Virginia Data Center Intel

Recent Virginia data center news

• Jan 2, 2026

  Transformers in 2026: Shortage, Scramble, or Self-Inflicted Crisis?

  Wood Mackenzie and POWER report that U.S. transformer supply remains structurally out of balance, with multi-year deficits in large power and generator step-up units even as manufacturers commit major North American investments.

  • Main findings and actions:Wood Mackenzie estimates a 30% shortfall for power transformers and 10% for distribution units in 2025, with demand increases since 2019 of 119% for power transformers and 274% for GSUs; lead times average 128 weeks for power transformers and 144 weeks for GSUs. Despite nearly $1.8 billion–$2.0 billion in announced North American manufacturing investments since 2023, major corporate commitments include Hitachi Energy (over $1 billion continental, CA$270 million Varennes expansion, $457 million South Boston, VA project due by 2028, $106 million Alamo, TN expansion), Siemens Energy ($150 million Charlotte plant, production targeted early 2027), Eaton ($340 million South Carolina facility targeting 2027), Prolec GE (more than $300 million), Virginia Transformer Corp. ($40 million), ERMCO (>$70 million), and Central Moloney ($50 million). Unit prices have also climbed: power transformers +77%, GSUs +45%, some distribution up to 95%.

  • Background, policy, and procurement details: Federal trade measures (copper tariffs up to 50%, expanded Section 232 steel/aluminum duties) and the budget package nicknamed “One Big Beautiful Bill” (phasing down some renewables credits and tightening FEOC rules) have raised input costs and domestic‑content constraints; federal/state incentives and site support are driving reshoring to Virginia, the Carolinas, Tennessee, and elsewhere. Counterpoints include broker Patrick Tarver of Bolt Electrical LLC, who argues “There is not a shortage” and attributes delays to utility/EPC procurement practices (qualification lists, vendor rules) rather than factory capacity; Tarver says he can deliver standard substation transformers in 12 to 14 months and typically charges 12%–15% over factory cost.

• Jan 2, 2026

  Meeting the Moment: Industry Leaders Chart the Course for Power in 2026

  POWER’s executive editor Aaron Larson compiles industry leaders’ perspectives on the power sector outlook for 2026, highlighting AI, data‑center demand, solar growth, supply‑chain constraints, and regulatory changes such as FEOC.

  • Main announcement/action: Industry leaders describe 2026 as a pivotal year where AI integration into grid management and data center-driven load growth will force planning for gigawatts of new capacity; examples and concrete figures cited include the Hale Kuawehi Solar and Battery Project reaching commercial operations on March 25, 2025 (30 MW PV + 30 MW/120 MWh storage), the IEA projection of ~3.68 TW of solar capacity added by 2030, and the Lawrence Berkeley National Laboratory 2028 data‑center energy projections of ~325–580 TWh under different scenarios.
  • Background and specific details: The article documents regulatory and supply‑chain constraints including FEOC rules restricting tax credits for projects with covered‑nation links (China, Russia, North Korea, Iran); notable investments and timelines cited include National Grid investing £35 billion over the next six years to strengthen supply chains in England and Wales, Dominion Energy spending $2.1 billion on transmission in the prior year and planning >$2.8 billion annually starting in 2027, and Siemens Energy investing about €220 million (Sept 2025) in Nuremberg and $150 million in 2024 in Charlotte. It also notes the DeepSeek R1 release in 2025 as a pivotal event influencing data‑center power demand forecasts.
• Jan 2, 2026

  Episode for January 2, 2026

  The Allegheny Front published a podcast episode highlighting favorite 2025 stories from across Pennsylvania.

  • Main announcement: The episode highlights a 100-acre reforestation project in Erie County led by the Western Pennsylvania Conservancy and the nonprofit Bosland Growth to reclaim former mineland and sell carbon credits, and it reports plans for the recently retired Homer City coal-fired power plant site to be repurposed as a gas-fired power plant and data center, raising questions about electric grid impacts and local community response.
  • Background and other coverage: The episode also reports on the river otter comeback in Western Pennsylvania, coverage of sustainable shopping amid U.S.-China tariffs (thrifting proponents), Trout in the Classroom student releases, and an earth-to-table gardening program for kids with autism; the outlet covers issues across Pennsylvania, Ohio and West Virginia.
• Dec 31, 2025

  Power Generation in the Age of AI: Year-End 2025 Outlook

  PEI Global Partners (Adil Sener) warns that AI-driven data-center demand has transformed the U.S. power sector into a strategic national priority, shifting focus from cheapest MWh to deliverable, firm and timely power.

  • Main announcement/action: PEI highlights a new “speed to power” imperative driven by clustered AI/data center loads; key facts include data centers may reach up to 12% of U.S. electricity consumption by 2028 (from ~4.4% in 2023), forecasted 5.7% annual U.S. energy demand growth over the next five years, and explicit contracting examples such as Vistra’s 20-year PPA for up to 1,200 MW at Comanche Peak with implied pricing of ~$90–$100/MWh and an implied reliability/capacity value of ~ $24/kW-month (~$790/MW-day).
  • Background and implementation details: PEI argues the bottleneck is execution (interconnection, equipment, lead times) not capital: ~2 TW of solar+BESS in interconnection queues while build-throughput is ~2% annually; documented transformer lead times of ~143 weeks; 2024 U.S. builds were ~40 GW utility-scale solar and ~10 GW utility-scale BESS with EIA 2025 expectations ~33 GW solar and ~18 GW storage; federal and private support examples include DOE up to $800 million for SMR projects (TVA/Holtec) and private agreements (e.g., Amazon/X-energy). PEI is actively advising on M&A and financing processes that prioritize deliverability, speed-to-power and equipment-secured projects.
• Dec 30, 2025

  GridFree Unveils First ‘Power Foundry’ Site for AI Data Center Workloads

  GridFree AI has announced its first grid-independent site, South Dallas One.

  • Main announcement and project details: South Dallas One is located in Hill County, about one hour south of DFW Airport, and is the first site in GridFree AI’s South Dallas Cluster (a planned three-site campus). The cluster has a combined gross power capacity of nearly 5 GW (each site expected to deliver more than 1.5 GW). The site is gas-powered and grid-independent, uses US-produced natural gas, provides industrial-grade chilled water cooling for high-density AI workloads, and GridFree states infrastructure can be delivered within 24 months from lease signing. Newmark is engaged as the exclusive advisor and marketer for South Dallas One, and Goldman Sachs Group is co-leading financing for the Texas project (per Bloomberg / The Edge Malaysia).

  • Background and related context: Texas is highlighted as a major data center hub in the article, including the $500 billion Stargate project (three campuses across Abilene, Shackelford County, and Milam County). Industry discussion at the Data Center World Power conference in San Antonio focused on power availability, build speed, and community impacts. Market data cited from VoltaGrid (Dave Bell) notes Texas represents 15% of U.S. data center connectivity by megawatts and projects 20–40 GW of additional data center load in Texas by 2035 (compared to 5–10 GW projected for Virginia).

• Dec 30, 2025

  Scorecard: Looking Back at Data Center Frontier’s 2025 Industry Predictions

  Data Center Frontier published a 2025 scorecard grading eight data center industry trends and issued verdicts on each, emphasizing that power, cooling, and utility coordination dominated what shaped the industry in 2025.

  • Main announcement: Data Center Frontier released a year-end scorecard evaluating eight core trends with graded verdicts (e.g., “VERDICT: MASSIVE HIT” for power constraints and hyperscale megacampuses; “VERDICT: STRONG HIT” for natural gas bridging supply). The article cites specific figures and deals including estimates that U.S. data center energy use could reach up to 12% of U.S. electricity by 2028 (Congressional Research Service), a reported $120+ billion of AI data center spending shifted off balance sheets (Financial Times), and Alphabet’s $4.75 billion acquisition of Intersect Power to align energy and compute deployment timelines.
  • Background and details: The piece documents operational shifts in 2025—liquid direct-to-chip cooling moved to baseline design assumptions (TrendForce: DLC adoption ~33% in 2025), natural gas and behind-the-meter generation emerged as fast-to-deploy reliability options (ExxonMobil’s 1.5-GW plant plans and CCS pairing), and quantum and immersion cooling progressed technically but remained “Too Early” for broad adoption. It also notes concrete geographic and market examples (record-low primary market vacancy at 1.6% per CBRE; secondary market growth in Central Ohio, Indiana, Louisiana, Utah, Colorado, North Carolina, Tennessee).
• Dec 30, 2025

  Smart Building Environmental Monitoring With EC312-LoRaWAN Gateway

  InHand Networks announced the EC312-LoRaWAN industrial gateway solution for smart building environmental monitoring in a press release distributed via ACCESS Newswire on December 30, 2025 from Chantilly, Virginia.

  • Main announcement: InHand Networks unveiled the EC312-LoRaWAN industrial gateway as a low-power, wide-coverage solution for continuous monitoring of temperature, humidity, water leakage, and door/access status; the solution supports LoRaWAN sensors, built-in LNS, private LoRaWAN deployment, and multiple backhaul options (Ethernet, Wi‑Fi, cellular). The release was published via ACCESS Newswire on December 30, 2025 (Chantilly, Virginia).
  • Background and details: The company highlights industrial-grade 24/7 operation, zero-code integration via InHand DSA, and a global footprint serving customers in over 60 countries including United States and China. Media contact listed: Eleanor Chen, Marketing & Communications (eleanor.chen@inhand.com). SOURCE: ACCESS Newswire press release.
• Dec 29, 2025

  DCF Trends Summit 2025 - Beyond the Blueprint: The New Realities of Data Center Investment and Site Selection

  Data Center Frontier hosted a panel session at the DCF Trends Summit 2025 summarizing that power scarcity, entitlement complexity, and community scrutiny are reshaping data center site selection and investment.

  • Main announcement/action: The panel (moderated by Ed Socia of datacenterHawk; panelists Denitza Arguirova of Provident Data Centers, Karen Petersburg of PowerHouse Data Centers, Brian Winterhalter of DLA Piper, Phill Lawson-Shanks of Aligned Data Centers, and Fred Bayles of Cologix) concluded that site selection has become power-first, with developers “chasing power, not square footage,” exploring on-site natural gas generation as a transitional measure, and prioritizing utility partnerships and credibility to secure entitlements. The session recap was published on December 29, 2025 and referenced regional opportunities in Pennsylvania, Alabama, Ohio, Oklahoma, and Minneapolis.

  • Background and details: Panelists noted that entitlement regimes in mature markets (e.g., Loudoun County, Prince William County) now demand higher-quality design, off-site infrastructure contributions, and sustained community engagement; sustainability discussions flagged that delivering more than 100 gigawatts of new capacity from renewables alone is not currently feasible, prompting mixed energy strategies and evolving PPA approaches. The DCF Trends Summit call for speakers for 2026 lists a proposal deadline of Jan. 9, 2026.

• Dec 24, 2025

  10 biggest environmental stories of 2025

  Columbia Insight (Chuck Thompson) published a year-end roundup listing the “10 biggest environmental stories of 2025,” summarizing major events and policy actions affecting the Pacific Northwest and broader U.S. environment.

  • Main summary: The piece catalogs federal rollbacks and regulatory changes (EPA 31 deregulatory provisions, President Trump’s memorandum withdrawing from a 2023 Columbia River salmon-restoration agreement), major weather and disaster events (record floods and drought-driven water shortages), and environmental incidents including Idaho’s copper treatment that left up to 90% invertebrate mortality in treated Snake River stretches.
  • Additional details and timelines: It documents the USDA plan to move the Forest Service Pacific Northwest headquarters to Fort Collins, Colo. (announced July), Washington State House funding cuts to the Gorge Commission for the 2025–27 biennium (27% reduction), data center expansion concerns (271 existing water-using data centers in OR/WA plus proposed new projects), and EPA actions described as the “biggest deregulatory action in U.S. history“ (March announcement of 31 provisions).
• Dec 22, 2025

  Data center energy needs: A looming challenge for US power grid

  The Conversation’s Theodore J. Kury outlines how U.S. states are experimenting with regulatory and contractual approaches to allocate the cost of new electricity infrastructure needed for rapidly built data centers.

  • Main announcement/action: States and utilities are adopting varied rules to manage demand uncertainty from data centers, including Kentucky conditionally approving two natural gas-fired generators for Louisville Gas & Electric and Kentucky Utilities, Ohio AEP’s use of a “demand ratchet” (current month or 85% of highest monthly demand over prior 11 months) and a 50% credit guarantee requirement, and Florida approving contracts that may require data centers to pay 70% of agreed demand. Key timelines: data centers: 9–12 months to build; new power plants or large generation projects: ~2.5–3 years, and utilities may need to start generation or storage 1–2 years before data center construction.
  • Background and other details: Regulators review utility spending to decide which costs can be passed to ratepayers, creating three possible payers: utilities, data center customers, and other system customers. The article notes contractual risk (e.g., subsidiaries like “Westside Data Center LLC” that could default), and mechanisms to return revenue (e.g., Missouri returning 65% of extra revenue to other customers) and to monetize data center flexibility to offset shared investment risk.