The expansion of utility-scale solar and wind installations should give the American Midwest pause. 70% of solar farms and 94% of wind turbines in the Midwest are sited on cropland, calling into question exactly what America’s agricultural land is for. This problem is not poised to resolve, either. Projections suggest that 83% of future solar projects will be built on agricultural land. While the total acreage affected remains a small share of national farmland, the geographic concentration in specific Midwest farming communities is disproportionate, accelerating, and concerning.
The policy mechanism driving this expansion warrants scrutiny. Solar and wind development on agricultural land is not occurring primarily because these technologies have achieved cost competitiveness in unsubsidized markets. On the contrary, it is the direct result of federal tax incentives making the conversion of farmland to energy production supernaturally attractive to developers. These credits are projected to cost taxpayers hundreds of billions of dollars over the coming decade, and unlike temporary incentives designed to help nascent industries reach scale, they have evolved into structural features of the renewable energy business model. The distinction matters: a technology that requires permanent subsidies to remain viable raises different policy considerations than one moving toward market independence.
Federal policy has begun to reflect this tension. Energy Secretary Chris Wright has stated publicly that perpetual subsidization of solar and wind is not a sustainable policy path. In August 2025, the USDA ended funding to loan programs that had financed solar installations on farmland, citing upward pressure on farmland prices as a key concern. These actions signal a growing recognition within the federal government that the subsidy framework underpinning renewable siting on agricultural land carries costs that extend beyond the energy sector into food production, rural land markets, and agricultural community stability.
Financial issues aside, the land use tradeoff itself deserves more careful examination that it has received in America’s rush to pave over farmland with solar panels. Agricultural land serves multiple economic and social functions: food production, rural employment, generational wealth transfer, and national food security. Converting cropland to energy generation represents a long-duration commitment, typically spanning 25 to 40 years per installation. When the economic rationale for that conversion depends entirely on government subsidy rather than market fundamentals, the durability of the arrangement becomes uncertain. A change in subsidy policy could leave communities with decommissioned energy infrastructure on land that has been removed from agricultural production for decades.
The central policy question is straightforward: if solar and wind generation on farmland requires indefinite government subsidy to remain economically viable, is the conversion of productive agricultural land the appropriate use of that subsidy? The evidence suggests that policymakers should weigh the opportunity cost more carefully. Farmland that remains in agricultural production continues to generate economic value, support rural livelihoods, and contribute to national food security without ongoing government support.
An energy policy that permanently subsidizes the displacement of that productivity may not represent the most efficient allocation of public resources. At minimum, the burden of proof should fall on demonstrating that subsidy-dependent energy siting on cropland produces net benefits sufficient to justify the agricultural output it displaces.