January 2026 Newsletter

Wyoming wind a key piece of the US energy puzzle?

Electricity demand is accelerating rapidly as AI data centers grow in prominence. This trend is stressing existing power production and grid infrastructure. As an illustration, Laramie County, Wyoming recently approved a massive data center project including up to 10GW of computing power needs. This staggering sum would dwarf all current electricity demand in the entire state, and this is just one of several planned projects. This set of developers plans to meet electricity needs primarily through natural gas power turbines and fuel cells, even though Laramie County consistently has among the highest average wind speeds in the nation. The industry wide focus on natural gas highlights a key constraint for the US data center industry; wait times for efficient dual-cycle gas turbines now extend out to 2030. In the meantime, developers across the country are resorting to costlier and more carbon-intensive power sources like jet engines and diesel generators.

     Land-based wind power is an established, low-cost source which could reasonably share the yoke of increased power needs. This is especially true when combined with battery energy storage or natural gas peakers, both which are more readily available than traditional gas turbines. Wind already makes up around 10% of US power production, in part due to development by leading utilities like NextEra Energy and energy-focused states like Texas and Wyoming where penetration is significantly higher at 20-30%. Presently though, the industry faces numerous headwinds.

     Wind power is currently facing reduced federal tax incentives, federal land permit freezes and reviews, and higher regulatory costs. Secondly, grid connection remains a huge bottleneck for utility-facing projects, though this would not be an issue for behind-the-meter projects serving data centers. Also, installation costs have recently risen following decades of declines due to skilled labor shortages and tariffs, notably on steel products. Rare earth magnet availability is another supply chain issue while record copper prices elevate costs. Transportation of massive wind blades requires costly equipment while blade disposal remains largely unsolved.

     Perhaps most importantly, waning public perception has made wind site selection difficult. Line of site, noise, and land use issues are proving to be intractable in some communities. Many citizens are pushing back against massive new wind developments which change wildlife migrations, livestock grazing and other cherished aspects of daily life. In fact, a current case on wind leasing on Wyoming lands appears to be headed to the state Supreme Court.

     Due to these issues, and others, the US risks becoming a follower in the wind industry. Almost half of US wind installations rely on turbines and components made by foreign companies such as Vestas, Siemens, Nordex and Goldwind. This leaves GE Vernova as the only major domestic US wind system provider.

     With our projected energy needs rising dramatically in the future, the US wind industry is seemingly at a crossroads of massive opportunity in the face of numerous challenges. Successful advancement of wind power could have a dramatic impact on US priorities including energy security, reshoring, and AI leadership. Future efforts should take care to foster domestic innovation and include the groups who are most impacted by the changes.