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Virginia Data Center Intel

Latest data center news, projects, power and policy across Virginia — updated daily.

Recent Virginia data center news

  • The PEC Leadership Felt ‘Round the World

    The Piedmont Environmental Council (PEC) announces its expanding campaign to expose and reform the impacts of large-scale data center growth and associated energy infrastructure in Virginia.

    • Campaign & policy push: PEC has co-founded the Data Center Reform Coalition (50+ groups), launched the Virginians for a Smarter Digital Future awareness campaign, manually maps existing/approved/proposed data centers, transmission lines, substations and generator air permits, and is pressing the State Corporation Commission (SCC) and Virginia General Assembly for transparency, state oversight/mitigation, financial protection for ratepayers, and pollution-linked tax exemptions; SCC has now created a new energy rate class for data centers and ordered Dominion to propose better cost allocation.
    • Scale, costs & impacts: Virginia hosts ~660 data centers, with campus loads rising from 15 MW to 300 MW each and Dominion forecasting >50 GW peak data center load by 2045 (comparable to the United Kingdom); PEC estimates $90–$270 billion in grid build-out costs (thousands of miles of transmission, hundreds of substations, massive new plants and hundreds of thousands of acres of solar) that would be socialized onto all Virginia ratepayers while Dominion earns ~10% return, amid land-use conflicts in Loudoun, Culpeper, Fauquier and other counties, encroachment on conserved and historic lands, and proposals to relax air pollution limits for diesel backup generators.
  • The friendliest type of energy generation: a conversation on agrivoltaics

    The Piedmont Environmental Council (PEC) has launched a 42-panel agrivoltaics installation at its Community Farm at Roundabout Meadows in Virginia, designed to generate 100% of the farm’s electricity while maintaining active crop production between the panels.

    • Project details and goals: The 42-panel agrivoltaics system powers all farm operations, integrates rows of vegetables between panels, includes battery storage, and is engineered as a farm-forward, easily replicable design for other farmers and urban/built environments; PEC will measure energy and crop output, test soils for PFAS and heavy metals, and publish plans for panel recycling and responsible decommissioning.
    • Policy, grid and land-use context: PEC highlights that rising utility bills driven by data center demand increase the value of on-farm solar, and argues that widespread 1 MW agrivoltaic projects on Virginia’s 39,000 farms could yield 39 GW, exceeding current peak load in Dominion territory; the article stresses the need for easier local permitting and interconnection, protection of net metering, and expanded distributed generation and virtual power plant arrangements to reduce pressure on prime agricultural land and avoid building costly gas peaker plants.
  • General Assembly Snapshot: 2026

    The Piedmont Environmental Council (PEC) outlines its legislative priorities for the 60‑day 2026 Virginia General Assembly session, focusing on conservation, housing and land use, energy and climate, and data center reform.

    • Conservation & land use priorities include sustained and increased state funding for the Land Preservation Tax Credit, Virginia Land Conservation Foundation, Virginia Working Lands Fund, and the proposed Our Virginia Outdoors program (aiming to dedicate $300 million annually to conservation), plus support for establishing Oak Hill as a new state park, creating a Wildlife Corridor Grant Fund, and tracking legislation on invasive species control.
    • Energy, climate, and data center reform priorities emphasize expanding rooftop solar and distributed generation, ensuring responsible siting of large-scale solar and battery storage, defending local land use authority, promoting transit-oriented, climate-friendly housing, and advancing data center reform via state oversight, ratepayer protection, enhanced transparency on energy and water use, impact mitigation (including potential tax changes), and cautious evaluation of demand response policies.
  • On the Ground Updates — December 2025

    The Piedmont Environmental Council (PEC) reports on 2024–2025 land use, energy infrastructure, data center, and conservation actions across nine Virginia counties.

    • Regional actions and plans: Multiple counties (Albemarle, Culpeper, Fauquier, Greene, Loudoun, Remington, Culpeper Town) are updating or adopting Comprehensive Plans, zoning amendments, and ordinances that affect data centers, transmission lines, substations, reservoirs, agritourism, and transportation projects, with PEC providing input, monitoring, and public engagement support.
    • Energy, data centers, and environmental safeguards: Local governments have taken steps such as conditional use permits for data centers outside incentive zones, denial or withdrawal of substation and battery storage projects, scrutiny of new gas turbine onsite generation, opposition to major transmission and road expansions, and legal and public-hearing challenges to PFAS-contaminated biosolids and large mixed-use developments with extensive data center acreage, while PEC coordinates community responses and advocates to avoid, minimize, and mitigate adverse impacts on energy use, water, land, and natural resources.
  • President’s Letter: Looking to the Future

    The Piedmont Environmental Council (PEC) is calling for stronger planning, regulation, and cost accountability for Virginia’s rapid data center and energy infrastructure build-out to protect land, water, and communities in the Virginia Piedmont.

    • PEC warns that up to a trillion dollars in private and public investment through 2045 for data centers and related energy and water infrastructure threatens the lands and waters of the Virginia Piedmont, and urges state leaders to leverage this investment to also conserve land, protect water resources, and strengthen communities, consistent with PEC’s long-standing vision to develop ~10% of land and permanently conserve 50% or more.
    • PEC advocates policy reforms, including better zoning and site planning, underground transmission lines, distributed generation, agrivoltaics, battery storage, and dedicating state revenue from data centers to conservation and water strategies, while arguing before the State Corporation Commission that because data centers are driving no less than 90% of future energy demand, they should pay no less than 90% of the costs to provide that energy and mitigate its impacts on lands, waters, and communities; these issues will be central in upcoming General Assembly and local/regional policy debates.
  • What to Do With Remaining BEAD Funds, a.k.a 'Non-Deployment'?

    The National Telecommunications and Information Administration (NTIA) issued the BEAD Restructuring Policy Notice prioritizing lowest-cost bids, voiding previously approved state plans, and rescinding authorization for non-deployment activities.

    • Main action and effects: NTIA’s June 6 BEAD Restructuring Policy Notice requires states to resubmit plans within 90 days, eliminates scoring criteria for labor practices, climate resilience, and affordability, and replaces multi-criteria evaluation with a single metric—total BEAD cost per location; NTIA now estimates roughly $21 billion in BEAD “savings” across 56 states and territories.
    • Background and specifics: States had planned to use non-deployment funds for workforce development, digital literacy, telehealth, device subsidies, and community anchor institution connections (examples: Louisiana $510 million, Florida ~$200 million); litigation risk and Congressional pushback (bipartisan letters, proposed RECAPTURE Act) are active, and NTIA has promised guidance in early 2026. The draft White House executive order would link eligibility for remaining funds to state AI regulatory frameworks, adding a legal and political dimension.
  • Oracle Database@Google Cloud is Now Available in Canada

    Oracle has announced the availability of Oracle Database@Google Cloud in Canada, including a new partner reseller program for Oracle and Google Cloud partners.

    • Service launch in Canada: Oracle Database@Google Cloud is now offered in North America-Northeast 1 (Montreal) and North America-Northeast 2 (Toronto) Google Cloud regions, providing access to Oracle Exadata Database Service on Dedicated Infrastructure, Oracle Autonomous AI Database, Oracle Autonomous AI Lakehouse, Oracle AI Database 26ai, and Zero Data Loss Autonomous Recovery Service, with in-region data residency to meet Canadian sovereignty and compliance requirements.
    • Partner program and global footprint: A new industry-first partner program lets partners in both Google Cloud Partner Advantage and Oracle PartnerNetwork resell Oracle Database@Google Cloud via Google Cloud Marketplace, while Oracle highlights existing and planned regional availability across North America, Europe, Asia-Pacific, Middle East, and Latin America and positions the service within its broader OCI distributed and multicloud strategy (including Oracle Database@AWS, Oracle Database@Azure, and Oracle Interconnect offerings).
  • Our Investment in Hammerhead AI

    MCJ has announced an investment in Hammerhead AI, a company using AI-driven control software to unlock additional compute capacity within existing data-center power limits.

    • Hammerhead AI’s ORCA software dynamically orchestrates rack-level power, GPU load, cooling, UPS, and on-site storage to reshape workloads in real time, enabling 20–30% more compute output from the same grid allocation and addressing low average data-center utilization of 30–50% documented by a 2024 Lawrence Berkeley National Laboratory report.
    • MCJ participated in Hammerhead AI’s $10M Seed round led by Buoyant Ventures, backing founders Rahul Kar and Rajeev Singh, who previously built industrial control systems managing 8 GW of energy resources at AutoGrid (later acquired by Schneider Electric), positioning Hammerhead as a power- and OPEX-optimization platform for AI-intensive data centers facing grid and substation constraints in hubs like Northern Virginia, Dublin, and the Pacific Northwest.
  • DCF Trends Summit 2025 - Scaling AI: Adaptive Reuse, Power-Rich Sites, and the New GPU Frontier

    Data Center Frontier published a panel session from the 2025 Data Center Frontier Trends Summit summarizing how the industry is using adaptive reuse, modular systems, and behind-the-meter power to fast-track GPU deployments amid power and interconnection constraints.

    • Main announcement / action: The panel (moderated by Sean Farney, JLL) presented concrete strategies—adaptive reuse of legacy industrial sites, liquid cooling, modular prefabricated skids, and behind-the-fence generation/microgrids—to unlock AI capacity; key metrics cited include U.S. colocation vacancy at 2.3%, ~5.4 GW of colocation absorption tracked for the year, an ~8 GW build pipeline (≈73% pre-leased), and a specific adaptive-reuse project in Sandusky, Ohio unlocking over 1 GW of capacity.
    • Background and implementation details: The panel highlighted interconnection wait times up to eight years, recommended energy-as-a-service and onsite generation to bridge delays, discussed RNG blending (10%+), and referenced infrastructure cost examples (utilities estimating $120 million+ for 40–80 MW interconnection upgrades); event details:
      • Date: Data Center Frontier Trends Summit (Aug. 26–28, 2025).
      • Location: Reston, Virginia, USA.
      • Agenda/subject: Panel titled “Scaling AI: The Role of Adaptive Reuse and Power-Rich Sites in GPU Deployment” covering GPU deployment speed, power strategies, cooling technologies, adaptive reuse projects, and AI-driven design/operations.
  • Potential for more air pollution from data centers causes concern in Virginia

    The Virginia Department of Environmental Quality (DEQ) released a guidance memo proposing expanded conditions that would allow data centers to use Tier II diesel backup generators during planned outages when facilities receive less than 15 days’ notice; if finalized the guidance would take effect Jan. 3.

    • Main action: DEQ proposes to treat planned outages with under 15 days’ notice as “sudden and reasonably unforeseeable,” allowing facilities to use Tier II diesel generators (the more-polluting class) for planned outages instead of requiring portable Tier IV units; the memo was issued in November and would take effect Jan. 3 if finalized.
    • Background and details: As of 2024 Virginia has about 8,000 diesel generators permitted for data centers (about half in Northern Virginia) and one Prince William County site has about 300 generators; the rule would require facilities to document when, where, why and how long each generator runs. Key named sources: Michael Dowd (DEQ air and renewable energy division director), Irina Calos (DEQ communications manager), Jeremy Slayton (Dominion Energy spokesperson) and Julie Bolthouse (Piedmont Environmental Council).

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