Pennsylvania Data Center Intel

Recent Pennsylvania data center news

• Nov 6, 2025

  Eaton Helps Seattle City Light Strengthen Grid Planning to Meet Record-Setting Demand for Electricity

  Eaton is deploying its Eaton CYME Advanced Project Manager (APM) module to help Seattle City Light modernize and future‑proof its electrical grid.

  • Main announcement: Eaton will implement the Eaton CYME Advanced Project Manager (APM) module at Seattle City Light to enable collaborative, time‑based grid planning, scenario comparison, chronological tracking of project versions, and side‑by‑side analysis to prioritize infrastructure investments and new resource integration (renewables, storage, geothermal, hydrogen). The release quotes Jason Plane, utility segment manager at Eaton, describing the software’s ability to “intelligently analyze, compare and optimize future grid scenarios.”
  • Background and details: Seattle City Light has seen record peak and average loads (30‑year highs in December 2022 and January 2024), driven by EV adoption, building electrification, and population growth. Eaton also offers a Techno‑Economic Analysis module to combine technical impacts and financial implications; the statement cites Eaton’s corporate scale (nearly $25 billion revenue in 2024) and global presence. No specific implementation timeline or contract value was provided.
• Nov 5, 2025 · Tech Xplore

  Proposed all-climate battery design could unlock stability in extreme temps

  Penn State researchers have proposed an all-climate battery (ACB) design that combines materials optimized for high-temperature stability with an internal, battery-powered heating element to enable stable operation from -50 to 75 C.

  • Main announcement: The team proposes an ACB using materials adjustments for hot environments and an internal nickel-foil heater (~10 microns) powered by the battery; projected operational range -50 to 75 C, with further optimization potentially reaching 70–85 C. Published in Joule (DOI: 10.1016/j.joule.2025.102178); lead PI Chao-Yang Wang (Penn State), with Kaiqiang Qin and Nitesh Gupta.
  • Background and implementation details: Traditional Li batteries reliably operate only from -30 to 45 C and rely on external thermal management; the proposed internal heater is designed to self-regulate temperature, add virtually no weight or volume, and reduce space, power consumption and maintenance. The team plans deployment and further testing of ACBs; internal heater is a thin nickel foil (~10 microns) powered entirely by the battery.
• Nov 4, 2025

  Power, Proximity, Policy: The Legal Landscape of Siting Data Centers Near Natural Gas Resources

  Michelman Robinson partners Warren Koshofer and Seth Leibenstein analyze the legal and regulatory considerations for siting data centers near U.S. natural gas resources.

  • Main announcement/action: The article provides a legal and practical guide on siting data centers adjacent to natural gas infrastructure, noting concrete facts such as data center loads often exceeding 100 megawatts per site and that natural gas supplies more than 40% of U.S. electricity. It identifies regional hubs (Texas/Permian Basin; Appalachian Basin — Marcellus & Utica; Midcontinent/Great Plains; Rockies — DJ and Powder River basins; Gulf South — Louisiana & Mississippi) and highlights relevant regulators like ERCOT and FERC, plus contractual vehicles such as PPAs and gas tolling arrangements.
  • Background and details: The piece outlines regulatory and compliance requirements (Clean Air Act permitting, Section 401 water quality certifications, state environmental reviews), flags evolving ESG and carbon disclosure pressures (SEC proposals, IRA incentives), and lists states considering restrictions on fossil-fueled generation for new data centers (Oregon, Virginia, Illinois). Contact details for the authors are provided: Warren Koshofer (212-730-7700; wkoshofer@mrllp.com) and Seth Leibenstein (212-730-7700; sliebenstein@mrllp.com).
• Nov 4, 2025

  Essential Utilities Reports Third Quarter 2025 Results

  Essential Utilities announced Q3 2025 financial results and multi-year infrastructure and strategic actions.

  • Main announcement: Essential reported Q3 2025 net income of $92.1 million ($0.33 per share) and quarter revenues of $477.0 million, while reaffirming a capital investment plan of approximately $7.8 billion from 2025–2029 (including $1.4–$1.5 billion expected in 2025). The company also announced an all-stock merger agreement with American Water Works Company, Inc. (announced Oct 27, 2025) to create a combined public utility with an approximate pro forma market capitalization of $40 billion and combined enterprise value of $63 billion, with the transaction expected to close by the end of Q1 2027 subject to shareholder and regulatory approvals.

  • Other key details and partnerships: Essential signed an agreement with International Electric Power III, LLC (IEP) to invest in a 1,400-acre data center project in Greene County, Pennsylvania, where Aqua will design, build, and operate an 18 million gallons per day (MGD) water treatment plant (expected operational mid-2029); the company expects to finance approximately $25 million of the data center investment via its ATM program in 2025. Rate awards/surcharges totaling $101.5 million were received across water and gas segments (water: $92.6 million; gas: $8.9 million). Webcast remarks: Date: November 5, 2025; Time: 9 a.m. ET; Access: Essential.co Investors page; archived for one year.

• Nov 4, 2025

  Essential Utilities Reports Third Quarter 2025 Results

  Essential Utilities announced its third-quarter 2025 financial results and significant strategic actions, including an agreement to invest in a Greene County, Pennsylvania data center project and a definitive all‑stock merger agreement with American Water Works Company, Inc.

  • Quarter results & merger: Reported Q3 2025 net income of $92.1 million and revenues of $477.0 million; board declared a $0.3426 per share quarterly dividend payable Dec 1, 2025; announced a definitive all‑stock, tax‑free merger with American Water Works Company, Inc. creating a pro forma market capitalization of approximately $40 billion and combined enterprise value of approximately $63 billion, with the transaction expected to close by end of Q1 2027, subject to shareholder and regulatory approvals (including Hart‑Scott‑Rodino clearance).
  • Capital programs & project details: Plans ~$7.8 billion of regulated infrastructure investment from 2025–2029 (including >300 PFAS projects); expects 2025 regulated infrastructure investments of $1.4–$1.5 billion; Aqua will design, build, and operate an 18 MGD water treatment plant for a 1,400‑acre Greene County data center/power project (operational target mid‑2029); company reaffirmed a 60% reduction in Scope 1 and 2 GHG emissions by 2035 (2019 baseline) and expects to raise ~$350 million equity in 2025 (including $25 million to finance the data center investment).
• Nov 4, 2025

  New Data Center Developments: November 2025

  Data Center Knowledge published a monthly roundup summarizing recent global data center developments and investments across North America, Latin America, Europe, Asia-Pacific, and Middle East & Africa.

  • Main roundup details: The report aggregates announcements including a $70 billion Pennsylvania initiative launched at the Pennsylvania Energy and Innovation Summit; Amazon’s $8 billion Project Rainier (30 interconnected data centers in Indiana); Google’s multi-billion-dollar West Memphis campus plan; Meta’s >$1.5 billion GW-scale data center in El Paso (expected launch 2028); and a collaboration where OpenAI, Oracle, and Vantage will deliver almost a GW of AI capacity in Port Washington, Wisconsin, with campus construction starting soon and completion targeted for 2028.
  • Energy and implementation details: Highlights include deployment of a 31 MW, 62 MWh BESS by Aligned Data Centers and Calibrant Energy to accelerate site commissioning; DOE opening the Oak Ridge Reservation for private AI data center development; Blue Energy planning a gas-to-small-reactor plant supplying up to 1.5 GW to Crusoe Energy Systems with a planned reactor transition by 2031; and Google committing €5 billion in Belgium plus new PPAs with Eneco/Luminus/Renner. Timelines specified in the article include 2026–2030 for Google’s $15 billion India hub and 2028 targets for several GW-scale facilities.
• Nov 4, 2025

  Constellation Offers Maryland a Menu of New Generation Options to Meet Rising Demand, Including 5,800 Megawatts of New Power Generation and Battery Storage

  Constellation Energy Corporation has proposed a long-range plan to invest in up to 5,800 megawatts of power generation and battery storage in Maryland.

  • Main announcement/action: Constellation submitted proposals to the Maryland Public Service Commission (PSC) and offered a menu of options including >1,500 MW near-term fast-track projects (up to 800 MW battery storage, >700 MW of existing gas-fired generation in six units, and 350+ MW of extended-use existing plants) and up to 4,000 MW of new and existing nuclear projects (including relicensing Calvert Cliffs for 20 years to preserve nearly ~2,000 MW, a 10% uprate/190 MW potential, and exploring 2,000 MW of new advanced nuclear). The company submitted battery and gas proposals to the PSC on October 31 as part of a state fast-track permitting program.
  • Background and additional details: Constellation says it has invested over $1 billion in Maryland wind, hydro and nuclear to date and cites a historic agreement to extend the Conowingo Dam life while investing $340 million for wildlife/ watershed preservation. The plan includes using AI to build a 1,000 MW “virtual power plant”, states Constellation will bear 100% of investment risk, will not seek electricity rate increases, and requests enabling legislation plus faster grid connections; the proposal is framed within the PJM competitive market and linked stakeholder policy proposals.
• Oct 30, 2025

  Comment: Is Nuclear Energy the Partner to Power a Global AI Future?

  Microsoft signed a deal to restart Three Mile Island’s nuclear reactor to power AI workloads.

  • Main announcement and immediate context: Microsoft agreed to restart Three Mile Island’s reactor to supply power for AI; Amazon and Google have signed similar agreements with nuclear developers. In 2024, nuclear plants supplied 2,667 TWh, avoiding over two billion tons of CO2, and the World Nuclear Association estimates current global nuclear capacity of 398 GW must at least triple by 2050 to meet projected demand.

  • Background, supporting facts and near-term actions: The IEA projects global electricity demand could increase sixfold by 2050 driven by continuous AI workloads; nuclear capacity factors average ~90% in North America making it suitable for data centers. The industry cites a pipeline of 100+ reactors in the West as necessary for scale; 31 governments, 14 major banks, and 15 major energy users (including Amazon, Google, Dow) support tripling capacity, and the World Bank has removed a ban on funding nuclear projects.

  • Event referenced:

    • 50th World Nuclear Symposium — when: September (as stated in text); agenda items cited: investor appetite for nuclear, participation from financial institutions, energy users, and working sessions to resolve cross-sector obstacles.
• Oct 29, 2025 · Tech Xplore

  Amid renewable-energy boom, study explores options for electricity market

  Penn State researchers and Resources for the Future published a review of 11 wholesale electricity market design proposals to address reliability challenges as renewable generation grows in the U.S.

  • Study announcement and scope: The paper (published in Energy Economics) reviews 11 market proposals organized into five categories ranging from modest modifications to complete overhauls; it evaluates affordability, efficiency, and energy adequacy and highlights options such as mandatory forward contracts, long-term contract auctions, and combined long- and short-term markets. The article cites projected electricity demand growth of 25% by 2030 and 78% by 2050, and references past reliability events (e.g., February 2021 Texas failure leaving over 4.5 million homes without power, California rolling outages in 2020 and near-blackouts in 2022) as motivating factors.
  • Background and contributors: The authors note that current market structures were designed in the late 1990s around thermal and nuclear generation and are not well suited for high shares of renewables and storage; the paper calls for clearer regulatory oversight and better researcher communication. Key contributors named are Chiara Lo Prete (lead/quoted researcher), and RFF colleagues Karen Palmer and Molly Robertson; the article was published 29 October 2025 and cites the paper DOI 10.1016/j.eneco.2025.108640.
• Oct 29, 2025

  Beyond compute: Infrastructure that powers and cools AI data centers

  McKinsey & Company projects AI-driven demand for data centers and the related capital and design implications.

  • Main announcement/action: McKinsey & Company reports that AI-driven demand will expand data center capacity to 220 gigawatts by 2030 (a CAGR of 22%) and estimates $6.7 trillion in cumulative capital outlays worldwide by 2030 to meet compute demand; the report focuses on advances in power and cooling equipment and the need for codesigned systems.
  • Background and details: The article emphasizes that power, cooling, and IT components must be codesigned, highlights opportunities for equipment manufacturers to pursue vertical integration and provide end-to-end services (repair, maintenance, commissioning), and notes time to market as a key buying preference for data center operators.