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Data center intel

The U.S. data center build-out, tracked and sourced.

What we see across the market, how a data center job runs, and why trade change work goes unbilled. Every figure links to a published source.

01The market

Record spending, record-low vacancy, and a hard limit on power and people.

Figures as of November 2026.

  • U.S. private data center construction reached a record annual rate of about $96.5B in September 2026, up about 90% from a year earlier (preliminary Census data).[1] It first passed $50B in April 2026.[2]
  • Amazon, Alphabet, Meta and Microsoft plan roughly $700B to $830B of 2026 capital spending, and each raised or held its outlook.[3,4]
  • North American data center vacancy hit a record low of 1.4% in the first half of 2026, with a record amount under construction.[5,6]
  • Electricians are the most-cited shortage on data center builds, with pipefitters second; labor shortages are delaying projects.[8,9]
  • Build cost is about $11.3M per MW for shell and core (JLL) and $8.9M to $23.3M per MW all-in (Cushman & Wakefield), up about 21% since late 2024.[24,25]
  • Published breakdowns put electrical at roughly 40% to 50% of build cost and mechanical at roughly 15% to 20%.[26,27]
  • Many 2026 projects are delayed, mostly by power, equipment and approvals; trackers show more delays than outright cancellations, and the "half canceled" claim is disputed.[10,11,12]
  • JLL found 57% of data center projects were delayed at least three months in 2025.[16]
02How a job runs

Six stages from land to turnover.

Published estimates run from about 18 to 30 months end to end where approvals are quick, to 4 to 7 years where they are not.[17,19,18]

  1. 01

    Site and power

    Owner or developer, utility, grid operator

    Land, grid capacity, water and cooling decide whether a site works at all; power is often the binding constraint, and some teams turn to on-site generation.[17,20]

  2. 02

    Entitlements and permits

    Developer, county and state agencies, residents

    Approvals run across federal, state and local agencies; zoning and environmental reviews are common causes of delay.[18,17]

  3. 03

    Design and procurement

    Owner, design engineers, general contractor, vendors

    Engineering covers power distribution, cooling and redundancy.[17] Long-lead gear such as large transformers has been reported at around 36 months.[7]

  4. 04

    Construction

    General contractor, electrical, mechanical and other trades

    Site work, utilities and the electrical and mechanical systems.[17] Electricians are the most-cited labor shortage, with pipefitters next.[8] Changes arrive through verbal directives and unacknowledged notices, and owners push acceleration to hit lease milestones.[13]

  5. 05

    Commissioning

    Commissioning agent, trades, owner operations

    Commissioning runs from factory checks (L1) to integrated systems testing (L5), and guides recommend running it alongside construction rather than at the end.[21,22,17]

  6. 06

    Turnover and operations

    Owner operations, facilities contractors

    Continuous monitoring, maintenance and compliance after commissioning.[17]

03Commissioning

Commissioning levels, L1 to L5.

Each project's specification sets the exact definitions; these are the common meanings.[21,22,23]

  • L1Factory and component checksFactory acceptance tests, certifications and documents before equipment ships.
  • L2Installation checksCabling, piping, torque, terminations, earthing and labeling against the drawings.
  • L3Start-upEach device (UPS, generator, pump, CRAH) energized and checked on its own, with alarms and control points.
  • L4Functional performanceWhole systems and control sequences tested in normal and failure modes, such as utility loss to generator to UPS.
  • L5Integrated systems testThe full facility tested as one system under simulated failures; may include load banks and heat load.
04Where change work comes from

Why extra work on data center jobs goes unbilled.

What construction claims practitioners report on these projects.

  • 01Owner and GC direction given verbally and never turned into a formal change order, plus change notices nobody acknowledges.[13]
  • 02Acceleration to hit tenant lease milestones, bringing overtime, extra shifts and compressed commissioning.[13]
  • 03Money spent to recover from delays caused by others is usually recoverable only if it was agreed in advance.[14]
  • 04Constructive acceleration: owners refuse time extensions, so trades speed up at their own cost.[15]
  • 05Scope ambiguity, incomplete design documents and tenant-driven changes produce contested change orders.[13]
  • 06Mixed-up job-cost records make recovery harder.[13]
Sources

Gathered November 8, 2026. Reports from secondary outlets are marked; check the primary report before relying on a figure.

  1. 1US Data Center Construction Hit a Record $96.5B Rate · FourWeekMBA, citing U.S. Census Bureau (secondary)
  2. 2US Construction Spending on Data Centers Eclipses $50 Billion · Bloomberg Government
  3. 3AI hyperscalers are expected to finish the year spending $828 billion on capex · Hargreaves Lansdown
  4. 4Hyperscalers Hit $700 Billion in 2026 AI Spending Plans · Yahoo Finance
  5. 5North American data center demand continues to outpace supply despite record construction · CBRE
  6. 6Data center vacancy at an all-time low as construction hits a record · Construction Dive
  7. 7Hyperscaler capex and the power crunch · Datacentres.com market note (unverified against primary data)
  8. 8Labor crunch tests growth limits for data center builders · Staffing Industry Analysts
  9. 9Data center workforce shortage: 340,000 unfilled positions · Introl (secondary, cites ABC, AGC/NCCER and Fortune)
  10. 10Global AI data center boom hits delays · Axios
  11. 11Stop saying half of 2026 US datacenter capacity is canceled · SemiAnalysis
  12. 12FT: 47 large US data center projects delayed, withdrawn or blocked in 2026 · AI Weekly, citing the Financial Times (secondary)
  13. 13Managing dispute risk in data center construction · StoneTurn
  14. 14Data centre delay claims, part 2 · Fenwick Elliott
  15. 15Does your cloud have a silver lining? Top ten legal issues on data center projects · Stoel Rives
  16. 16Built but not ready: construction claims in the data center boom · Wood, Smith, Henning & Berman (cites JLL)
  17. 17From Permit to Power-On: How Data Centers Actually Get Built · Global Data Center Hub
  18. 18From dirt to data: the full life-cycle playbook for data center permitting · SWCA
  19. 19Data center construction timeline · Opendock
  20. 20Gridlocked: how power constraints are shaping the future of data centers · Data Center Knowledge
  21. 21Data center commissioning levels · Archdesk
  22. 22How to build a Level 1 to Level 5 Cx test plan · CxPlanner
  23. 23Commissioning data centers · IPS
  24. 24Data centre construction costs rise to $11.3M per MW in 2026 · Datacentres.com, citing JLL (secondary)
  25. 25Cushman & Wakefield 2026 data center development cost guide: 21% rise in per-MW costs · IREI
  26. 26Data center power and electrical infrastructure statistics 2026 · ULE Group (vendor blog)
  27. 27What a data center actually costs · Global Data Center Hub

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