When farmer Joe Thompson in rural Nebraska installed solar panels on five acres of his drought-affected land, he didn’t abandon agriculture—he reinvented it. Today, sheep graze beneath the panels, pollinators thrive in the native grasses, and his family farm earns a stable income that keeps the land in the family. Joe’s story is no outlier. Across the United States, solar energy is quietly reshaping rural resilience, not by replacing farms, but by partnering with them. A new interactive map from the Solar Energy Industries Association (SEIA) reveals a striking truth: solar development uses just 0.07% of U.S. prime farmland, a fraction of the land consumed by other familiar uses. This data arrives at a critical moment, as Congress debates the Farm Bill and communities grapple with how best to steward their land.
The map dismantles a growing myth—that solar energy comes at the expense of America’s agricultural heartland. In reality, suburban sprawl since 2014 has consumed nearly six times more prime farmland than all solar development combined. Even golf courses—symbols of recreational land use—occupy 2.6 times more prime farmland than solar installations. The contrast is starker still when considering abandoned farmland: for every acre of prime farmland used for solar, 43 acres lie idle across the country. This isn’t a story of competition; it’s one of opportunity.
From Maine to California, dual-use solar projects are gaining momentum. These ‘agrivoltaic’ systems allow crops, livestock, or pollinator habitats to coexist with solar panels, generating clean energy while preserving agricultural function. Thousands of farmers like Thompson are turning to solar not as an exit strategy, but as a lifeline—earning long-term revenue without selling off land or sacrificing productivity. Unlike suburban expansion, which permanently paves over fertile soil, solar installations can be removed after their 25- to 30-year lifespan, restoring the land for future farming.
“America depends on our land to grow our food, build our communities, and power our lives,” said SEIA president and CEO Tim Pawlenty. “This map helps provide important context by showing that solar and agriculture can thrive together.” The tool is already being used by local officials and landowners to make informed decisions, balancing energy needs with conservation and economic stability.
With climate pressures mounting and rural economies under strain, the synergy between solar and agriculture offers a path forward. It’s not about choosing between food and energy—it’s about producing both, smarter. As the nation rethinks land use, the message is clear: solar isn’t taking farmland. It’s helping save it.