Interconnecting Intelligence The facts on AI, from demand to buildout.

Energy

What powers it: utility load, power deals, generation, grid interconnection and electrical equipment.

5 facts published from 3 filers, latest Nov 3, 2026

How it works

Every AI data center is a large electrical load. The energy layer is where that demand meets generation, the grid and the equipment that connects them, and its build times are measured in years.

US data centers used about 176 TWh of electricity in 2023, roughly 4.4% of the US total1. Berkeley Lab's 2025 update projects 9.5% to 15.3% by 2030, with 11.8% in its reference case2.

Data centers' share of US electricity. Measured in 2023, and Berkeley Lab's projected range for 2030 (dot: reference case) Data in the table below.
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YearShare of US electricity
2023, measured4.4%
2030, projected range9.5% to 15.3%
2030, reference case11.8%

How a data center gets power

  1. Request. A developer asks the local utility for service. Large requests trigger a load study; AEP Ohio's data center tariff, for example, applies from 25 MW4.

  2. Commitment. The utility agrees to serve the load and reports it as committed load in its disclosures and plans.

  3. Tariff and contract. State regulators set the terms for large loads. AEP Ohio's approved tariff bills data centers for at least 85% of their recent peak demand, under contracts of up to four ramp-up years plus eight more4.

  4. Generation and grid. New power plants wait in interconnection queues. About 2,290 GW of generation and storage was in US queues at the end of 2024, the typical project built in 2024 took 55 months from request to operation, and 13% of capacity requested from 2000 to 2019 had been built3.

  5. Equipment. Turbines and transformers are ordered years ahead. Lead times for new heavy-duty gas turbines at GE Vernova are about three years6, and large power transformers can take as long as four5.

  6. Energization. Substations and lines are completed and service starts, often in phases as the campus fills.

Grid connection times rose from 22 months to 55. Typical months from interconnection request to operation, by year the project was built Data in the table below.
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Year builtMonths from request to operation
200822
201536
202455

Terms

Committed load
Demand a utility has agreed to serve, usually reported in megawatts or gigawatts.
Large load
A single customer with very high demand, typically tens or hundreds of megawatts.
Large-load tariff
Regulator-approved terms for large customers, often with minimum payments so other customers don't carry the cost if the load never arrives.
Interconnection queue
The line of projects waiting for permission to connect to the grid.
Integrated resource plan
A utility's long-range forecast of demand and the generation it plans to build or buy, filed with its state regulator.
GW and GWh
Gigawatts measure capacity at one moment; gigawatt-hours measure energy used over time.

Largest figures reported

From published facts in this layer, ranked within each kind of measure. They aren't added together, because two facts can describe the same capacity.

Largest power capacity figures in Energy facts. Ranked, not added: two facts can describe the same capacity Data in the table below.
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FactFigure
Pinnacle West reports committed load increased to 5.8 GW, with more than 15 data center sites in its territory5.8 GW
Cipher Digital begins developing lateral gas pipelines to support up to 2.5 GW of on-site generation2.5 GW
Power capacity
FigureFactPublished
5.8 GW Pinnacle West reports committed load increased to 5.8 GW, with more than 15 data center sites in its territory Nov 3, 2026
2.5 GW Cipher Digital begins developing lateral gas pipelines to support up to 2.5 GW of on-site generation Nov 3, 2026
Energy
FigureFactPublished
42,000 GWh APS 2026 IRP projects retail energy demand rising about 42,000 GWh by 2041, driven by manufacturing and data centers Nov 3, 2026
Dollar amounts
FigureFactPublished
$440 mn APS announces new gas generation including about 720 MW at Saguaro and about 1280MW at Desert Sun Nov 3, 2026
$350 mn NorthStrive Acquisition Corp I agrees business combination with advanced nuclear developer Nuclea Energy at $350 million enterprise value Nov 3, 2026

How it connects

Driven by Compute
Data center campuses set the size and timing of new load requests.
Driven by Demand
New campuses are built to serve growing AI use.
Depends on
Equipment makers, fuel supply, grid operators and state regulators.
Shapes Compute
Energization dates set when new campuses can open.

Who's involved

Companies named most often in this layer's facts.

Where it's happening

Places named most often in this layer's facts.

  • Arizona3
  • Mississauga, Ontario1
  • Texas1

Early signals to watch

Public records that show changes in this layer before they're announced.

RecordWhat it showsHow early
Utility disclosuresCommitted and requested data center loadBefore campuses open, often by years
State utility commission docketsLarge-load tariffs, special contracts and rate casesBefore deals are announced
Integrated resource plansExpected demand growth and the generation neededLong-range outlooks
Interconnection queuesNew generation asking to connect to the gridA typical recent project took 55 months to build3
Equipment makers' orders and backlogsDemand for turbines and transformersLead times of three to four years56
Federal planned-generator dataNew power plants and their planned datesDuring planning

Latest facts

Energy Deal

The definitive agreement was announced November 2, 2026, with closing expected in the first half of 2027. The combined company is to be renamed Nuclea-X Inc. and list on Nasdaq; the release cites data center demand as one driver for Nuclea's technologies.

MoltexNorthStrive Acquisition Corp INuclea EnergyNuclea-X Inc. Source: NorthStrive Acquisition Corp I. 8-K, filed Nov 2, 2026

Sources

  1. US Department of Energy: report on data center electricity demand (Lawrence Berkeley National Laboratory, 2024 report), Dec 20, 2024
  2. Lawrence Berkeley National Laboratory: United States Data Center Energy Usage Report, 2025 Update, June 2026
  3. Lawrence Berkeley National Laboratory: Queued Up, 2025 Edition (data through end of 2024), Dec 2025
  4. AEP Ohio: Data Center Tariff, approved by the Public Utilities Commission of Ohio July 9, 2025
  5. ESS News: US transformer market faces severe supply constraints, citing PwC, May 12, 2026
  6. Power Engineering: GE Vernova first-quarter 2026 results, Apr 23, 2026

Reference figures checked Nov 3, 2026.