Agrivoltaics Lease Split & Yield Impact Calculator
Balance the agronomic hit from panel shading with lease income by quantifying per-acre revenue, the lease share a landowner needs to break even, and the impact of yield variability.
Use alongside agronomic studies, soil analysis, and lease counsel before committing acreage to agrivoltaics.
Examples
- 100 acres, $1,200 lease, 12% yield drop, $180/ton alfalfa, 10 tons/acre, $450 costs ⇒ baseline $135,000 vs. agrivoltaic $233,400, needing 18% of lease to stay whole
- 40 acres, $850 lease, 5% yield drop, $6.50/bushel crop, 2,200 units/acre, $1,200 costs ⇒ baseline $524,000 vs. agrivoltaic $529,400, 84.12% lease share required
FAQ
How do I convert bushels or tons to revenue?
Multiply your expected yield per acre by the market price per unit and subtract per-acre operating costs for a net revenue baseline.
What if yield improves under panels?
Enter a positive yield change percentage—the calculator will show how much lease revenue becomes upside instead of protection.
Can I include incentive payments?
Add USDA or utility incentive dollars to the lease rate per acre so the combined revenue captures all recurring payments.
Does this handle rotational cropping?
Use a weighted average yield and price across the crop rotation or run separate scenarios for each crop year.
Additional Information
- Baseline yield defaults to 4 units/acre—replace with your crop’s historical average for a precise read.
- Operating cost input lets you compare net farm income instead of just gross crop sales.
- If the breakeven share exceeds 100%, renegotiate the lease rate or reconfigure the array to reduce shading losses.
- Sensitivity band applies a ±5 percentage-point change to the yield impact so you can test weather or cultivar scenarios.
- Breakeven percentage reflects how much of the lease payment the landowner must retain after sharing revenue with the developer.