Wind turbine lease rates for landowners

Wind usually does not pay like solar

Solar leases are often quoted as dollars per acre. Wind leases are more often quoted by turbine, by MW, by infrastructure, by revenue share, or by a combination. DOE WINDExchange describes fixed payments on a per-turbine or per-megawatt basis, revenue-based payments, and combination payments. University of Missouri Extension lists the same landowner payment types and adds payments for access roads, transmission lines, wind rights, construction start, and land disturbance.

That is why AgriTerra's wind table is a conversion, not a lease clause. We take project-level payment evidence, divide it across a gross project-acre footprint, and show a blended per-acre band so a landowner can compare wind to farming, cash rent, CRP, and solar on one screen.

Modeled wind lease bands by resource bucket

The table below is the bundled wind dataset. It is not a local comp table. The modeled band is modest on a gross-acre basis because wind turbines are spread across large project areas. A parcel that actually hosts turbines can earn more, but that income is concentrated on the host parcel and the turbine/infrastructure clauses.

Modeled wind lease bands by AgriTerra resource bucket

Resource bucket	IQR ($/gross acre/year)	Midpoint	Full modeled spread	Use
Resource bucket 3	$43-$62	$50	$36-$73	Marginal resource bucket
Resource bucket 4	$50-$71	$58	$42-$84	Middle resource bucket
Resource bucket 5	$56-$80	$65	$47-$94	Middle resource bucket
Resource bucket 6	$68-$97	$79	$57-$114	Strongest bundled resource bucket

These are blended per-gross-acre comparison bands. Real agreements commonly pay hosting parcels per turbine or per MW, with separate terms for roads, collection lines, substations, and non-host participating acres.

How the wind resource bucket is determined

Wind speed drives how much electricity a turbine can generate. Missouri Extension calls wind speed a key determinant of wind-farm site suitability, and DOE WINDExchange provides national 100-meter wind-speed maps. AgriTerra uses those map signals to assign coarse resource buckets over the land.

The buckets are AgriTerra resource buckets, not formal NREL Wind Toolkit classes. A better bucket can make the parcel more likely to be included in a project, but the lease rate itself still depends on negotiated contract terms, turbine size, access to transmission, the power market, county rules, and whether your land actually hosts a turbine.

Why per-turbine and per-MW terms matter

DOE WINDExchange reports an average land lease payment around $6,700 per MW and gives a simple example: if a 2 MW turbine pays $3,500 per MW, the landowner receives $7,000 annually for that turbine. NREL's land-use study found that total wind project area averages about 85 acres per MW, while the direct physical footprint is much smaller. Those two facts explain the difference between a large host-turbine check and a modest blended per-acre average across the whole project.

Purdue Extension's landowner wind-contract guide is still the right posture: get professional help, understand every property right you grant, and compare the payment to the restrictions and obligations that survive for decades.

Wind versus solar, farming, and CRP

Wind leaves more land in farming than solar, but it can bring different restrictions around structures, aerial applications, roads, noise, viewshed, and future development. Solar usually pays more per project acre but removes the land from production. Farming and CRP are easier to reverse. To compare those paths for the same parcel, start with the farm vs. solar vs. CRP calculator, then read the solar leasing guide if the offer is solar instead.

For source and confidence-tier detail, see how we get our numbers. For policy risk around new wind and solar offers, read what the 2025 energy law means for your farmland and why your land may not get an energy lease.