Virginia Data Center Intel

Recent Virginia data center news

• Mar 2, 2026

  THE BIG PICTURE (Infographic): Blackouts in 2025

  POWER and the International Energy Agency (IEA) report that 2025 major blackout events underscored operational vulnerabilities beyond weather and generation adequacy.

  • Main announcement: The IEA’s Electricity 2026 (released February 2026) and POWER’s coverage identify a shift toward interconnected-system operational risks—notably voltage instability, reactive power balance, and protection coordination—driven by high renewable penetration, record connection queues, and surging data center demand (e.g., Northern Virginia event: ~1,800 MW of data-center load transferred to backup). The IEA series (Electricity 2024–2026) traces the evolution from weather-driven outages to these operational failure modes.
  • Background and key facts: The article catalogs 15 major 2025 events with concrete impacts and dates, including Chile (Feb 25, 2025): grid separation with ~1,800 MW on the 500-kV corridor and 98% of population (~19 million) affected; Ireland Storm Éowyn (Jan 24, 2025): ~768,000 premises affected and €300 million in estimated insurance claims; Brazil (Oct 14, 2025): substation fire triggered ~10,000 MW load-shedding and accelerated planned transmission auctions (March 2026 auction: 888 km; later auction projected to mobilize R$20 billion).
• Feb 27, 2026

  FiberLight Invests $500M in West Texas AI, Data Center Infrastructure

  FiberLight LLC announced a $350 million capital investment in high-capacity network and AI infrastructure for West Texas, expanding an earlier $150 million commitment to bring total regional investment to $500 million.

  • Main announcement:FiberLight LLC announced a $350 million new capital investment in West Texas to expand high-capacity network and AI infrastructure, bringing the total investment to $500 million when combined with the $150 million commitment announced Oct. 28, 2025; the initiative will install ~1,400 route miles and 1.2 million new fiber miles and add a third route into Abilene to support AI and data center growth.
  • Background and details: The company said the investment aims to provide fiber diversity, high fiber counts, and scalable capacity to accelerate data center deployment and support rural connectivity; the announcement references a November 2025 study identifying Texas as the leading AI cluster and cites commentary from Texas Royalty Brokers on the region’s computing facility buildout.
• Feb 27, 2026

  Episode for February 27, 2026

  The Allegheny Front published a Feb. 27, 2026 episode summarizing multiple environmental stories including contaminated drinking water in Ohio, endangered species listing delays, data center disputes, and a federal rollback of mercury rules.

  • Main episode coverage: The podcast highlights Cadiz, Ohio residents reporting musty water that looks, smells and tastes bad after months of issues; experts cited extreme weather, aging infrastructure, and a lack of certified professionals, while local regulators said the water is safe. The episode date is February 27, 2026.
  • Additional stories and actions: The episode reports the U.S. Fish and Wildlife Service is delaying listings for species including the monarch and hellbender; the Trump administration announced it will roll back a Biden-era mercury emissions standard to a 2012 standard; local Ohio towns are using zoning to oppose new AI/data centers, and President Trump said he had “worked out a deal with energy-hungry data centers to build their own power plants” (no implementation timeline provided).
• Feb 27, 2026

  Making data centers grid friendly – Preventing the next blackout by improving the grid’s stability and resilience

  Schneider Electric announces Galaxy V Series UPS engineered for Fault Ride‑Through (FRT) compliance.

  • Main announcement: Schneider Electric introduces the Galaxy V Series UPS as a grid‑friendly UPS engineered to meet emerging Fault Ride‑Through (FRT) requirements and enable controlled, standards‑aligned behavior during transmission faults (no specific commercial deployment timeline provided in article).
  • Supporting facts and context:Lawrence Berkeley National Laboratory projects U.S. data center demand rising from 176 TWh (2023) to 325–580 TWh by 2028; the article cites real events: Ireland (May 2025) saw 387 MW of data center load drop—52% of all data center demand at that moment, and Northern Virginia (July 2024) had 60 data centers disconnect, creating a 1,500 MW power surplus. TSOs are introducing FRT requirements for large loads including data centers.
• Feb 27, 2026

  Google and Xcel Energy to Deploy 300MW / 30GWh Form Iron-Air Battery in Minnesota

  Google and Xcel Energy have announced a definitive agreement to deploy a 300MW / 30GWh Form Energy iron-air battery system in Pine Island, Minnesota.

  • Main announcement: Google and Xcel Energy will deploy a 300MW / 30GWh iron-air battery (Form Energy technology) to support a new Google data centre in Pine Island, Minnesota; the package also includes 1,400 MW of new wind, 200 MW of new solar, and Google will make a USD 50 million investment into Xcel’s Capacity*Connect programme. The Electric Service Agreement will be submitted to the Minnesota Public Utilities Commission for approval in the coming weeks.
  • Background and project details: Industry sources describe the deal as a USD 1 billion commitment by Google to Form Energy; batteries will be manufactured at Form Factory 1 in Weirton, West Virginia (scaling toward 500MW annual production capacity by 2028) and the facility is eligible for up to USD 150 million in federal support; Form Energy previously raised USD 405 million in Series F (2024).
• Feb 26, 2026

  Google: Minnesota data centre energy deal includes 30GWh ‘multi-day’ iron-air batteries from Form Energy

  Xcel Energy and Google have announced an agreement to deploy Form Energy iron-air batteries to power a new Google data centre in Pine Island, Minnesota.

  • Main announcement: Xcel Energy will install a 300 MW / 30 GWh Form Energy iron‑air battery system at Google’s Pine Island, Minnesota data centre; the parties say Google will cover all new infrastructure costs and the Electric Service Agreement (ESA) will be submitted to the Minnesota Public Utilities Commission (MPUC) for review in the next few weeks. The deal also includes adding 1,900 MW of renewables to the grid (CEAC supporting 1,400 MW wind + 200 MW solar) and a US$50 million investment in Xcel’s Capacity*Connect Programme.

  • Background and implementation details: Form Energy says batteries will be manufactured at Form Factory 1 (Weirton, West Virginia), with FF1 on track to reach 500 MW/year by 2028; Form previously raised US$405 million (Series F) in 2024 and FF1 received up to US$150 million from DOE programmes announced in September 2024. Xcel notes a prior 1 GWh Form Energy project was approved by Minnesota regulators in 2023; the new 30 GWh system is described as the largest battery by energy capacity announced to date.

• Feb 26, 2026

  Data centers aren’t the water villains you think they are, environmentalist says

  Andy Masley argues that concerns about data center water use are overstated and that electricity demand poses the larger long-term risk.

  • Main claim and data: Masley says the widely cited 1.7 trillion gallons figure is misleading because ~80% of that water is used at power plants and returned to source, while data centers’ on-site evaporation is ~20%; he calculates data centers used about 905 million gallons in Maricopa County in 2025 and finds they generate ~50x more tax revenue per unit of water than golf courses. The article also notes Gov. Katie Hobbs proposed a surcharge of about one cent per gallon for data centers.
  • Background and policy details: Masley warns electricity capacity is the bigger issue (APS says it lacks generation/transmission capacity), cites an NRDC study estimating an average family in a 13-state region could pay about $70 extra per month by 2028 due to infrastructure expansion for data centers, and reports Microsoft and OpenAI pledged to cover their own infrastructure costs and restore more water than they use; Masley estimates AI use is about 1 milliliter per prompt.
• Feb 25, 2026

  What the Tech: What AI means for your wallet and environment

  WRDW/WAGT reports on environmental impacts of AI data centers.

  • Main findings: The article cites a 2023 study that U.S. data centers use roughly 4 percent of all electricity generated, a figure that is expected to more than double as new facilities come online; some AI-focused data centers under construction could use as much electricity as 2 million homes. It also notes there are currently ~4,000 data centers in the U.S., with major expansions underway in Virginia, Georgia, Arizona, and Ohio, and that some new facilities are requesting as much power as small cities.
  • Water and usage details: A Department of Energy study found some centers use “millions of gallons every day”, equivalent to the water needs of a town of 50,000 people; a UC Riverside study found each AI chatbot session uses roughly “a half-liter of fresh water” to cool servers. The article gives an example that 3 million simple chatbot messages like “thank you” could consume around 1,500 kilowatt hours, and references President Trump’s “Ratepayer Protection Pledge” encouraging large tech companies to cover their own energy costs.
• Feb 25, 2026

  Is America’s data center boom slowing down?

  Bloomberg reports U.S. data center construction slowed in 2025.

  • Capacity under construction fell to 5.99 gigawatts at year-end 2025 (down from 6.35 gigawatts in 2024), per CBRE; vacancy rates in primary markets hit a record low 1.4%.
  • Developers face permitting, zoning approvals and securing sufficient power delays; development is shifting to markets with more available land (including Louisiana and Texas); some states are reconsidering incentives as power costs rise; this is a Bloomberg news report citing CBRE data rather than a first-time government or corporate policy announcement.
• Feb 25, 2026

  Update: Rappahannock County Planning Commission Recommends Adoption of New Regulations for Electrical Substations

  The Rappahannock County Planning Commission has approved an update to the county code to require a special exception for new or expanded electrical substations; the proposal will be considered by the Rappahannock County Board of Supervisors at a public hearing on Monday, Mar. 2.

  • Main announcement: The ordinance change will require utilities to obtain a special exception (use permit) and undergo a public hearing before expanding the Sperryville substation or building a new substation in Rappahannock; the Planning Commission approved the update on Feb. 18 and the Board will consider it on Mar. 2.
  • Background/details: The change aligns Rappahannock with Culpeper and Fauquier counties, enables the county to limit zoning, require additional screening or reduced equipment height, and account for noise impacts; PEC supports the ordinance and residents are asked to send letters of support to the Board before Monday, Mar. 2. The ordinance change will not directly affect the proposed Page-Sperryville transmission line project because the Sperryville substation’s footprint will not be increased.