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VA · State profile
Virginia Data Center Intel
Latest data center news, projects, power and policy across Virginia — updated daily.
Recent Virginia data center news
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Powering the AI Future: New Industry Event Tackles Data Center Energy Challenges
Data Center World POWER will bring together utilities, data center operators, technology providers and policymakers to develop actionable solutions for severe power constraints facing data center expansion.
- Event announcement & purpose: Data Center World POWER is scheduled for September 29–October 1, 2025 at the Hyatt Regency Hill Country Resort & Spa, San Antonio, Texas, convening stakeholders to address the data center power availability crisis; the show proper begins with keynotes on September 30 (Chris Crosby of Compass Data Centers and Woody Rickerson of ERCOT), with additional keynotes (Mike Dunleavy; David Holmes of Dell; Michael McNamara of Lancium) and panels on power sourcing, energy efficiency, grid constraints, and tech innovation.
- Background facts & metrics: The article cites almost 3 GW of new US data center capacity deployed in 2024 and ~11 GW expected over the next two years (Knight Frank); more than 12,000 active projects are seeking grid interconnection (AFCOM); Boston Consulting Group estimates a potential power shortage of more than 45 GW. Concrete session items include a SwRI lab tour (hydrogen, PV, battery testing, liquid hydrogen, supercritical CO2 systems), a pre-event golf outing, and sessions on microgrids, natural gas generation, SMRs, hydrogen fuel cells, and on-site/bring-your-own power options.
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Commonwealth Fusion Systems Raises $863 Million to Bring Fusion Power to the Grid
Commonwealth Fusion Systems announced it raised $863 million in a Series B2 round to accelerate commercialization of fusion energy.
- $863 million Series B2: Proceeds will be used to complete the SPARC demonstration machine under construction in Massachusetts and to continue development of the first grid-scale commercial plant ARC in Chesterfield, Virginia; the company aims to connect ARC to the grid in the early 2030s. CFS was spun out of MIT in 2018 and is collaborating with MIT’s Plasma Science and Fusion Center on SPARC.
- Partnerships and investors: Strategic partnerships with Dominion Energy and Google (Google agreed to purchase half the ARC plant’s output). New investors include Brevan Howard Macro Venture Fund, Morgan Stanley’s Counterpoint Global, and NVentures (NVIDIA); a consortium of 12 Japanese companies led by Mitsui, Mitsubishi, and the Development Bank of Japan backed the round. Existing backers including Breakthrough Energy Ventures, Google, Eni, and Lowercarbon Capital increased stakes; prior $1.8 billion raise in 2021 brings total funding to nearly $3 billion.
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How Google is investing in Virginia to accelerate innovation for the U.S.
Google is investing an additional $9 billion in Virginia through 2026 to expand cloud and AI infrastructure, including a new data center in Chesterfield County.
- Main announcement: Google will make a two-year $9 billion investment through 2026 in Virginia for cloud and AI infrastructure, including a new data center in Chesterfield County; company representatives (including Ruth Porat) and Governor Glenn Youngkin discussed the investment and related local collaborations. The company is working with local partners and the Virginia Department of Energy on solutions for growing energy capacity demand, including efficiency programs and innovative technologies (linked resources provided).
- Education and complementary commitments: As part of a broader $1 billion commitment, Google is providing one year of access to the Google AI Pro plan and AI training to all Virginia-based college students; University of Virginia, Brightpoint Community College, and Northern Virginia Community College are in the first cohort of the Google AI for Education Accelerator. All Virginians can access AI training through the “Virginia Has Jobs” AI Career Launch Pad.
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Net zero needs AI — five actions to realize its promise
Nature (author Amy Luers) argues that widespread AI deployment is needed to realise net zero by 2050 and outlines five actions to capture AI’s mitigation potential.
- Main announcement/action: The article calls for targeted investment and deployment of AI for climate to accelerate decarbonization, citing that AI climate-technology raised US$6 billion in 2024, and urging focus on underfunded areas such as grid integration, materials discovery and carbon removal; it lists five priority actions to realise this potential.
- Background and details: Key factual points include global temperature in 2024 exceeded 1.5 °C above pre-industrial levels, data centres ≈1.5% of global electricity (IEA), US data centres currently ~4.4% of US electricity and could reach 6.7–12% by 2028, and estimated mitigation potential of 1.4 GtCO2/yr by 2035 (IEA) or 3.2–5.4 GtCO2/yr by 2035 (Stern et al.); the article also documents local resource stresses (water, grid capacity) and technology examples (dynamic line ratings, AI-led materials discovery at MIT).
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Data center vacancies plummet amid power supply constraints
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Data Centers Need Own Power Supply, US Grid Watchdog Says
Monitoring Analytics recommended that large data centers be required to bring their own generation.
- Main action: Monitoring Analytics, the independent market monitor, in its quarterly report released August 14, recommends that large data centers be required to bring their own generation (i.e., supply their own power). The recommendation follows the monitor’s prior position suggesting developers build their own power plants due to insufficient spare capacity on PJM.
- Background/details: The recommendation targets the PJM grid, which stretches across 13 states from Virginia to Illinois and hosts the highest concentration of data centers. The report states the current supply of capacity in PJM is not adequate for large data center demand and warns of very high costs for other PJM customers if unaddressed; PJM says it is working with stakeholders to address an imbalance driven by unprecedented growth in electricity use.
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Reality Check: We Have What’s Needed to Reliably Power the Data Center Boom, and It’s Not Coal Plants
RMI authors (Gabriella Tosado, Ashtin Massie, Joe Daniel) state that clean, resilient resources already exist to meet data center-driven electricity demand growth and that keeping aging coal plants online for reliability is misguided.
- Confirmed findings & data:>20% projected load growth by 2035 driven by data centers; Virginia accounts for 13% of global and 25% of US reported data center capacity; coal plant capacity accreditation often ~83% (ESIG/PJM) with examples like Colstrip at 54%; average coal cold-start >12 hours and typical ramp 4% per minute (~20+ minutes for large events); MISO congestion costs > $1 billion/year documented.
- Planned initiatives & concrete solutions: RMI finds >95% of future demand can be met with clean options including 50+ GW energy efficiency, 60 GW of VPPs by 2030 (with programs enrollable in under 6 months; Virginia bill requires 450 MW VPPs), 80+ GW incremental peak capacity from grid-enhancing transmission, 14 GW of retiring fossil sites available for clean repowering, and >30 GW Power Couples under $100/MWh (and >50 GW under $200/MWh). These are presented as implementable options rather than speculative outcomes.
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The data center balance: How US states can navigate the opportunities and challenges
The article by McKinsey authors analyzes the rapid growth and investment in data center infrastructure driven by AI and cloud computing demand in the United States.
- $7 trillion global investment by 2030, with over 40% in the US; Northern Virginia holds 13% of global capacity, demonstrating strategic regional growth.
- Challenges include power supply strain (460 TWh increase by 2030), water scarcity, resource bottlenecks, and community pushback; Ohio’s $10B+ AWS expansion and AEP’s $2.82B transmission build-out exemplify coordinated infrastructure and workforce initiatives.
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Potential Energy: Is BESS the Answer to Data Centers’ Gridlocked Future?
De Gaulle Fleurance hosted a webinar on the evolving role of battery energy storage systems (BESS) in Europe’s decarbonization efforts.
- Confirmed facts & project data: The webinar featured legal and energy experts from France, Belgium, Poland, and the UK; RTE projects renewable output could reach 320 TWh by 2035; battery capacity grew from <50 MW to 1.07 GW in five years, with >7 GW of projects holding grid access rights; the EU added 11.9 GW of BESS last year and the U.S. reported a 34% storage increase as of March 2024; identified vendors include ZincFive, Schneider Electric, Eaton, EPC Power, and Vertiv; U.S. states with SGIPs: California, New York, Maryland, New Jersey and other supportive states include Virginia, Oregon, Iowa, Texas.
- Costs, policies & planned initiatives: Reported average BESS cost $400–$600 per kWh (Exenell); U.S. is on track to install ~15 GW in 2025 (~25% increase over 2024) (projection); NESO’s connections reform is expected/hopecasting to unlock £40 billion ($53 billion) per year (anticipated); regulatory milestones cited include FERC Order No. 841 (2020) allowing batteries in wholesale markets and EU measures like VAT exemptions and tariff waivers; distinctions noted between confirmed deployments (installed GW) and planned/projection figures (15 GW in 2025, NESO investment expectations).
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We expect rapid electricity demand growth in Texas and the mid-Atlantic
The U.S. Energy Information Administration has announced forecasts of rapid electricity demand growth in Texas and the mid-Atlantic regions for 2025 and 2026.
- ERCOT region (Texas and neighboring states) electricity demand expected to grow by 7% in 2025 and 14% in 2026, driven by new data centers and cryptocurrency mining facilities; broader West South Central Census Division sales forecasted to grow 5% in 2025 and 9% in 2026.
- PJM Interconnection region (13 states including Northern Virginia) electricity sales projected to increase by 3% in 2025 and 4% in 2026, with Northern Virginia noted for the highest concentration of data centers globally; forecasts incorporate monthly projections from ERCOT and PJM.