West Virginia Clean Energy Guide

West Virginia is the most coal-dependent state in the country, and it is not close. Coal generated 85.2 percent of the state's electricity in 2024, wind supplied about 4 percent, and everything else clean rounds out to roughly 7 percent. This is not a renewables leader, and pretending otherwise misreads the market: the real energy story in the Mountain State is a coal-forward grid, a modest ridge-line wind fleet, and a 2025 law rewritten to pull data centers and their captive gas plants into the state.

That makes West Virginia a genuinely different kind of market from its PJM neighbors. There is no renewable portfolio standard to force procurement, no clean energy target, and a utility-scale solar statute engineered to stay small. What clean investment exists is concentrated in a handful of Allegheny Front wind farms and, increasingly, in manufacturing rather than generation. Understanding this state means reading it honestly: the growth vector here is load, not renewables.

A Policy Landscape Built to Say No to Renewables

West Virginia is the only state that has ever repealed a renewable portfolio standard. HB 2001 (2015) scrapped the 2009 Alternative and Renewable Energy Portfolio Act, which would have required investor-owned utilities to source 25 percent of retail sales from alternative and renewable resources by 2025. Then-Governor Earl Ray Tomblin signed the repeal after it passed the Senate unanimously and the House 95-4. There is no voluntary statewide renewable goal to replace it. Any developer expecting a state procurement mandate to backstop a project here is in the wrong state.

The absence of a mandate is compounded by a solar statute deliberately built to keep the utility market small. Under W.Va. Code 24-2-1O, added by SB 583 (2020), investor-owned utilities and exempt wholesale generators can build solar, but each facility is capped at 50 MW until 85 percent of its annual output is contracted, then may expand in 50 MW increments to a 200 MW-per-facility ceiling, with a cumulative 400 MW limit across all investor-owned utilities. That is a rounding error on a grid that generated 50.6 TWh in 2024. HB 3310 (2021) at least legalized third-party solar power purchase agreements for on-site systems, and SB 583 first opened the door to utility-scale solar at all, but the framework is designed to be modest by construction.

HB 2014: The Data-Center Microgrid Play

The most consequential energy law West Virginia has passed in a decade is not about renewables at all. HB 2014 (2025), the Power Generation and Consumption Act, signed by Governor Patrick Morrisey in late April 2025 and effective July 11, 2025, creates a Certified Microgrid Development Program for high-impact data centers. A district qualifies if more than 70 percent of the electricity generated is consumed by one or more data centers, and the generation can be nuclear, gas, coal, or renewable, with no fuel restriction. Microgrids in these districts are exempted from PSC jurisdiction over rates, siting, service conditions, complaints, and net-metering and interconnection standards, and from local zoning. Property-tax revenue is split 50 percent to a personal-income-tax-reduction fund, 30 percent to the host county, 10 percent across all 55 counties per capita, and 5 percent to a state grant fund. A companion law, HB 2002 (2025), set up a one-stop-shop permitting dashboard to speed the same projects along.

Net Metering Is Being Scaled Back

Distributed solar economics are moving the wrong way for rooftop owners. In a September 2025 base-rate order, the West Virginia PSC ended one-for-one retail netting for new Appalachian Power and Wheeling Power solar customers; going forward, excess generation is credited at about 12.4 cents/kWh, roughly 67 to 75 percent of the retail rate, rather than full retail. Existing customers are grandfathered, and new customers who filed initial applications by March 1, 2026 keep the old arrangement. FirstEnergy's Mon Power and Potomac Edison had already moved new customers from January 1, 2025 to an export credit near 9.3 cents/kWh, with 25-year grandfathering. West Virginia has no state solar tax credit or rebate, and the federal residential 30 percent ITC expired at the end of 2025, so the incentive stack for small solar is thin and thinning.

The Wind Fleet Along the Allegheny Front

West Virginia's clean generation is overwhelmingly wind, and it is concentrated along the Allegheny highlands in the state's eastern counties. EIA counted 855 MW of installed wind capacity at the end of 2024, generating about 4 percent of the state's electricity. Six operating wind farms carry the fleet, and the anchor is easily identified.

• Mount Storm Energy Center (Grant County): the state's largest wind farm at 264 MW from 132 Siemens Gamesa turbines, operational since 2008 and now owned by Clearway. A full repower that began in fall 2025 targets roughly 335 MW by the end of 2027, backed by a long-term Microsoft power purchase agreement.
• Beech Ridge (Greenbrier County): a combined roughly 156 MW across two phases. Beech Ridge I is 100 MW (67 GE 1.5 MW turbines) developed by Invenergy; Beech Ridge II adds about 56 MW (20 GE turbines) acquired by Southern Power, with Invenergy retaining a minority stake and operating the site.
• Black Rock (Grant and Mineral Counties): a 115 MW Clearway project that reached commercial operation in 2022, using 23 Siemens Gamesa turbines to lift the state's wind capacity by about 15 percent and power roughly 55,000 homes, with 200-plus union construction jobs.
• Laurel Mountain (Barbour and Randolph Counties): a 98 MW AES project that pairs wind with an early lithium-ion battery installation, one of the state's six operating wind farms.

Solar is a different story: it is mostly pipeline, not operating. The two projects worth watching are Twisted Gun Solar in Mingo and Logan counties, a 140 MW facility plus 70 MW of battery storage that the PSC approved on January 28, 2026 on a partially reclaimed surface mine (about 310,000 modules, roughly 1,099 projected jobs), and the Nicholas County Solar Project, a 250 MW Savion development on two former coal mines that won the largest federal cost share ($129 million) among five DOE mine-land demonstration projects and is targeted online around February 2029. Both would be among the largest solar sites in a coal-heavy region, and both are still in permitting or construction. Today's largest operating solar site is Mon Power's roughly 19 MW Fort Martin array, energized in January 2024.

The other clean-energy anchor is manufacturing, not generation. Form Energy's Form Factory 1 in Weirton builds 100-hour iron-air grid batteries on the former Weirton Steel site, employing nearly 400 people and scaling toward 600 to 750, landed with a state incentive package worth roughly $290 million plus $150 million in DOE funding. It is the state's signature Inflation Reduction Act-era win, and a reminder that West Virginia's clean-energy leverage may lie more in the supply chain than in the resource base.

Siting: The State Runs the Table, Not the Counties

Unlike the county-veto regimes that have throttled solar in the Midwest, West Virginia permits utility-scale renewables at the state level through the Public Service Commission. Under W.Va. Code 24-2-1O, utilities and exempt wholesale generators file for PSC approval and get a decision within 150 days; larger merchant projects like Twisted Gun and Nicholas County obtain PSC siting certificates through the general certificate-of-convenience process. There is no statewide setback statute specific to solar or wind, and once the PSC grants a certificate, local governments generally cannot layer on additional zoning or permitting conditions. On paper, that is a friendlier siting environment than most of PJM.

The paradox is that organized opposition to wind and solar is comparatively limited here, while the fiercest siting fight in the state is over fossil-fired data-center load. The mature Allegheny Front fleet drew earlier bird-and-bat and viewshed litigation, most notably the Beech Ridge Endangered Species Act case over Indiana bats, but there are no county solar moratoria comparable to the Midwest, and much of the new solar is proposed on reclaimed mine land that has drawn relatively little grassroots pushback. The real battle is elsewhere. For live disputes and the running record, see our West Virginia opposition tracker.

That battle is centered on Tucker County, where a proposed off-grid, gas-fired data-center campus from Fundamental Data (the Ridgeline project) could span 10,000 acres across Tucker and Grant counties. The West Virginia Highlands Conservancy, Tucker United, Sierra Club, Friends of Blackwater, and the WV Rivers Coalition appealed the project's air-quality permit; the Air Quality Board rejected the appeal on February 5, 2026 with only minor modifications, and the state Supreme Court declined to take the case on June 3, 2026. The controversy sharpened when House Speaker Roger Hanshaw disclosed in March 2026 that he would represent Fundamental Data despite having championed HB 2014. Because that law lets data centers bypass local zoning and PSC oversight, opposition has coalesced around the data centers and their captive gas plants rather than around renewables.

Demand Is the Growth Story, and It Is Powered by Gas

West Virginia rewrote its energy law for one reason: load. HB 2014 was designed by Governor Morrisey to make the state, in his framing, the best in the country for data centers, by letting them build independently powered microgrids on any fuel largely outside PSC and local zoning oversight. The scale of the pipeline is what makes this the defining story. A June 2026 Sierra Club analysis counted at least seven data-center projects underway across Tucker and Grant, Mason, Berkeley, Jefferson, Mingo and Logan, and Putnam counties, with four new gas-fired power plants planned to serve them.

Fundamental Data's Ridgeline campus is the largest single project: Phase 1 alone envisions roughly 800 MW of on-site gas generation plus large solar and 14 data-center buildings drawing more than 2 GW, with Phase 2 adding about 3.1 GW of gas, and company officials have floated up to 5,000 construction jobs. Others announced or moving in 2026 include Nscale and Microsoft's Monarch Compute Campus in Point Pleasant (Mason County), Penzance's roughly $4 billion Bedington campus in Berkeley County, QTS in Kearneysville, the Adams Fork energy campus in Mingo and Logan, and a roughly 1,700-acre Google site near Buffalo in Putnam County disclosed in March 2026. Several rely on new dedicated gas plants rather than PJM grid supply, which is the whole point of the microgrid statute.

Corporate offtake is the thin channel through which this demand pulls renewables online. Microsoft's long-term PPA is the reason Clearway is repowering Mount Storm to about 335 MW, and corporate demand plus W.Va. Code 24-2-1O sits behind Appalachian Power's and Mon Power's utility-scale solar filings. But several proposed West Virginia projects have been rejected or moved out of state on cost and interconnection risk, and the dominant new generation being built for this load is gas, not clean power. For a utility-scale audience, that is the honest read: West Virginia's load boom is real and large, and it is overwhelmingly a fossil buildout with renewables riding along at the margin.

Frequently Asked Questions

Outlook: A Load Boom in Coal Country

The honest forecast for West Virginia is not a renewables ramp. It is a coal-forward grid absorbing a very large wave of data-center load, most of which is being met with new gas built behind the meter under a microgrid law designed to bypass the PSC and PJM. Clean generation will grow at the margin: the Mount Storm repower will lift the state's wind total toward 335 MW by 2027 on the strength of a Microsoft PPA, and if Twisted Gun and Nicholas County reach operation they will finally give the state utility-scale solar worth naming. But a 400 MW statewide cap on utility solar, no RPS, and a shrinking net-metering credit are not the ingredients of a clean-energy leader.

For utility-scale developers, the West Virginia thesis is narrow but real: state-level PSC siting is cleaner than county-by-county fights, reclaimed mine land is available and relatively uncontested, and corporate offtake from hyperscalers is the one force strong enough to move renewables through the queue. The manufacturing angle, anchored by Form Energy in Weirton, may ultimately matter more to the clean-energy economy here than any megawatt of in-state generation. Watch the data-center pipeline, watch which of those campuses actually pair gas with solar, and watch the courts around Ridgeline; that is where West Virginia's energy future is being decided.