America's family farms are at a crossroads. With rising input costs, volatile commodity prices, and shrinking international markets, farmers are searching for ways to keep their land productive and profitable. For many, solar energy offers a lifeline—a stable revenue stream that allows them to stay on the farm rather than sell out to developers. Yet some local governments are moving to restrict solar development on farmland, arguing that it threatens agriculture. But as farmers themselves know, solar isn't the enemy of farming—it's a tool that can help preserve it. Here are 10 things you need to know about why farmers are choosing solar, and why localities should respect that decision.
1. The Squeeze on Family Farm Profits
Farming has never been easy, but today's economic landscape is particularly harsh. Input costs for fertilizers, diesel, and seed have climbed sharply, while commodity prices for crops like corn, soybeans, and wheat have dropped. International trade disputes and supply chain disruptions add further uncertainty. In such an environment, even efficient family farms operate on thin margins—or at a loss. Solar provides a predictable, long-term income source that can offset these losses. By leasing a portion of their land for solar panels, farmers can secure a fixed annual payment for 20 to 30 years. That stability helps them weather volatile markets and continue farming the rest of their acreage.
2. Solar Leases as a Steady Income Stream
A solar lease typically pays a farmer $500 to $2,000 per acre per year, depending on location and market conditions. Compare that to the average net farm income, which often fluctuates wildly. For a farmer with 100 acres of marginal cropland, leasing 20 acres for solar can generate enough income to offset losses on the remaining 80 acres. This isn't about replacing farming—it's about supplementing it. Many farmers use solar revenue to pay down debt, buy new equipment, or invest in conservation practices. Without that income, they might be forced to sell their land to housing developers, converting prime farmland into subdivisions. Solar keeps the land in agricultural ownership.
3. Solar Can Coexist with Farming—Thanks to Agrivoltaics
One of the biggest myths about solar on farmland is that it permanently removes land from production. But innovative agrivoltaic systems allow for dual use: raising crops or grazing livestock under and between raised solar panels. Sheep are particularly well-suited for grazing in solar arrays, keeping vegetation down without mechanical mowing. Some farmers plant pollinator-friendly habitats, berries, or shade-tolerant vegetables beneath panels. These systems can even improve crop yields in hot climates by reducing water evaporation and providing shade. Far from destroying farmland, solar can enhance its productivity and biodiversity when designed thoughtfully.
4. Solar Prevents Farmland Loss to Development
When a farmer can't make ends meet on commodity crops alone, the most lucrative option is often to sell to a real estate developer. That means permanent loss of farmland to houses, strip malls, or warehouses. Solar offers an alternative: the farmer keeps the land, retains the right to farm elsewhere on the property, and avoids fragmentation. A solar project is not a permanent land use—panels can be removed after 30 years, and the land restored to farming. In contrast, a housing development is irreversible. By supporting solar, localities can actually protect farmland from more intensive development.
5. Environmental Benefits Beyond Clean Energy
Solar on farms doesn't just generate clean electricity. It also provides environmental co-benefits: reduced soil erosion from wind and water, improved water quality through reduced fertilizer runoff, and habitat for pollinators when native grasses and wildflowers are planted between panels. Many solar developers now integrate stormwater management and soil conservation into their site plans. For farmers who take pride in land stewardship, these ecological gains align with their values. And for communities concerned about climate change, distributed solar on farmland reduces transmission losses and supports local grid resilience.
6. Farmers Are Resourceful Risk-Managers
Family farmers are not passive landowners; they are active decision-makers who constantly balance risk and reward. They invest in irrigation, drainage, cover crops, and new technology to improve yields. Solar is just another tool in their toolbox. When a farmer chooses to install solar panels, it's after careful analysis of their own land quality, crop prices, and long-term goals. They know which parcels are best suited for solar (often less productive or highly erodible areas) and which should remain in row crops. Local governments that second-guess these decisions undermine farmers' expertise and autonomy.
7. Restrictive Zoning Hurts the Most Vulnerable Farmers
When localities enact blanket bans or overly restrictive siting rules for solar on farmland, they disproportionately harm smaller, independent farmers. Large agribusiness operations with deep pockets can weather low commodity prices, but a multigenerational family farm on 200 acres may have no financial buffer. For that farmer, a solar lease can mean the difference between passing the farm to the next generation and selling out to a corporation. Restrictions that treat all farmland the same—regardless of soil quality, farm size, or economics—ignore the nuanced reality of modern agriculture.
8. Solar Is Temporary and Reversible
Unlike housing developments, shopping centers, or even many feedlots, solar arrays are not permanent fixtures. Panels are mounted on steel posts driven into the ground; they can be removed without damaging the soil profile. Topsoil is typically stripped and stored during construction, then replaced when panels are decommissioned. Many solar leases require the developer to post a bond to ensure restoration. After 25–30 years, the land can be returned to row crops or pasture with minimal disruption. This temporary use makes solar far less land-transformative than most alternatives.
9. Success Stories from Farmers Using Solar
Across the Midwest and Southwest, farmers are already proving the model works. In Minnesota, a corn-and-soybean farmer leased 30 acres to a solar project and used the income to install a center pivot irrigation system on his best fields. In North Carolina, a cattle rancher let sheep graze under solar panels, reducing his feed costs while earning lease payments. In California, a strawberry grower paired solar with shade nets to reduce heat stress on plants. These practical examples show that solar isn't a theoretical threat—it's a proven strategy that keeps families on the land.
10. Localities Should Empower Farmers, Not Limit Them
Instead of creating barriers, local governments should develop clear, fair, and flexible solar siting ordinances that respect farmers' expertise. That means allowing solar on lower-quality farmland, setting reasonable setback distances, requiring decommissioning plans, but not imposing moratoriums or outright bans. Communities can also host public forums where farmers explain their decisions, countering misinformation. The goal should be to preserve agricultural land use and support farm families—both of which solar can achieve. When given the choice, farmers consistently choose solar to keep their farms viable. Localities shouldn't take that choice away.
America's family farms have always adapted to survive—from mechanization to conservation tillage to precision agriculture. Solar is the next step in that tradition. By embracing it, farmers can secure their economic future, protect the environment, and keep their land in agriculture for generations. Local governments that block this choice are not protecting farmland; they are hastening its loss to more permanent development. The data is clear: when farmers control their own destiny, they choose solar, and that choice benefits everyone.