Groningen development. The 2023 permit and construction announcement identify the Hoogebrug location.
Opening and later infrastructure
Google’s opening is issuer-reported and covered by DCD. The March 2026 cable-plan notice uses construction wording; its scope is not treated as a reversal of the opening or proof that every electrical phase is complete.
Investor read-through
Our analysis: an opening establishes a stronger milestone than construction, but does not quantify current AI utilisation. Later cable planning must be tracked by its own scope.
Delivery commitments and dated checkpoints
Target: Opening announced November 18, 2025; no accepted full-campus delivery schedule established.
2023-10-18: The province grants Green Box Computing B.V. a permit to establish a data centre at Hoogebrug III, Winschoten DC1A. This is a permit notice, not operating acceptance. Original project-specific government permit notice
2023-12-14: Google announces the start of construction in Winschoten and EUR600 million investment; national energy agreements have a different scope. Original company construction announcement
2025-11-18: Google announces the opening of Winschoten to support its Dutch cloud region and AI-driven services. No current operating IT MW or utilisation is disclosed. Original company opening announcement
2025-11-19: DCD reports the Winschoten opening at Hoogebrug 3 and identifies it separately from Eemshaven, Middenmeer and the Groningen development. Independent specialist reporting
2026-03-25: Oldambt publishes the March 4 adoption of a 110 kV cable-route plan. Its wording describes a data centre under construction; this does not establish the commissioning scope of Google’s 2025 opening. Original municipal cable-plan adoption notice
Unavailable: no matched, comparable accepted operating-IT target and actual.
Company connections
Google identifies Winschoten as its Dutch cloud/AI-supporting site. The provincial notice names Green Box Computing B.V. at Hoogebrug III; this is a location/permit match, not a reviewed corporate ownership chain.
Energization, commissioning, accepted customer capacity, current operating IT MW, utilisation, project spending and campus earnings remain unverified. DC1A legal-entity ownership chain, cable/phase scope and current appeal/utility acceptance remain unverified.
Next observable evidence
Verify phase-specific metered/accepted load and reconcile the 2026 cable-plan scope with the opened facility.
Sources and claim boundaries
Documents are counted as documents, not independent confirmations. Same-issuer releases and their rewrites share an underlying claim. Five documents; two Google announcements share an issuer; DCD independently publishes the opening account. Government permit and cable notices address distinct legal scopes and do not certify current full-campus readiness. The cable notice’s generic wording requires phase reconciliation.
The province grants Green Box Computing B.V. a permit to establish a data centre at Hoogebrug III, Winschoten DC1A. This is a permit notice, not operating acceptance.
Original project-specific government permit notice · Provinciaal Blad 2023 nr.12116, single page, opening and appeal clauses · Checked 2026-10-16
Google announces the opening of Winschoten to support its Dutch cloud region and AI-driven services. No current operating IT MW or utilisation is disclosed.
Original company opening announcement · Opening and cloud-region paragraphs · Checked 2026-10-16
Oldambt publishes the March 4 adoption of a 110 kV cable-route plan. Its wording describes a data centre under construction; this does not establish the commissioning scope of Google’s 2025 opening.
Original municipal cable-plan adoption notice · Gemeenteblad 2026,138505; adoption and cable-route paragraphs; appeal terms · Checked 2026-10-16
AI-assisted public-source research by Fjord Journal. No original interviews, site visits, independent metering or whole-project certification. Planned investment and capacity are excluded from delivered-IT and paid-spending aggregates. Unknown values remain unavailable.
Torrehierro industrial area, Talavera de la Reina, Toledo, Spain
Status
Historical municipal planning evidence and later reported land-reparcelation/guarantee milestones; construction and commissioning not established
Capacity scope
Operating IT MW unavailable; historical planning-cost estimates are not paid capex.
Business model
Phased hyperscale cloud and AI-supporting infrastructure
Next milestone
Retrieve the final reparcelation and building-licence records, then dated physical construction evidence.
Representative locality-area pin, not a surveyed campus boundary or entrance.
What the sources establish
The city records the initial 2023 planning process. Separate DCD reports cover environmental planning and July 2026 administrative progress. Europa Press attributes the September guarantee and prior reparcelation decision to the regional government.
Evidence boundary
The direct 2026 regional files and environmental PDF could not be retrieved. Those later legal milestones remain attributed reporting, not direct-file certification. No construction or operation inference is made.
Investor read-through
Our analysis: land regularisation can advance a project without establishing building completion. Administrative progress should not be counted as available computing capacity.
Delivery commitments and dated checkpoints
Target: No verified current commissioning date. Historical forecasts are not treated as delivered outcomes.
2023-04-05: The city records initial PSI approval and public consultation for Meta’s campus. This historical planning step is not a current construction or operating certificate. Original municipal planning-process notice
2024-03-25: DCD reports publication of the environmental assessment, a EUR750 million project estimate and EUR685 million construction component. These are historical planning estimates. Independent specialist reporting on environmental planning
2026-07-30: DCD describes continued institutional support and remaining administrative procedures for the Talavera campus. It does not document commissioned compute. Independent specialist planning reporting and analysis
2026-09-05: Europa Press attributes to the regional government a September 2 guarantee by Zarza Networks S.L., identified as Meta’s subsidiary, following an August 7 reparcelation decision. The direct 2026 government files were unavailable. Independent publisher relaying a regional-government statement
Unavailable: no matched, comparable accepted operating-IT target and actual.
Company connections
Municipal records identify Meta’s campus; Europa Press identifies Zarza Networks S.L. as Meta’s subsidiary, attributed to the regional government. No campus operating revenue is established.
Energization, commissioning, accepted customer capacity, current operating IT MW, utilisation, project spending and campus earnings remain unverified. Direct 2026 reparcelation/guarantee files, final permits, legal-entity chain and current construction commencement need verification.
Next observable evidence
Retrieve the final reparcelation and building-licence records, then dated physical construction evidence.
Sources and claim boundaries
Documents are counted as documents, not independent confirmations. Same-issuer releases and their rewrites share an underlying claim. Four accessible documents: original municipal planning notice, two DCD reports concerning different periods, and Europa Press’s government-attributed September report. They are not four independent confirmations. Direct original company announcement and latest regional files were unavailable; later legal claims remain attributed and a final legal review remains open.
The city records initial PSI approval and public consultation for Meta’s campus. This historical planning step is not a current construction or operating certificate.
Original municipal planning-process notice · Initial approval, March 28 resolution and public-information paragraphs · Checked 2026-10-16
DCD reports publication of the environmental assessment, a EUR750 million project estimate and EUR685 million construction component. These are historical planning estimates.
Independent specialist reporting on environmental planning · Environmental-resolution account and cost-scope paragraphs; linked direct PDF unavailable at check · Checked 2026-10-16
DCD describes continued institutional support and remaining administrative procedures for the Talavera campus. It does not document commissioned compute.
Independent specialist planning reporting and analysis · Support and pending-administration sections · Checked 2026-10-16
Europa Press attributes to the regional government a September 2 guarantee by Zarza Networks S.L., identified as Meta’s subsidiary, following an August 7 reparcelation decision. The direct 2026 government files were unavailable.
Independent publisher relaying a regional-government statement · September 2 guarantee, August 7 resolution and pending land-registration certificate paragraphs · Checked 2026-10-16
AI-assisted public-source research by Fjord Journal. No original interviews, site visits, independent metering or whole-project certification. Planned investment and capacity are excluded from delivered-IT and paid-spending aggregates. Unknown values remain unavailable.
Former Blyth Power Station site, Cambois, Northumberland, United Kingdom
Status
Enabling earthworks documented; first-building delivery remains a future milestone
Capacity scope
720 MW marketed full-campus figure; 1.1 GW separately reported power scope unresolved; neither is current IT load.
Business model
Phased hyperscale cloud and AI-supporting infrastructure
Next milestone
Verify first-building construction and commissioned service; reconcile 720 MW marketed capacity with reported 1.1 GW power scope.
Representative locality-area pin, not a surveyed campus boundary or entrance.
Physical and legal scope
This is the Cambois former-power-station redevelopment near Blyth. It is separate from the smaller West Sleekburn proposal described in local reporting.
Capacity and capital boundaries
The projected GBP10 billion investment is not a financing close or cash spent. The marketed 720 MW and separately reported 1.1 GW power figure have unresolved boundaries; neither enters delivered-IT totals.
Progress toward operation
fDi reports enabling works from October 2025 using planning and environmental-permit reporting. QTS describes continued earthworks in 2026 and future first-building construction. Enabling work is classified as construction here, with the building phase kept explicit.
Investor read-through
Our analysis: early earthworks and an accelerated phasing proposal improve visibility into the development process, while rent/service commencement remains ahead. Fund ownership does not establish listed-company project earnings.
Delivery commitments and dated checkpoints
Target: fDi reports first-pair operations targeted for 2029 and four buildings by 2030; these are proposed schedules.
2024-09-25: The UK announces a projected GBP10 billion Blackstone-backed AI data-centre investment at Blyth. This is a planned commitment, not cash spent. Original project-specific government investment announcement
Undated current source: QTS identifies its Cambois campus and continuing earthworks in 2026, with first-building construction planned. Its older FAQ schedule is retained as historical wording. Original company project update
Undated current source: The account identifies QTS as developer/operator and describes ten buildings with a marketed 720 MW total; it does not certify delivered power or precise IT/facility boundary. Regional investment-promotion project account
2026-05-18: fDi reports enabling works from October 2025 and proposed operations in 2029 for the first pair, with four buildings targeted by 2030. Its cited 1.1 GW full-project power figure is not treated as equivalent to the marketed 720 MW. Independent reporting using planning documents, FOI and company comment
2026-06-08: Place North East describes applications for remaining enabling works, separately from existing approvals and future building delivery. Independent local planning reporting
2021-08-31: Blackstone-affiliated funds completed the QTS acquisition. The transaction price is corporate acquisition consideration, not a Cambois project cost. Original corporate ownership disclosure
Unavailable: no matched, comparable accepted operating-IT target and actual.
Company connections
QTS develops and will operate Cambois; Renaissance Land and Blackstone-affiliated fund ownership are distinct from listed Blackstone’s direct corporate ownership or attributable site earnings.
Energization, commissioning, accepted customer capacity, current operating IT MW, utilisation, project spending and campus earnings remain unverified. Final detailed permissions, grid/IT basis reconciliation, funded phase budgets, tenant acceptance and actual spend remain open.
Next observable evidence
Verify first-building construction and commissioned service; reconcile 720 MW marketed capacity with reported 1.1 GW power scope.
Sources and claim boundaries
Documents are counted as documents, not independent confirmations. Same-issuer releases and their rewrites share an underlying claim. Six documents across government, QTS, regional investment promotion, independent fDi/Place reporting and Blackstone corporate disclosure. The 2021 acquisition verifies ownership history, not campus financing. Direct local-council news URLs returned 404; national government and independent planning coverage remain available.
QTS identifies its Cambois campus and continuing earthworks in 2026, with first-building construction planned. Its older FAQ schedule is retained as historical wording.
Original company project update · What is happening next? and project FAQ; no first-building completion inferred · Checked 2026-10-16
The account identifies QTS as developer/operator and describes ten buildings with a marketed 720 MW total; it does not certify delivered power or precise IT/facility boundary.
fDi reports enabling works from October 2025 and proposed operations in 2029 for the first pair, with four buildings targeted by 2030. Its cited 1.1 GW full-project power figure is not treated as equivalent to the marketed 720 MW.
Independent reporting using planning documents, FOI and company comment · Planning-statement review, Environment Agency permit reporting and company response · Checked 2026-10-16
AI-assisted public-source research by Fjord Journal. No original interviews, site visits, independent metering or whole-project certification. Planned investment and capacity are excluded from delivered-IT and paid-spending aggregates. Unknown values remain unavailable.
DeepGreen Western Passage SPV LLC proposes subsea computing equipment near Eastport, Maine. FERC accepted its preliminary-permit application for filing in August 2026. The reviewed record supports an early feasibility proposal, with municipal restrictions and opposition; it does not establish an issued permit, construction approval or operating equipment.
Power and computing
FERC lists up to 16 tidal turbine-generators rated at 300 kW each, equivalent to up to 4.8 MW of proposed generating nameplate, and 34 compute pods. Nameplate is equipment rating, not continuous generation or IT load. The notice describes a captive generation loop without a grid connection. Continuous supply, storage, conversion losses and useful computing remain unverified.
Local approvals and opposition
Eastport’s September 9 minutes record adoption of a large-scale-data-center ban and authorization to seek intervention. The council’s September 22 letter says the ban includes underwater centers within the areas covered by the provisions. It also anticipates further clarification. This profile does not resolve offshore jurisdiction, preemption or the project’s final legal applicability.
Company role and capital
The named federal applicant is DeepGreen Western Passage SPV LLC. No verified publicly traded customer, supplier or sponsor relationship is established. ORPC expressly disclaimed affiliation in a statement reported by The Maine Monitor on August 21. An authoritative ownership chain, investor disclosures, committed financing and public quarterly statements were not established; the corporate-disclosure gate remains held.
Investor takeaway
The immediate question is whether a combined marine-energy and computing design can establish technical feasibility and obtain the permissions and capital needed to progress. A filing milestone cannot supply those answers. Current IT MW, project spending, commercial acceptance and attributable earnings remain unavailable.
Next evidence
The official filing deadline is October 19, 2026 at 5 p.m. Eastern. A subsequent FERC decision and its conditions, any clarified municipal rules, phase-specific feasibility studies and executed commercial agreements would be the next observable developments. There is no verified construction or customer-service start date.
Delivery commitments and dated checkpoints
February 11, 2026: Preliminary-permit application filed; subsequently supplemented and amended. Application filing
August 19, 2026 notice; August 25 publication: FERC accepted the preliminary-permit application for filing and opened comments. No issued permit or construction authorization established. Procedural milestone
September 9, 2026: Eastport approved the large-scale-data-center ordinance and authorized intervention and opposition in the FERC process. Municipal action
September 22, 2026: Council signed a letter requesting denial while expressly recognizing that a preliminary permit would not authorize construction. Municipal correspondence
No verified construction-completion or service-start commitment is available, so schedule variance cannot be measured. Application acceptance and municipal actions do not establish delivered computing capacity.
Six distinct documents: the FERC notice, two separate municipal records, two original Maine Monitor reports and an independently reported Quoddy Tides council account. The two Monitor reports share one newsroom. Government descriptions of the application establish proposed scope, not demonstrated engineering. The complete amended application and an authoritative corporate ownership disclosure were not retrieved.
FERC accepted the preliminary-permit application of DeepGreen Western Passage SPV LLC for filing. Its notice lists 34 compute pods and up to 16 tidal turbine-generators rated 300 kW each, in a captive generation loop without a grid connection. A preliminary permit, if issued, confers filing priority, not construction authority. Comments and competing filings are due October 19, 2026 at 5 p.m. Eastern.
FR Doc. 2026-17254, dated August 19 and published August 25; Federal Register pp. 54868–54869. Project No. 15424-000. · Reviewed 2026-10-17
Council approved the citizen petition prohibiting large-scale data centers by a 5–0 vote and authorized the city manager to seek intervention and prepare an opposition letter in FERC docket P-15424. These are municipal actions, not a FERC decision or proof of construction.
Minutes p. 2, item VI(a); p. 3, item VII(g). · Reviewed 2026-10-17
The signed council letter asks FERC to deny the preliminary permit. It confirms the September 9 ban includes underwater centers within the areas covered by its provisions and says further strengthening and clarification are expected. It acknowledges a preliminary permit would not authorize construction.
Signed letter pp. 1 and 3–4; city posting dated September 23. Scanned original read with OCR and pivotal wording visually checked. · Reviewed 2026-10-17
Original reporting describes the revised proposal and interviews FERC, the developer and ORPC. ORPC expressly disclaims a project affiliation. Reported 15 MW and earlier 51 MW concepts are not treated as verified IT capacity or added to the notice’s listed generation equipment.
Project revisions paragraphs; ORPC statement and direct CEO response; FERC clarification of application acceptance. · Reviewed 2026-10-17
Reporting on the September 9 council meeting corroborates adoption and the intervention request, records questions about the ordinance’s geographic scope, and attributes the developer’s acknowledgment that a study permit is distinct from construction permission.
Council motions, developer statement, ordinance adoption and geographic-scope discussion. · Reviewed 2026-10-17
A separate newsroom reports the September 9 ordinance vote and intervention authorization and explains that application acceptance does not mean a preliminary permit was granted.
September 11 article, opening paragraphs and federal review explanation; full accessible article read. · Reviewed 2026-10-17
AI-assisted source-based research. No original interviews or site visits. Representative map pin shows the Eastport / Western Passage locality, not an approved project footprint.
Verne plans VDC04 beside its operating Keflavík campus in Ásbrú. The new addition has municipal groundwork and building-plan approvals. Verne’s first-phase target is the first quarter of 2028, according to an October 10 report on its local forum presentation.
Capacity and electricity
The application describes three 40 MW phases with up to 120 MW of electricity demand for hosting computer systems, plus cooling and other infrastructure loads. This is the scope of the planned addition. Delivered electricity and commissioned IT capacity remain unavailable.
Approvals and delivery
Reykjanesbær approved the groundwork request in June and building plans in September. Iceland’s environmental appeal board subsequently upheld the determination that a full environmental impact assessment was not required. The October report described groundwork as forthcoming.
Ownership and capital
Ardian completed its acquisition of Verne in March 2024. Its announced investment commitment of up to $1.2 billion in equity and debt covered Verne’s Northern European platform. No portion is assigned here to VDC04. Both companies are treated as private, with public quarterly disclosures unavailable in the reviewed materials.
Investor takeaway
The project has progressed through documented planning milestones. Its construction start, power-service terms and first completed phase will establish how the timetable translates into usable capacity. Existing-campus operations do not demonstrate delivery of the new building.
Next evidence
Watch for dated construction evidence, issued permit conditions, power-service agreements and first-phase commissioning. The stated first-phase target is Q1 2028.
June 19, 2026: Planning council approved the VDC04 groundwork request.
September 8, 2026: Building officer approved plans for 23,998 square metres.
September 11, 2026: Appeal board rejected the challenge to the no-EIA determination.
The first-phase target is in the future. Current records establish approvals and forecasts; an actual start, delivered phase capacity and measurable schedule variance remain unavailable.
Eight project and ownership documents: three project-specific approval records, a municipal forum-date record, original Víkurfréttir reporting, and operator/shareholder disclosures. Issuer statements remain attributed. The local report independently covers the presentation but does not verify actual construction or engineering.
Verne described a potential expansion of its existing Keflavík campus, still under study, for AI and high-performance computing. It proposed up to 120 MW and a supplier information day for August 20.
The September 11 appeal decision upheld the June 2 determination that the proposed expansion need not undergo environmental impact assessment. The application describes three 40 MW phases in 2026–2028 and up to 120 MW of computer-hosting electricity demand, plus ancillary loads.
Original reporting from a Reykjanesbær business and construction forum attributes to Verne a first-phase completion target in the first quarter of 2028 and groundwork expected in the coming weeks. It does not report an observed construction start.
lines19–26; original report of local business/construction forum · Reviewed 2026-10-17
Ardian announced completion of its acquisition of Verne in March 2024. Its up-to-$1.2-billion equity-and-debt commitment concerns the Northern European platform, not the VDC04 budget or money spent at Keflavík.
The June 19 planning council record approves Verne Global ehf.’s groundwork request for VDC04 at Valhallarbraut 868. It identifies an eastern campus addition; environmental assurances are applicant statements.
The September 8 building-officer record approves building plans for 23,998 square metres at Valhallarbraut 868. The recorded action is approval of plans, not a commissioning certificate.
Verne’s current investor page identifies Ardian and describes it as independent and primarily management- and employee-owned. No public quarterly statements for Verne or VDC04 were available in the reviewed official materials.
Investors page, Ardian section; publication date not displayed. · Reviewed 2026-10-17
September 17 minutes record that the business and construction forum took place September 16. This separates the presentation date from the October 10 local report.
Official Valhallarbraut 868 campus-address pin; VDC04 is the eastern extension shown in municipal plans, not this existing building. Official address dataset. AI-assisted source-based research; no original interviews or site visits.
Beyond.pl announced F.I.N., the computing core of its commercial AI Factory, fully operational on September 3, 2025. The system uses NVIDIA DGX B200 hardware and Quantum-2 InfiniBand networking with FlashBlade storage supplied under the Pure Storage name, now Everpure. The operator offers GPU rental and services for AI training and inference.
The host site
The operator places the AI Factory within Data Center 2. Its address is Adama Kręglewskiego 11; the current TIA constructed-facility listing uses 11A. Municipal records connect both addresses to the older Research Centre parcels at Dziadoszańska. A September 2014 permit-register entry records building approval for Beyond.pl. The 2021 environmental entry discontinued a continued-validity proceeding; it was neither a fresh construction approval nor an AI-installation authorization.
Computing performance and campus power
TOP500 lists F.I.N. with installation year 2025 and 7.57 PFlop/s of Linpack Rmax performance, alongside a theoretical Rpeak of 9.36 PFlop/s. It ranked 211th in November 2025 and 235th in June 2026. The listing leaves power consumption blank. These system benchmarks cannot be converted into operating AI IT megawatts. Beyond.pl’s May 2025 launch materials described up to 100 MW of committed power for the wider campus and a 150 MW campus target; those overlapping envelopes do not measure the installed F.I.N. system.
Ownership and suppliers
Beyond.pl Sp. z o.o. is the operator. Kulczyk Investments’ current portfolio reports a 100% holding in Beyond.pl. The reviewed materials establish group ownership, without a fresh statutory extract identifying the current direct shareholder. NVIDIA and the storage supplier are technology participants, not campus owners. Current official investor and quarterly financial documents for both public suppliers are linked below; they do not establish project-attributable revenue.
Economics and delivery risks
Puls Biznesu reported a first-phase investment above PLN 100 million in May 2025, while the executive interviewed described a nine-digit amount. This is a dated reported estimate, not a verified final bill or paid expenditure. Commercial returns depend on customer use, pricing, equipment performance and subsequent investment. The reviewed documents do not establish utilization, recurring project earnings or final project spending.
What would establish the next phase
The first phase has an operator commissioning disclosure and a public benchmark record. Further installed-system inventories, phase-specific contracted and energized power, measured AI IT load, and disclosed expenditure or customer use would establish the scale of later delivery. No later completion deadline is inferred.
System commissioning: F.I.N. described as fully operational on 3 September 2025.
External benchmark record: TOP500 installation year 2025; rank 211 in November 2025 and 235 in June 2026; Rmax 7.57 PFlop/s.
The first AI phase has an operating record. The evidence does not establish delivery of the full campus power envelope, later phases or customer utilization; broad summer expectations do not justify calculating a precise delay.
Project-specific Poznań government records establish the physical host; operator disclosures establish the AI installation; TOP500 supplies a separate benchmark record. DCD is an independent publisher reporting the company announcement, while Puls Biznesu contributes original interview-based investment reporting. Ownership and certification have separate official sources. Corporate filings are context and are not counted as project-specific government evidence.
AI Factory launch identifies NVIDIA DGX SuperPOD with B200 GPUs and Pure Storage FlashBlade//S500. It describes up to 100 MW of committed campus power and a150 MW campus target.
English release, launch paragraph and technical/platform and campus paragraphs. · Reviewed 2026-10-17
F.I.N. is listed at Beyond.pl with installation year2025, B200 GPUs, Linpack Rmax7.57 PFlop/s and theoretical Rpeak9.36 PFlop/s; June 2026 rank235, November 2025 rank211.
System180431; performance fields and TOP500 appearance history. · Reviewed 2026-10-17
Current register lists Beyond.pl Data Center2 at Kręglewskiego11A as ANSI/TIA-942-C Constructed Facility Rated4, certificateTIA942PL260223001, expiring22 February 2029.
Facility listing, address and active certification fields; issuer-hosted certificate text also read. · Reviewed 2026-10-17
Pure Storage announced its change of name to Everpure on February 23, 2026. Project commissioning disclosures retain the historical Pure Storage name.
Announcement title and dated header; rebrand section. · Reviewed 2026-10-17
Representative DC 2 campus pin from the company-embedded map entity; not a surveyed F.I.N. building or hall centroid. Company address 11; certified DC 2 facility 11A. Municipal record connects both addresses to the historic site. Company location source. AI-assisted source-based research; no original interviews or site visits.
Related Digital is building a leased AI data center campus for CoreWeave in Cheyenne. State records and independent site reporting support a construction-stage classification. The first building’s late-2026 completion remains a forecast.
Capacity and Investment
Clayco describes 88 MW of planned critical IT in phase one, within a campus planned for up to 302 MW of IT load. Related’s current page also uses 420 MW without explaining the capacity basis. The figures cannot yet be reconciled. Its $1.2 billion first-phase investment is an announced amount, with paid spending unverified.
Company Roles
Related Digital is the developer, CoreWeave the first-phase tenant, Clayco the construction manager and Black Hills Energy the initial electricity provider. Project-specific financing, ownership shares and commercial terms remain unclear.
What Comes Next
Dated first-phase completion, CoreWeave acceptance and verified electrical/computing service.
Location and Evidence Limits
Campus coordinates unverified; no map marker. Cheyenne Business Parkway location is source-confirmed. Exact parcel ownership and campus coordinates, permit conditions, commissioned IT load, tenant acceptance, paid capital, project financing and lease economics remain unverified. The 420 MW capacity basis remains unresolved. No actual operating-power or spending total is established.
Wyoming Business Council records construction in Cheyenne Business Parkway and 2025 data-center sales-tax-exemption eligibility. Its May 2026 catalog describes a 115-acre campus and a first 184,000-square-foot building, with completion forecast for late 2026.
Printed page 9; PDF page index 8, lines 233–237; 2026-05
The mayor’s June 12, 2026 account describes a visit to the construction site, including cooling, electrical and fire-protection equipment. It does not report commissioning or tenant acceptance.
Paragraph beginning Related Digital invited; lines 41–43; 2026-06-12
Related’s October 7, 2025 groundbreaking announcement names CoreWeave as tenant under a long-term lease for the first phase and Black Hills Energy as its initial electric-service provider. Related Digital was founded by privately owned Related Companies.
Opening paragraphs and partner roles; lines 31–44; 2025-10-07
Clayco identifies its construction-manager role, 88 MW of planned critical IT capacity in the initial phase, and up to 302 MW of campus IT load. The first-phase parcel covers 36 acres. The phase is part of the campus total.
Related’s undated current overview describes the first phase as under construction, with $1.2 billion of announced investment. It separately advertises up to 420 MW of capacity without specifying its basis or reconciling the earlier IT figure.
Cowboy State Daily’s June 14 site-tour report independently documents ongoing work and the late-2026 target. It attributes a commitment of more than $20 million for a transformer and substation expansion to Related’s CEO; actual payments are not established.
Site-tour account; lines 20–26, 48–60 and 130–145; 2026-06-14
Source-based research; no original site visit or independent engineering verification. Construction evidence is distinct from operating acceptance.
Proposed / development · Latest applicant-specific status: October 7, 2026 · Evidence reviewed: October 19, 2026
Evidence reviewed October 19, 2026: Visionbay (亞灣超算股份有限公司) proposes a first-phase AI data center in Xiaogang’s Linhai Industrial Park, Kaohsiung, Taiwan. MODA’s July 17, 2026 hearing records an applicant-stated 27 MW phase-one power requirement; this is not verified operating IT load. CNA’s October 7, 2026 report places the BOO application in selection review. An executed BOO agreement, site operation and paid site expenditure remain unverified. MODA hearing record · CNA status report
The applicant, 亞灣超算股份有限公司, is seeking to develop an AI computing center through Taiwan’s build-own-operate (BOO) process. The location is a former steel-plant site in Xiaogang’s Linhai Industrial Park. The exact permit parcels and a precise map point have not been verified. Government hearing minutes
This record covers that first-phase application only. The Software Park’s 64-rack project, K-1, Visionbay’s separately announced operating 5 MW cluster and the broader 10,000-GPU program are not merged into this site.
Visionbay and Hon Hai
Hon Hai, branded Foxconn, held 100% of Visionbay at June 30, 2026. Its Q2 statements record a May 12 transfer from Big Innovation Holdings into direct ownership. That is a dated company-ownership finding, not proof of land ownership or site-specific financing. The official quarterly-report archive supplies the corporate context; the relevant ownership note is on page 19 of the Q2 report.
No exact-site supplier or customer role is established here for NVIDIA, TSMC, IBM, TECO or Netris.
Status and Milestones
June 15, 2026: building-permit issue date subsequently reported by NextApple; the original permit was not retrieved.
July 17, 2026: MODA held the applicant-specific public hearing.
October 7, 2026: CNA reported continuing selection review, with signing targeted by late December. That forecast does not establish an executed agreement or an opening date. CNA status report
Construction completion, energization, commissioning and customer acceptance at Xiaogang remain unverified.
Power and Investment Evidence
The 27 MW figure is the applicant’s phase-one power requirement recorded in MODA’s July 17, 2026 hearing, not verified operating IT load. The applicant said it had a Taipower supply-approval letter, but the letter and its conditions were not obtained. MODA minutes
NextApple’s August 21, 2026 report gives a NT$1.228 billion construction estimate and a leased former steel-plant site near Lichang and Guangyang streets. The original permit and lease remain outstanding. This estimate is narrower than total AI-project investment and does not establish expenditure. Original local site report
Total site capex, paid capital, operating IT load and site revenue are unknown.
Sources and Unresolved Questions
Five distinct documents meet FJI’s source gate, including project-specific government evidence and independent reporting. Hon Hai’s disclosures and Visionbay’s documented subsidiary exception meet the separate corporate gate. These checks qualify the bounded proposal for research coverage; they do not certify the whole project or make its quantities eligible for operating-capacity or spending totals.
The July 23, 2026 CNA report supplies an earlier procedural checkpoint and reported official corroboration of electricity-related permissions. It and the October report are separate dated documents from the same newsroom, not two independent confirmations.
Watch first for an applicant-specific MODA award or signed BOO agreement. The next evidence is the original utility and building instruments, followed by phase-specific commissioning and customer-service confirmation. Until then, a named corporate parent and a power requirement do not establish delivered compute or site earnings.
AI-assisted, source-based research. No original interviews or site visit. Precise map coordinates are withheld because the parcel and permit boundary remain unverified. Research Methodology and AI Assistance.