Solar Is a Land Use Tradeoff
Unlike wind, solar takes the leased acres out of crop production for the duration of the lease. In exchange, it pays substantially more per acre than typical row crops.
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More land intensive
A utility-scale solar project covers most of the leased acreage with panels, inverters, and access roads. While limited grazing or pollinator plantings are sometimes possible underneath, traditional row cropping is not. National datasets put fixed-tilt utility PV at roughly 6–8 acres per MW on average, with single-axis tracking projects often slightly higher.
Stable income
Solar leases are typically structured as fixed annual payments per acre with built-in escalators. That means predictable, weather-independent income for the length of the contract — something traditional farming cannot match in volatile years. Michigan-specific guidance from MSU Extension places typical lease ranges at several hundred to roughly $1,500 per acre per year, depending on site quality, interconnection, and term.
Best for lower-performing land
Solar makes the most economic sense on land where farming returns are marginal — heavier soils with drainage issues, low-yield ground, or fields that are difficult to access with modern equipment. Prime, high-yielding cropland often pencils out worse for solar than the farmer's existing operation.