The AI Compute Race Glossary IT load

IT load

What does “IT load” mean?

IT load

The power drawn by a datacenter’s IT equipment (its servers, storage and network) before cooling and other overhead. Chapters 3, 12.

From The AI Compute Race. Read the book

Where the book uses it

  • Chapter 3 — The Missing Researcher

    The dated promise of an AI that does its own research, what the laboratories have published, and what the public record can and cannot yet check.

  • Chapter 12 — Cross-Examination

    The book’s own thesis put on trial: five claims, each scored against the record and given a dated test that could prove it wrong.

Where the record uses it

Sources that use it

  • BDx Data Centers, “BDx Breaks Ground on 640MW AI Data Center in West Java, Backed by 845MVA of Secured Grid Power,” press release, 22 September 2026 (“BDx Data Centers (“BDx”) today broke ground on AI Campus 2 (CGK4), a 640MW AI data center campus in Jatiluhur, West Java, Indonesia”; “Dedi Mulyadi, Governor of West Java, and Saepul Bahri Binzein, Regent of Purwakarta, attended the groundbreaking ceremony”; “Construction has begun on Building 1, the first of six planned buildings at the site”; “Building 1 will deliver 120MW of IT capacity in phases, with the first contracted phase expected to enter service in early 2027”; the release does not say whether the 640 MW is IT load, and says nothing of an environmental assessment or a building approval). In the Sources
  • Core Scientific, “Core Scientific and Port Muskogee Break Ground on 100 MW HPC Data Center,” 18 November 2024 (approximately 70 MW of critical IT load for CoreWeave; “The site is expected to be operational in 2026”). In the Sources
  • Crusoe, “Crusoe Announces New 900 MW AI Factory Campus in Abilene, Texas to Support Microsoft AI Infrastructure,” 27 March 2026 (two new buildings with an on-site 900 MW power plant, adjacent to the existing campus, “bringing the total projected capacity across the full Abilene site to 2.1 gigawatts”; the first two 100 MW buildings “constructed and energized in under one year”; the 1.2 GW development’s second phase “expected to reach completion by the end of 2026”; “Each of the two new buildings is designed to deliver 336 MW of critical IT load”; re-read on the live page on 20 September 2026). In the Sources
  • Zerra DC, Western Downs Digital Park, the project’s own site, as it stood on 6 October 2026 with the lease commitment announced on 16 September 2026 (the developer “established by AGP Group”, “supported by a consortium comprising Australian Data Centres and Macquarie Capital”; “a proposed master-planned digital and energy precinct and world-scale computing hub” near Dalby, Queensland, “planned to be delivered in four stages over time”; “Anthropic has signed a data centre lease in Queensland Australia: representing a long-term, multi-billion-dollar commitment to the Western Downs Digital Park”, “The development of the WDDP remains subject to planning and regulatory approvals”; “each development stage designed to accommodate approximately 540 MVA of total facility demand”, “This is a design capacity, not the amount of electricity the project will consume continuously”; “The project will bear the full cost of connecting to the grid, including any network upgrades required for the project, so those costs are not passed on to other Queensland electricity users”; no IT megawatts, no date and no dollar figure on the page; the 2.16 GW the press prints is four stages of 540 MVA, apparent power, not IT load). In the Sources
  • New Mexico Environment Department, Air Quality Bureau, draft Statement of Basis for NSR permit 10883, Yucca Growth Infrastructure, dated 29 July 2026 (the applicant’s figure: “YGI’s proposed electrical generation capacity is over 2.0 GW”, and in its table 2.4620 GW, “Provides power to one data center”; generation capacity, not IT load; the permit was later stayed by the state Supreme Court; held in the Library since 5 October 2026; the fuel cells’ exhaust “is approximately 95 percent carbon dioxide once dried”; the bureau struck a 15 percent safety factor from the applicant’s greenhouse-gas calculations, declining “the addition of a safety factor in the calculation to increase the GHG emissions by 1,323,145 tpy, from 8,820,970 tpy to 10,144,115 tpy”). In the Sources

And 5 more: search the Sources.

Related terms

From the glossary of The AI Compute Race.

How to cite this page

Dryburgh, Lee S. “IT load.” In The AI Compute Race. DRYBURGH. https://dryburgh.com/vol1/glossary/it-load (accessed 2026-11-01).

BibTeX

@misc{dryburgh-it-load-2026,
  author = {Dryburgh, Lee S.},
  title = {{IT load}},
  howpublished = {In \emph{The AI Compute Race}, DRYBURGH},
  year = {2026},
  url = {https://dryburgh.com/vol1/glossary/it-load},
  note = {Accessed 2026-11-01}
}

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