Back to briefings
Download PDF
US Data Center Briefing · December 20, 2025

December 20, 2025

US utility capex scaling for AI load (Georgia +10,000 MW) Large-load contracting with credit protections (DTE–Oracle/OpenAI 1.4 GW) FERC orders PJM to formalize data-centre colocation rules Transmission buildouts face escalating local opposition (Virginia 500kV line) Water permitting standardization emerges (Ohio EPA general permit proposal)

Market overview (Global | 20 Dec 2025 UTC)

AI-driven load growth is pushing power and grid planning into the critical path for data centre deployment, with regulators increasingly conditioning approvals on ratepayer protections, customer credit support, and environmental/process safeguards. In the US, state and federal bodies are simultaneously (i) approving major generation and large-load contracts and (ii) tightening rules around colocation, permitting, and discharges. Outside the US, India continues to scale both digital and energy infrastructure via renewables PPAs, connectivity platforms, and equipment supply chains.

Risks and watchpoints (near-term)

Key deals, financings, and corporate moves

US: large-load contracting and site pipeline

  • Michigan (Saline Township): 1.4 GW Oracle/OpenAI
    • Michigan regulators unanimously approved DTE Energy’s request to serve a 1.4 GW data centre development by Oracle and OpenAI with contract protections including upfront collateral, minimum charges, and a termination fee.
    • Developers are supporting the project with a ~$14bn debt deal.
    • OpenAI frames the Stargate campus as part of a planned 8 GW in the US and $450bn investment over three years (Michigan approves DTE to power Oracle-OpenAI data center).
  • PJM region: colocation enabling path + pipeline datapoints
    • FERC action is paired (in the same coverage) with: Alterra buying 270 acres for $1.12m for a gas plant + data centre concept (due diligence by Q3 2026), and a note that Oracle’s 1+ GW Michigan data center remains on track for early 2026 (FERC orders PJM to develop data center colocation rules).

India: renewables platform M&A + connectivity consolidation

  • Renewables/services platform: Inox Green Energy will acquire Vibrant Energy from Macquarie Asset Management at an equity valuation of $200m. Vibrant operates ~800 MW of renewables with a 3 GW pipeline and disclosed PPAs including ~500 MW with Amazon and 231 MW with Sify for data centres (Inox Green Energy to buy Vibrant Energy for $200M).
  • Digital connectivity: Megaport acquired Extreme IX, described as India’s largest internet exchange with 4+ Tbps of traffic and interconnections to 400+ networks across 7 cities and 49 locations. Extreme IX will remain carrier-neutral; Megaport will integrate it into its global software-defined network over coming months (Megaport acquires Extreme IX, secures India’s largest internet exchange).

Power, generation, transmission, and interconnection highlights

US: utility capacity build and grid bottlenecks

  • Georgia: +10,000 MW build-out approved
    • Georgia PSC approved (5–0) Georgia Power’s plan to increase generating capacity by ~50% (~10,000 MW), with construction estimated at $16.3bn.
    • Customers are projected to pay $50–$60bn over coming decades.
    • Georgia Power agreed to use new-customer revenue to apply downward pressure on rates from 2029–2031 of at least $8.50/month (Georgia approves 50% power expansion to serve data centers).
  • Virginia: transmission opposition in Data Center Alley

Federal market design: PJM colocation framework

  • FERC ordered PJM to develop transmission rules to allow colocating data centers at gas-fired and nuclear plants, requiring three new transmission services within 60 days and a Jan. 19 report on integrating large loads (FERC orders PJM to develop data center colocation rules).

Energy storage and broader supply outlook

  • India (Odisha): BESS tender
    • SECI issued a tender for 125 MW/500 MWh (4-hour) BESS to supply GRIDCO. It targets six projects (five at 20 MW/80 MWh and one at 25 MW/100 MWh) grouped into three clusters, using e-bidding followed by e-reverse auctions (SECI issues 125 MW/500 MWh 4-hour BESS tender in Odisha).
  • US wind additions: Wood Mackenzie / ACP forecast 7+ GW wind capacity additions in 2025 and 46 GW from 2025–2029; the report notes data centres may drive ~59 GW of the projected 90 GW peak-demand increase through 2029 (US To Install Over 7 GW Wind Capacity in 2025).

Policy, permitting, and regulatory developments

  • Ohio: proposed general discharge permit for data centres
    • Ohio EPA proposed a five-year general permit to allow qualifying data centres to discharge certain cooling and boiler wastewaters into Ohio surface waters under strict conditions.
    • Comment period open through Jan. 16, 2026; final approval rests with Director John Logue (Ohio EPA proposes permit to allow data center discharges).
  • US (telecom infrastructure funding): BEAD repurposing—explicitly excluding data centres
  • India: transmission tariff case
  • Japan: unlocking public funding for nuclear recovery/new build
    • Japan’s trade and industry ministry proposed a loan system for long-term safety upgrades and new nuclear builds; Niigata lawmakers expected to approve restarts of two 1.36 GW Kashiwazaki-Kariwa units.
    • Restart costs estimated $700m–$1bn per unit; a new 1 GW reactor roughly $7bn; public funding could cover ~30% (potentially 30%–50%) (Japan moves to unlock public funding for nuclear recovery).

Operating model implications (design, cooling, sustainability)

  • Sustainability as an operational constraint: Industry commentary frames 2025 as a shift where sustainability (power, water, land) becomes immediate constraint amid AI growth and heightened regulatory/community scrutiny (2025: Sustainability becomes operational constraint for data center industry).
  • Hot-climate siting risk: A visual investigation highlights AI-focused data centres being built in hot regions, citing 21 countries where all data centres are in high-temperature areas; it notes regulatory and community pushback over energy and water use (Hot climates strain global data centers built to serve AI).
  • Latency-driven metro inference: Operator priorities are shifting toward low-latency infrastructure and metro-proximate inference zones; one cited example contrasts 20 ms vs 200 ms latency as a failure-risk threshold for real-time use cases (Latency is survival: building data centres for AI inference).
  • Technical pathway for grid interaction: Research proposes a three-mode grid-forming control for centralized MV UPS/battery systems in large AI data centres; simulated on a 50 MW block with outcomes including zero unserved IT energy and improved PCC voltage under faults vs benchmarks (Three-mode grid-forming control for data center UPS).

What to watch

Subscribe to Data Centers Briefings

Get the briefing in your inbox. Free. One email a day.

Region