Virginia Data Center Intel

Recent Virginia data center news

• May 28, 2026

  Natural gas for power generation flat this summer, record high expected in 2027

  The U.S. Energy Information Administration (EIA) forecasts summer natural gas consumption for electric power will remain near recent highs in 2026 and set a record in 2027.

  • Main forecast: The EIA’s May Short-Term Energy Outlook (STEO) forecasts 43.7 billion cubic feet per day (Bcf/d) average natural gas consumption for the U.S. electric power sector in summer 2026 (June–September), the same as summer 2025 and 4% above the 2021–2025 five-year summer average; it forecasts 46.1 Bcf/d in summer 2027 (a 6% increase, +2.4 Bcf/d), surpassing the 2024 record by 3%.
  • Context and drivers: The STEO notes a 2% increase in overall U.S. electricity demand this summer and projects renewables will grow to 25% of generation in 2027 (from 21% in 2025); it cites new data centers and large manufacturing facilities—particularly in Texas (ERCOT) and Virginia (PJM)—as key commercial drivers, and forecasts West South Central commercial and industrial demand up 20% (summer 2025 to 2027) and ERCOT natural gas generation up 22% over the same period. Background links: May STEO and ERCOT CEO update are referenced.
• May 28, 2026

  Press Release: Virginia is No Longer Deciding What’s Best for Virginia: The NextEra/Dominion Deal is Another Example of Data Centers Determining Our Future

  The announced acquisition of Dominion Energy by NextEra is criticized as a consolidation that will expand monopoly control and drive massive energy infrastructure buildout for data centers in Virginia.

  • Main announcement/expansion: The filing/announcement concerns NextEra’s acquisition of Dominion Energy that would create what the statement calls the largest utility operating across at least five states, intended to facilitate up to 70 GW of data-center-driven buildout in Dominion territory and an estimated 130 GW across PJM territory overall; regulatory oversight questions include the State Corporation Commission (SCC) and Department of Environmental Quality and who will decide siting, costs, and mitigation.
  • Background and impacts: The statement (Piedmont Environmental Council) raises concerns about massive new transmission and generation (3–5x current levels cited), eminent domain use for projects like the Valley Link transmission project, and economic/context figures including $105 billion (combined agriculture/forestry economic output) and $53.3 billion (tourism economic footprint); it asks who will pay for infrastructure, how communities and resources will be protected, and how costs will be assigned to data center demand.
• May 27, 2026

  Tech Giants Are ‘Gobbling Up’ Grid Capacity, Consumers Are Getting the Bill

  Democratic lawmakers and policy officials warned that ratepayers, not technology companies, are bearing the cost of energy infrastructure built to power data centers.

  • Main announcement: Democratic lawmakers and state officials (including West Virginia delegate Kayla Young and Sen. Ron Wyden) warned that ratepayers are shouldering costs for generation, transmission, and data center power infrastructure; Monitoring Analytics found $9.3 billion (70%) of increased electricity costs in the mid-Atlantic last year resulted from data center demand.
  • Background and details:Dominion Energy has proposed a 14% residential rate increase in Virginia for 2026 citing data center and AI-driven demand; West Virginia electric rates have risen 73% per kilowatt hour over the last 10 years. Rep. Paul Tonko introduced a House bill directing federal regulators to require data center developers to cover infrastructure costs rather than shifting them to residential and small business ratepayers.
• May 27, 2026

  The NextEra-Dominion Merger and the New Economics of AI Power

  NextEra Energy has announced a proposed all-stock acquisition of Dominion Energy to create the world’s largest regulated electric utility business.

  • Deal mechanics and commitments: The proposed transaction is an all-stock acquisition with Dominion shareholders receiving 0.8138 NextEra shares per Dominion share, leaving an ownership split of ~74.5% NextEra / ~25.5% Dominion. The combined company would operate under the NextEra name, serve ~10 million utility customer accounts, own 110 GW of generation capacity, and cite >130 GW of “large-load opportunities” in its pipeline. The merger proposal includes $2.25 billion in bill credits for Dominion customers (distributed over two years post-close), $10 million annually in additional charitable giving for five years, retention of dual headquarters, and employment protections for ~15,000 employees. The Virginia GS-5 large-load rate (approved Nov 2025) takes effect Jan 1, 2027.

  • Context and rationale (background facts): NextEra frames the deal as a response to AI-driven, concentrated hyperscale load growth—especially in Northern Virginia’s Data Center Alley—citing Virginia electricity consumption growth of ~3.1% annually (2019–2024) and nearly 30 million MWh added commercial sales. The announcement is a proposed merger (subject to regulatory review) intended to increase capital, generation, transmission, and grid-building capacity while drawing scrutiny over cost allocation, regulatory protections, and risk allocation for residential ratepayers and large-load customers.

• May 27, 2026

  Texas May Have Accidentally Built the Perfect Grid for AI

  ERCOT and industry filings show CREZ-era West Texas transmission corridors are increasingly guiding hyperscale AI campus siting as developers seek bulk power and expandable transmission capacity.

  • Main announcement/action: Galaxy Digital’s Helios campus (previously an Argo Blockchain site) has ERCOT approval for an additional 830 MW, bringing total approved load above 1.6 GW after completion of Large Load Interconnection Studies (LLIS); the project has service agreements with AEP Texas and transmission coordination with WETT, but current physical deployment is phased (initial lease: 133 MW to CoreWeave).
  • Background and details: Filing documents indicate a 327.2 MW self-generator registration (backup power) including 121 Caterpillar diesel generators tied to roughly 252 MW of emergency generation, a currently identified 200 MW co-located load, and broader system context where ERCOT’s large-load queue has ballooned above ~230 GW and industry reports cite transformer shortages (~30%), multi-year lead times, and average global power-delivery timelines of ~4.4 years.
• May 26, 2026

  West Virginia’s Power Potential

  Governor Patrick Morrisey announced the 50 by 50 energy plan to expand West Virginia’s generation capacity.

  • Main announcement: Governor Patrick Morrisey announced the 50 by 50 energy plan to increase state capacity from 15 gigawatts to 50 gigawatts by 2050, adopting an all-of-the-above approach; the plan includes a $1.44 billion investment (announced in 2025) to refurbish coal-fired power plants and actions to return Pleasants Power Station to full output. Also announced: a Hope Gas–WATT Fuel Cell customer program to make 7,250 WATT HOME fuel cells available to customers over the next three years.

  • Background and implementation details: The article summarizes stakeholder perspectives — West Virginia Department of Commerce / Office of Energy (Nicholas Preservati), West Virginia Coal Association (Chris Hamilton), PJM Interconnection (Asim Haque) and Gas and Oil Association of West Virginia (Rebecca McPhail) — on modernizing coal, expanding electric and gas transmission, addressing data center demand, leveraging Frontieras North America’s advanced carbon technology project, and relying on a recent FERC ruling to enable data center co-location with generators. It specifies current generating capacity (~14,000 MW; ~12,500 MW coal, ~1,000 MW natural gas) and emphasizes transmission/pipeline upgrades and site-readiness as prerequisites for project deployment.

• May 26, 2026

  Powering the Future

  Governor Patrick Morrisey announced the 50 by 50 energy plan aiming to expand West Virginia’s generation capacity to 50 gigawatts by 2050.

  • Main announcement: The plan targets 50 gigawatts by 2050, positioning West Virginia as a primary supplier within the PJM Interconnection; the administration is streamlining permitting, coordinating with utilities, and targeting generation growth to support data centers and other energy-intensive industries.
  • Details & context: The West Virginia Office of Energy and Department of Commerce are coordinating generation and grid integration across a comprehensive portfolio (coal, natural gas, nuclear, utility-scale solar, wind, geothermal, hydrogen, hydropower, distributed solar, battery storage); stakeholders cited include FirstEnergy, the Public Service Commission and federal entities (PJM queue, FERC); lawmakers raised concerns about financial risk, local control, the West Virginia Load Forecast Accountability Act, and tax-treatment in House Bill 2014.
• May 26, 2026

  How Power Electronics Cut Generator Run Hours in AI-Scale Data Centers

  DatacenterKnowledge reports that advanced power electronics and battery systems can substantially reduce diesel-generator run hours at AI-scale data centers while preserving uptime.

  • Main announcement/action: DataCenterKnowledge outlines a shift from a “diesel-first” resilience model to a diesel-last approach using grid-forming inverters, AI-capable UPS, high-voltage DC (800 VDC) architectures, and Universal Damping STATCOMs; specific reported capabilities include ON.energy’s 3.5 MW AI UPS units (reported ~3 GW in operation or construction) offering 1–8 hours of backup, and Dimaag.ai’s 800 VDC Zenius + Zifer system presented to ERCOT (April 24, 2026) for evaluation.
  • Background and details: The article references a 2025 Virginia grid fault with an aggregate loss of about 1.5 GW that triggered generator activations; Ramboll’s Universal Damping (UD) STATCOM is proposed as a software-upgrade approach to damp oscillations; Eaton’s Power Xpert 9395P with EnergyAware was tested at Microsoft’s Innovation Center in Boydton, Virginia and evaluated by PJM; Vertiv’s EnergyCore Grid BESS is UL9540A-tested for mission-critical use.
• May 23, 2026

  Utilities May Get an AI Boom the Grid Wasn’t Built For

  AEP Ohio reported in a February filing that its speculative data center queue, initially exceeding 30,000 MW, fell to 5,642 MW after requiring binding financial and legal commitments under a new data center tariff (DCT).

  • Main announcement: AEP Ohio’s February filing states the DCT requirement reduced speculative queue from >30,000 MW to 5,642 MW; the utility says the remaining committed load will be used for PJM Interconnection transmission planning and that the DCT’s primary purpose was to flush out speculative and uncommitted data center load.
  • Context and supporting details: The article contrasts training vs. inference load shapes, cites Jigar Shah on differing policy levers (long-term procurement and behind-the-meter generation for training vs. flexible interconnection, interruptible tariffs, and demand response for inference), and documents ongoing efforts: EPRI, Nvidia, InfraPartners, and Prologis collaborating on a distributed compute demonstration for 5–20 MW AI sites; an E3 whitepaper warning about multi-gigawatt forecasting swings; a Duke University study finding roughly 100 GW of potentially stranded capacity if data centers curtailed 0.5% during peaks; and EPRI’s DCFlex pilots of grid-interactive data center concepts.
• May 22, 2026

  Texas Powers Past Virginia in Global Data Center Rankings

  Cushman & Wakefield has announced Dallas as the No.1 primary data center market globally in its latest Global Data Center Market Comparison report.

  • Main announcement: The report ranks Dallas as the No. 1 primary data center market, followed by Atlanta, Virginia, Columbus, and Johor, and reports capacity under construction ~31.7 GW (2025) versus 12.5 GW in the prior edition; the study examined 107 global markets using 24 variables and places greater emphasis on near- and mid-term scalability and power constraints.
  • Background and details: Cushman highlights power delivery timelines (~5 years in Americas/EMEA, ~2.7 years in APAC) and the shift to bring-your-own-power/on-site generation; firms and projects cited include OpenAI, Oracle, SoftBank’s Stargate (Abilene/West Texas), Meta (El Paso), Google (pledged $40 billion in US infrastructure investment) and Soluna; the note also contrasts Northern Virginia, Frankfurt, London, Amsterdam, and Dublin as markets facing tighter utility and transmission constraints while Texas/ERCOT offers more developable land and generation/transmission pipeline.