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Virginia Data Center Intel
Latest data center news, projects, power and policy across Virginia — updated daily.
Virginia · Construction & power moves · 40
full tracker →Land, power, and interconnection moves across Virginia — each traced to primary filings.
Top JUST IN — Virginia
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PJM proposes reliability standards for large-load ride-through (no docket)
Source: PJM Inside Lines · Sep 10, 2026PJM Inside Lines reports that PJM has proposed new interconnection reliability requirements for large loads, including data centers and crypto-mining facilities, to require facilities to stay connected during grid disturbances and “riding through” voltage and frequency excursions. The article says the proposal responds to a June 18 FERC order and that “PJM plans to file proposed solutions to FERC in November.”
Backed by 1 primary filing — sign in or book a call to see all sources.
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PJM, Dominion Review Large Load Transfer Event
Source: PJM Inside Lines · Aug 11, 2026PJM Inside Lines reports that PJM is reviewing changes to interconnection reliability requirements for Large Loads after a July 22 event in Virginia in which “nearly 4,000 MW of data center load trip offline unexpectedly.” The article also says FERC ordered NERC to create enforceable Reliability Standards for computational loads and that the first phase of new enforcement provisions is due Dec. 31, 2026.
Backed by 1 primary filing — sign in or book a call to see all sources.
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Opening Statement of Commissioner Christie to House Subcommittee on Energy, Climate, and Grid Security
Source: FERCFERC Commissioner Christie warned that U.S. grid reliability faces “potentially catastrophic consequences” as “unprecedented forecasts for demand increases” from “data centers, including Artificial Intelligence (AI)” collide with fast-retiring dispatchable generation and policy pressure. In PJM, he said, “PJM faces unprecedented load growth due to the proliferation of data centers,” while also noting that EPA power-plant rules could “forcibly” accelerate coal retirements and make new gas generation “extremely difficult, if not virtually impossible” to build. Christie also said the PJM interconnection queue “largely consists of intermittent generation, primarily wind and solar,” and that legal challenges are delaying needed natural-gas pipeline infrastructure.
Backed by 1 primary filing — sign in or book a call to see all sources.
Recent Virginia data center news
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Calls for US Data Center Freeze Grow as Local Enthusiasm Melts
Senator Bernie Sanders has called for a national moratorium on new data center construction, urging Congress to slow AI expansion and involve more people in decisions about AI’s future.
- Main action and scope:Sen. Bernie Sanders publicly advocated a national moratorium on data center construction; more than 200 environmental organizations (via a letter) also called for a moratorium citing impacts on water resources, electricity consumption, and greenhouse gas emissions; Data Center Watch reports $64 billion in data center plans have been blocked or delayed by local activism in the last two years.
- Background and additional details: Federal debate is split—Senators Elizabeth Warren, Chris Van Hollen, and Richard Blumenthal are investigating links between data center power usage and rising consumer bills and have sent letters to major hyperscalers (Microsoft, Google, Amazon, Meta, CoreWeave, Digital Realty, Equinix); the Trump administration and U.S. Energy Secretary Chris Wright have pushed for accelerated permitting and less state regulation; a Carnegie Mellon University study projects data center and crypto growth could raise average U.S. electricity costs ~8% by 2030 (with regional spikes, e.g., >25% in Virginia).
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2025’s Biggest Data Center Construction Stories: A Year in Review
Data Center Knowledge published a roundup of its top 10 data center construction stories of 2025, highlighting AI-driven expansion, energy and water constraints, zoning conflicts, and new design approaches.
- Main roundup details: The piece spotlights the Stargate Project (OpenAI, SoftBank, Oracle) pledging up to $500 billion to build up to 20 AI-ready facilities across the United States; JLL forecasted 10 GW of new capacity set for 2025 with roughly 7 GW delivered; SMR (small modular reactor) deployments are referenced as potential power solutions as early as 2027.
- Background and concrete points: Reports document specific industry constraints — heavy AI compute equipment pushing slab-on-grade construction and single-story layouts, water-use/cooling risks for hyperscalers, zoning ambiguities in Missouri and northern Virginia, proposed tariffs affecting imports from Mexico, Canada, and China, and an example where Cove Architecture used an agentic AI platform to produce a 10,000 sq.ft. Colorado design in ~30 days.
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MD lawmakers override climate, environmental bill vetoes
The Maryland General Assembly has overridden Gov. Wes Moore’s vetoes to pass three climate and environmental bills during a special session.
- Main action (override on Dec. 16, special session): Lawmakers passed legislation requiring a study of the cost to Maryland of greenhouse gas emissions (HB0128), a study of the economic, energy and environmental impacts of data center development (HB0270), and creation of an office to plan to meet the state’s energy needs (HB1037).
- Background and implementation details: Gov. Moore had cited the state budget crunch when vetoing the bills and had characterized legislatively mandated studies as “a drag on state government.” A few days before the session he agreed to fund the climate-costs study but provided only half of the $500,000 the bill called for (the bill requested $500,000, implying ~$250,000 provided); advocates lobbied the legislature to override the vetoes. Kim Coble (Maryland League of Conservation Voters) publicly supported moving forward on revenue sources for climate impacts and energy planning.
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The next big shifts in AI workloads and hyperscaler strategies
McKinsey & Company outlines how AI-driven workloads are forcing US hyperscalers to redesign data center strategies, power sourcing, and campus architectures while rapidly scaling capacity.
- AI demand is expected to expand US data center power capacity from ~30+ GW (2025) to 90+ GW (2030, ~22% CAGR), with inference workloads growing at 35% CAGR to >90 GW and training at 22% CAGR to >60 GW, driving shifts toward high-density, liquid-cooled, AI-ready campuses, modular builds, and tier 2 markets where power, land, and permitting are more accessible and faster.
- Hyperscalers are restructuring capital and infrastructure models, including JVs, special-purpose vehicles, lease‑to‑own deals, behind‑the‑meter power (e.g., New APR Energy’s 100 MW+ mobile gas turbines), and hydrogen-powered microgrid campuses, while retrofitting existing sites at $4–7M/MW for co‑locators and $20–30M/MW for hyperscalers to support GPU‑intensive AI and consolidating into multifacility campuses projected to represent ~70% of deployments by 2030.
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Analysis: Costly gas and infrastructure are driving Virginia’s soaring power bills
The Environmental Defense Fund (EDF), via analysis from EQ Research using Dominion Energy and Appalachian Power filings, highlights that volatile fossil fuel prices and rising grid infrastructure spending are the main drivers of surging residential electricity bills in Virginia, while renewable energy offers more stable, lower-cost alternatives.
- Analysis of SCC filings (2019–Apr 2025) finds Dominion residential rates up 20.5% and ApCo up 45.4%, with fuel, transmission, and distribution rate riders—especially natural gas fuel costs (up 62.5% at ApCo) and large increases in grid infrastructure spending—responsible for most bill increases, and notes that data center-driven demand has prompted an SCC order requiring large users to pay at least 85% of contracted distribution/transmission and 60% of generation demand to shield other customers.
- The article explains that Virginia’s monopoly utility model and guaranteed ROE encourage expensive fossil plant and infrastructure projects, while policies such as the Virginia Clean Economy Act and RGGI shift investment toward solar plus storage and other renewables; ApCo’s October announcement of a 24% bill reduction tied to increased renewable usage and a lower fuel factor is cited as evidence that reducing gas dependence and adding clean energy lowers customer bills.
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Virginia regulators weigh expanded use of data centers’ polluting generators
The Virginia Department of Environmental Quality (DEQ) issued guidance expanding the definition of an “emergency” to potentially allow data centers to run Tier II diesel backup generators during certain planned utility outages.
- Main action: DEQ’s Sept. 30 memo from Mike Dowd to Director Michael Rolband would treat some planned outages (notice provided within 14 days or less) as “sudden and reasonably unforeseeable” events, allowing use of Tier II diesel generators that are currently limited to emergencies; the guidance is under public review with environmental groups requesting a 30-day extension to comment and the change would still be under review when Governor-elect Abigail Spanberger takes office in January.
- Background & details: The article cites about 9,000 generators in Virginia (≈8,000 Tier II, about 4,700 in Loudoun County); a legislative report estimated a worst-case 9,000 tons of nitrogen oxides from backup generators in the region. Drivers include over 100 planned transmission upgrades and federal initiatives (DOE’s Speed to Power Initiative cites 17.6 GW of planned data center capacity across five Virginia counties). DEQ said interested parties requested the guidance and that sources must still meet permitted emission limits.
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How Data Centers Became the Hidden Backbone of Our Modern World
Stepchange Ventures’ co-founders, writing in the MCJ Newsletter, outline how data centers have evolved into critical infrastructure, how AI is driving unprecedented power demand, and why this creates both grid constraints and opportunities for more sustainable, abundant energy and compute.
- Data centers emerged from early internet hubs like MAE-East and One Wilshire into hyperscale regions such as Ashburn, Virginia, where data-center-zoned land can reach $6M per acre, while overbuilt fiber networks and subsequent advances like virtualization, cloud (EC2 in 2006), containers, and serverless steadily increased hardware utilization and enabled Web 2.0 and hyperscale cloud growth.
- Power efficiency innovations—including PUE (Power Usage Effectiveness) invented by Christian Belady (typical mid-2000s PUE ≈ 2.5, pushed toward 1.1 by hyperscalers) allowed internet traffic to grow 17x (2010–2020) with relatively flat energy use, but the rise of AI GPUs and 5GW-scale builds now creates 10–100x more power-hungry data centers, intersecting with broader load growth from industrial expansion and electrification, and prompting calls to reengineer chips, grids, and infrastructure for an abundant, sustainable era.
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As Springdale council prepares to vote, residents worry how data center could impact life in town
Allegheny DC Property Company plans to build a 565,000-square-foot data center on the former Cheswick Generating Station site; the Springdale Borough Council will vote on a conditional use permit at its Dec. 16 meeting.
- Project details and timeline: The company closed the sale on Nov. 19 and the borough planning commission recommended approval; the proposed building is 565,000 square feet (about seven stories including rooftop cooling) and could demand as much power at one time as more than 140,000 homes. The permit application was filed in August and the council’s vote is scheduled for Dec. 16 (if the council does not vote before Dec. 31, the issue would restart with a newly seated council).
- Public process, environmental and technical specifics: Allegheny DC says it will use a closed-loop cooling system and sound modeling indicates levels below the borough limit of 85 decibels, but the company has not decided on generator fuel/type; residents and experts raised concerns about noise, water use, backup generator emissions (many generators run on diesel), electric grid impacts, and rising local electricity rates. Public comments noted the council held private deliberations (described as quasi-judicial) and some residents feel the process has excluded community input.
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Renewable energy is key to powering Texas data centers
Google announced it plans to construct three new data centers in Texas at a cost of $40 billion.
- Main announcement & implementation details: Google will build three new data centers in Texas at an estimated $40 billion and has committed a $30 million Energy Impact Fund to scale energy initiatives; the company reports more than 6,200 megawatts of new generation and capacity contracted via power purchase agreements. The OpenAI/Oracle Stargate campus near Abilene has its first two buildings operational and the remaining six buildings are expected to be completed by mid-2026.
- Context, background and project metrics: Texas currently has 375 data centers operating and 70 under construction (Baxtel); ERCOT saw large-load interconnection requests rise from 56 GW (Sept 2024) to 205 GW one year later. Renewables growth includes nearly 877–900 solar projects under development in Texas, >200% increase in ERCOT solar capacity over four years, and 8 TWh of wind/solar curtailed in 2024 due to transmission limits. The SEIA warns federal permitting changes are slowing some solar and storage projects.
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Global Hyperscale Growth Persists Despite Grid and Land Constraints
DC Byte analysis finds hyperscale data center growth shifting from broad geographic expansion toward constraints driven by grid capacity, land availability, and regulatory complexity.
- Main announcement/action: DC Byte, using a dataset of more than 8,000 facilities, concludes that power availability has become the dominant constraint in core hubs (Northern Virginia, Frankfurt, Singapore) and should be treated as the primary planning variable over the next 3–5 years; hyperscalers are securing land and power 24–36 months ahead of planned commissioning and monitoring substation filings, PPA announcements, land banking, and environmental approvals as leading indicators.
- Background and details: The report cites vacancy rates below 1% in several mature regions and references a November 2025 Black & Veatch finding that AI-driven power demand now reshapes utilities’ priorities; it documents regional shifts toward Southeast US (Georgia, North Carolina, Alabama), Southern/Central Europe (Italy, Spain, Poland), and diversified APAC markets (Johor, Jakarta, Bangkok, major Indian metros) and notes a 33% five-year CAGR in Asia‑Pacific hyperscale capacity.