Huge New Data Center Coming to Mason County, WV with 2 GW Gas Power
Here’s a new gas-fired power plant coming to West Virginia that we previously did not know about. And it’s a monster! Fidelis New Energy and 8090 Industries have launched American Intelligence & Power Corporation (AIP Corp.) to develop the Monarch Compute Campus in Mason County, West Virginia. This 2,380-acre microgrid project provides behind-the-meter power for AI and hyperscale data centers, bypassing standard grid delays. AIP Corp. recently ordered 2 gigawatts of Caterpillar natural gas generators and battery storage, with deliveries starting in late 2026. This facility will eventually scale to 10 gigawatts! The campus uses local gas pipelines and water from the Ohio River for cooling. Read More “Huge New Data Center Coming to Mason County, WV with 2 GW Gas Power”
Oilfield services giant Baker Hughes (BKR), a company with its fingers in many different energy pies (not just OFS) and operations in over 120 countries worldwide, issued its fourth-quarter 2025 update last week. We scoured the update, the conference call, and the latest slide deck. The company did not explicitly mention the Marcellus or Utica shale regions. However, several items from the update directly impact the outlook for the M-U region. 
In an op-ed appearing in the Jamestown Post-Journal, New York State Senator George Borrello argues that New York’s energy crisis, marked by potential blackouts and high costs, stems from the politically motivated closure of facilities like the Dunkirk NRG plant. Initially promised a natural gas conversion, the plant was shuttered, forcing the state to import power and damaging the local economy. Borrello contends that while nuclear energy is a viable long-term goal, the state must immediately embrace natural gas to restore energy independence. He urges Governor Hochul to bypass radical interests and reopen the Dunkirk plant to provide reliable, affordable power and vital tax relief for Chautauqua County. 
To manage a historic surge in electricity demand caused by an arctic chill, PJM Interconnection has issued maximum generation alerts across 13 states. The regional grid operator anticipates record-breaking winter peaks, prompting calls for deferred maintenance and the potential deployment of backup power from data centers. While utilities in Western Pennsylvania, such as FirstEnergy and Duquesne Light, report stable operations, PJM is preparing industrial customers for demand response programs to reduce usage. In response, U.S. Steel has already increased internal power generation to reduce grid strain. These proactive steps aim to ensure regional reliability amid persistent extreme temperatures throughout the week. 
New England’s Democrat-led energy policies have failed spectacularly, leaving the region as an “energy island” during peak winter demand. Despite ambitious “net-zero” goals, a recent snowstorm forced the power grid to rely on oil for 40% of its electricity because renewables like wind and solar contributed less than 2%. New England policymakers like Govs. Maura Healey of Massachusetts and Janet Mills of Maine have created artificial scarcity and price spikes by blocking natural gas pipeline expansions. They insist on unreliable renewables. When a storm like Winter Storm Fern hits, it forces New England to rely on carbon-intensive oil and increases the risk of blackouts. You can’t fix stupid. 
Last May, NRG Energy announced a deal to acquire LS Power’s portfolio of natural-gas power plants in a deal valued at roughly $12 billion, including debt, that will expand NRG’s footprint in Texas and along the East Coast (see 
Last Friday, the Trump administration officials joined several governors from the 13 states that are part of the PJM Interconnect grid to outline a broad plan they say will ensure customers of the grid will not face skyrocketing electric prices due to new AI data centers getting built in the region (see 
As data center operators have sought rapidly deployable power sources for their facilities, some have turned to companies that modify jet engines for commercial power generation. Data center facilities in Texas have recently deployed modified jet engines as generators, each with 48 megawatts (MW) of generating capacity. There’s a whole “graveyard” of retired military aircraft at the U.S. Air Force’s facility on Davis-Monthan Air Force Base in Arizona, called the Boneyard. Could the old/retired jets at the Boneyard be repurposed to power data centers? Quite possibly! 
On Friday, the White House joined with the 13 governors whose states in whole or in part are served by the PJM Interconnection electric grid, the largest grid in the country, to propose a solution that “protects consumers” from soaring electric rates due to the addition of new AI data centers (see 
As MDN reported, on Friday, the Trump administration officials joined several governors from states that are part of the PJM Interconnect grid to outline a broad plan they say will ensure customers of the grid (the country’s largest grid), will not face skyrocketing electric prices due to new AI data centers getting built in the region (see 
Wow, talk about strange bedfellows! On Friday, the White House joined the 13 governors whose states in whole or in part are served by the PJM Interconnection electric grid, the largest grid in the country, to propose a solution that “protects consumers” from soaring electric rates due to the addition of new AI data centers. While some of the ideas discussed were good, others (such as an anti-capitalist price cap) were not. We’ll explain. 
The U.S. Energy Information Administration (EIA) predicts U.S. electricity generation will reach 4,423 billion kilowatthours by 2027, driven by steady annual growth. That’s up 3.7% from 4,260 billion KWH in 2025. While natural gas remains the primary power source, its market share is slipping alongside coal, which is declining 5% annually due to plant retirements. Dispatchable (on-demand) sources of electricity generation (natural gas, coal, and nuclear) accounted for 75% of total generation in 2025, but EIA expects their share to fall to about 72% in 2027. EIA expects the combined share of generation from solar and wind power (unreliable renewables) to rise from about 18% in 2025 to about 21% in 2027. Renewables are still minuscule compared to dispatchable natural gas and coal—which is as it should be if you care anything about energy security.