Rural America is currently at the center of a heated debate over the expansion of renewable energy on agricultural land. While agrivoltaics offers a lifeline to struggling farmers by combining solar panels with livestock grazing, federal policy shifts have slowed progress. The U.S. Department of Agriculture recently halted funding for solar projects on “prime farmland,” citing concerns over rising land costs and food security. However, advocates argue that renewable energy provides vital economic stability and is far less permanent than the threat of urban sprawl, which poses a greater risk to long-term land availability.
Chad Raines, a Texas cotton farmer, discovered a way to save his family business by embracing agrivoltaics. After a decade of consistent financial losses, he transitioned to grazing 3,000 sheep beneath solar panels across approximately 3,237 hectares (8,000 acres) in West Texas. By managing vegetation for energy companies, Raines secured a steady income, illustrating how renewable infrastructure can coexist with traditional livestock management. He is part of a growing movement of landowners who view renewable energy leases as a necessary evolution for survival in a difficult agricultural economy.
However, this integration is facing significant hurdles from federal authorities. In August 2025, the U.S. Department of Agriculture (USDA) terminated loan programs for solar installations on high-quality agricultural land. Agriculture Secretary Brooke Rollins stated that “prime farmland” should be reserved for food and fiber production rather than subsidized energy projects. This policy shift has also affected the Rural Energy for America Program (REAP), which previously helped small-scale producers install solar panels and improve energy efficiency.
Land use experts challenge the government’s stance, arguing that solar development is not the primary threat to the industry. Jeff Risley, executive director of the Renewable Energy Farmers of America, points out that urban sprawl—the permanent conversion of fields into housing and commercial zones—is a much more significant risk. Unlike asphalt and concrete developments, solar modules are typically part of a 30- to 40-year commitment, after which the land can be returned to traditional crop production.
Despite the friction, solar is projected to be the fastest-growing power source in the United States over the next two years. Estimates suggest that 83% of upcoming projects will be located on agricultural land. This transition is viewed by scientists as essential for reducing CO2 emissions, as rural areas currently generate 38% of the country’s total carbon output despite their lower population density. Agriculture alone accounts for 10.5% of total U.S. emissions.
The transition remains controversial in more densely populated rural regions. In upstate New York, local organizers have campaigned against projects like a 214-hectare (530-acre) solar array in Fort Edward, citing concerns over the industrialization of the landscape. Critics argue that large-scale solar module installations change the aesthetic character of rural communities and “industrialize” zones intended for farming.
To address these concerns, some advocates suggest the use of community benefit agreements, which ensure that energy developers fund local infrastructure like grocery stores or community centers. Experts also recommend better site designs, such as planting trees and bushes to act as visual buffers. For many farmers, the debate comes down to financial viability; without the income from solar and wind leases, many small and midsize producers may be forced to sell their land entirely, ending their agricultural legacy.