The collapse of a Chevron-owned wind farm near Evansville, Wyoming highlights what conservatives have been saying: many large-scale wind and solar projects fail when they rely on subsidies rather than real market demand. This article examines why the Casper wind farm was a bust, how it performed when it operated, the practical problems tied to siting and decommissioning, and why the broader debate over energy reliability matters now that demand for dependable power is rising.
The Casper Wind Farm north of Evansville sat idle for two years before Chevron decided to remove its 11 turbines, a clear signal that not every green project is viable. Conservatives will point to this as evidence that market forces, not political pressure or subsidies, should determine energy investments. The site had the supposed advantage of constant Wyoming wind and a location on contaminated land from a former refinery, which was pitched as a productive reuse.
The inactive 11-turbine Casper Wind Farm that sits north of Evansville, Wyoming, is on its way out.
Chevron Power and Energy Management Co. spokesperson Patricia Enrico confirmed Thursday that the company notified the Natrona County Board of Commissioners in March that the company plans to decommission all of the 240-feet high, 450,000-pound wind turbines on the farm.
“On June 30, 2025, Chevron sent a decommissioning plan to the county commissioners as required by the county permit and are proceeding in accordance with the plan,” she said. “Chevron continually reviews its assets portfolio, including the Casper Wind Farm, to determine strategic value to support our operations.”
Enrico said the company has not been able to resolve issues to become a resource in the Western Energy Market.
The turbines were marketed as a way to bring renewable generation to an old industrial parcel, but marketing and reality are not the same thing. Once installed, the farm produced very little relative to expectations and the grid value proved limited. Grid performance rankings put Casper at the bottom among Wyoming wind plants, and measured output over a recent three-month span was modest at best.
Chevron’s President Greg Vesey in 2009 called the project “an excellent opportunity and location for the company’s first wholly owned wind facility, but the Casper Wind Farm also brings the former refinery site back into energy production with renewable energy.”
The website gridinfo.com ranks the Casper Wind 31 out of 31 wind power plants in the state.
It reported that the wind farm generated 2.1 gigawatt hours during a three-month period between September and December 2023.
Those production figures are the kind of reality check policymakers ignore when they push one-size-fits-all energy plans from Washington. Subsidies and mandates can mask poor economics for a while, but investors and operators will cut losses when a project does not fit the market. Chevron’s decision to decommission reflects a sober business calculation rather than ideological triumph or failure.
Decommissioning raises its own headaches: those turbines stand 240 feet tall and include massive carbon-fiber blades that are not easy to recycle. The clean-up responsibility falls to the operator, and taxpayers should not be on the hook for disposing of industrial waste that came with a failed experiment. Conservatives argue that local control and proper liability rules would prevent companies from foisting these costs onto communities in the future.
Beyond the local issues, there is a strategic argument about grid reliability. As computing needs, including artificial intelligence workloads and data centers, require steady, high-density power, Americans need generation sources that run predictably. The reality is that as intermittent resources grow in the mix, the system demands more conventional firm capacity to back them up, which increases complexity and cost.
Booming electricity demand for artificial intelligence (AI) is reshaping the electric grid. Bloomberg New Energy Finance estimates 63% of global power plants built to satiate AI’s thirst for reliable, around-the-clock power will be coal, nuclear, and natural gas plants.The reason is simple: the reliability value of wind and solar falls dramatically as more of these facilities are placed into service.
Local residents deserve to decide how the land is used once the towers are removed, and any cleanup should restore value to the community. Conservatives support returning privately owned or polluted parcels to productive uses without imposing costly, permanent environmental experiments that failed. Market-driven, accountable projects are more likely to deliver long-term benefits than top-down directives funded by taxpayers.
An Evansville eyesore coming down is not just a local story; it is a policy vignette about incentives, accountability, and the limits of political energy promises. When a project cannot stand on its own financially and must be removed, the lesson is plain: allow markets and local voices to guide energy choices, require full-cost accounting for decommissioning, and prioritize reliable, affordable power for American families and industries.
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