Reviewed September 2026 against USDA NASS, EnergySage, and Solar Reviews.

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North Dakota farmers have seven active solar incentives to combine: a 30% federal tax credit, a 5-year state property tax exemption, net metering up to 100 kW, USDA REAP grants covering up to 50% of project cost, community solar buy-ins, agrivoltaic land-lease income, and local utility rebates. Stacked together, these can cut the out-of-pocket cost of a farm solar system by roughly half. Below is what each is actually worth, what it takes to qualify, and where the real numbers come from — not just that they exist.

Introduction

North Dakota is best known for wind, not solar — but the incentive stack for on-farm solar is now as deep as almost anywhere in the country: a federal credit, a state property tax exemption, net metering, a USDA grant program, community solar buy-ins, and an emerging agrivoltaics angle for producers who don’t want to take land out of production. What’s been missing is a place that lays out what each is actually worth in dollars, not just that it exists.

This guide covers the seven incentives available to North Dakota agriculture today, what North Dakota farms actually grow (and therefore what loads solar needs to offset), and the real payback math using current installed-cost data. It also covers agrivoltaics, community solar, and where satellite farm-management tools fit once the panels are up.

Solar Energy North Dakota: Where the State Stands

North Dakota’s installed solar capacity has historically been the lowest of any U.S. state, at roughly 0.47 MW, according to Wikipedia’s Solar Power in North Dakota entry, which compiles state-level capacity data. That number reflects a state built around wind and coal generation, not a ceiling on what solar can do on a given farm — the incentive stack below applies regardless of how many other installations exist nearby.

Three things are converging to change the math for individual farms:

• Falling installed cost: North Dakota’s average solar system cost was $4.09 per watt as of June 2026, per Solar Reviews — the number that actually drives payback period, addressed in detail below.
• Federal and state incentives that stack: the 30% federal credit and the 5-year property tax exemption apply on top of each other, not instead of each other.
• USDA rural funding: USDA Rural Development has directly funded renewable energy projects in rural North Dakota through REAP.
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None of this shows up as a large number of installed megawatts yet. It shows up as a lower breakeven point for the farm considering its own array.

What Do They Farm in North Dakota? The Load Behind the Incentives

Solar sizing on a farm starts with the load, and the load starts with what’s grown. North Dakota farmers planted 23.3 million acres of principal crops in 2024, according to the USDA NASS 2024 North Dakota crop summary. Spring wheat led production at 310 million bushels in 2024, and durum wheat added another 51.5 million bushels the same year, per the same USDA NASS summary. Soybean production reached 219 million bushels in 2023, and corn yielded 143 bushels per acre in 2023, both per USDA NASS’s North Dakota Crop Production report.

The average North Dakota farm covered 1,537 acres in 2024, per USDA NASS Quick Stats — large enough that grain drying, irrigation pumping, and on-farm storage represent meaningful year-round electrical load, which is exactly the load net metering and REAP-funded systems are sized against.

For the full county-level and year-over-year breakdown of what’s planted where, see our dedicated page on North Dakota agriculture. USDA NASS republishes these totals every January following harvest, with preliminary numbers available from USDA NASS Quick Stats as early as December — that’s the tool to check for a number newer than the ones above.

Why Solar Energy Makes Sense for North Dakota Farmers

Key Advantages for the Agricultural Sector

Solar power addresses specific operational costs on grain and livestock operations of the scale described above:

• Reduced Operational Costs: On-site generation offsets grid draw from grain drying, irrigation pumps, and cold storage — the loads that scale with the acreage numbers above.
• Energy Independence: Farms gain resilience against utility rate changes and the grid disruptions common to rural feeder lines.
• Maximized Land Use: Agrivoltaics lets producers generate electricity and keep the acreage in crops or grazing rather than choosing one or the other.
• Stacked Incentives: Seven programs — federal, state, USDA, and utility-level — offset upfront cost simultaneously rather than one at a time.

The case is strongest for larger operations: at the state’s average farm size of 1,537 acres, irrigation and grain-handling loads are usually large enough that a 25–100 kW system pencils out against the net metering cap described below.

7 Solar Incentives for North Dakota Farmers

These seven programs are the current incentive stack for agricultural solar in North Dakota. They are not mutually exclusive — most farms use three or more together.

1. Property Tax Exemption for Solar PV Installations

North Dakota exempts the added property value from a solar PV installation from local property tax for five years after installation, according to EnergySage’s North Dakota solar incentive page. Separately, Consumer Affairs’ state incentive summary confirms the same five-year state property tax exemption as the primary state-level solar policy in North Dakota — there is no additional state cash rebate or state tax credit on top of it as of this review.

• Applies to both farm-owned and leased property.
• Removes the property-tax increase that would otherwise follow a system that raises the assessed value of the farm.
• Designed for installations under 100 kW, with specific local requirements possible at the county level.

Example: A North Dakota farmer installing a 50 kW solar PV system pays no additional property tax on the value that system adds to the farm for five years — money that stays in operating capital rather than going to the county assessor.

2. Net Metering for Agricultural Solar in North Dakota

Net metering lets a farm connect its system to the local utility grid and receive credit for excess electricity it feeds back in, per pv magazine USA’s 50-states North Dakota solar policy summary.

• Eligible Systems: Up to 100 kW in capacity — sufficient for the great majority of farm-scale loads described above.
• Offset: Producers can offset up to 100% of annual electricity use, effectively banking summer surplus against winter and shoulder-season draw.
• Rollover: Credits carry month to month, typically over a 12-month cycle.

Actual per-kWh credit rates and rollover terms differ by utility and cooperative — check with your specific electricity provider before sizing a system, since this is not standardized statewide in the sources reviewed here.

3. Federal Investment Tax Credit (ITC) for Farm Solar Solutions

The federal Investment Tax Credit provides a 30% tax credit on the total installed cost of a solar PV system, available nationwide including North Dakota, per pv magazine USA.

• Applies on top of, not instead of, the state property tax exemption and net metering.
• Unused credit can generally be carried forward — confirm current-year carryforward rules with a tax advisor, since federal tax law changes independently of this article.

Illustration using current cost data: At North Dakota’s average installed cost of $4.09 per watt (Solar Reviews, June 2026), a 25 kW farm system costs approximately $102,250 installed. A 30% ITC on that amount is roughly $30,675 — before the property tax exemption or any REAP grant is applied. Because installed cost per watt changes with panel and labor markets, check Solar Reviews’ North Dakota page for the current per-watt figure before running this math on your own system size.

4. USDA Renewable Energy Grants and REAP for North Dakota

The USDA Rural Energy for America Program (REAP) provides grants and loan guarantees to agricultural producers and rural small businesses, per USDA Rural Development’s North Dakota news release.

• Grants: Cover up to 50% of eligible costs for a renewable energy project, including solar PV.
• Loan guarantees: Available for up to 75% of total project cost.
• USDA’s cited award to rural North Dakota renewable energy projects was nearly $400,000, per the release above — a figure specific to the award cycle covered in that release, not an annual guarantee. Current-cycle REAP funding levels and deadlines are posted at USDA Rural Development’s North Dakota office pages and reset with each federal funding cycle.
• Applicants must be in USDA-defined “rural” areas and meet program income/business criteria.

REAP applications are accepted in periodic rounds rather than continuously — check current deadlines directly with USDA Rural Development before assuming last cycle’s dates still apply.

5. Community Solar Programs in North Dakota

Community solar is less widespread in North Dakota than in some other states but is active in specific agricultural areas.

• Casselton: A community-owned solar farm program lets local landowners and residents participate in shared arrays ranging from 2–5 MW, per SolarCollab’s Casselton program page.
• Benefits: No rooftop or dedicated land required — farmers can subscribe as off-takers or lease land to the project instead of hosting panels themselves.
• Credits earned offset electric bills without the farm carrying the installation itself.

This model suits producers whose land isn’t suited to on-site panels, or who’d rather diversify into a lease-income arrangement than take on ownership and maintenance.

6. Agrivoltaics in North Dakota: Solar Meets Agriculture

Agrivoltaics — installing solar panels above crops or grazing land so the same acreage produces both electricity and agricultural output — is still emerging in North Dakota, per the Wikipedia entry on agrivoltaics, which documents pilot deployments and research findings across multiple U.S. states.

• Improves land-use efficiency by producing both crops and electricity from the same acres.
• Can moderate microclimate temperatures for shade-tolerant crops or forage grazed beneath panels.
• Creates a lease-income stream for above-field solar space without removing acreage from production.
• Systems under this model can still qualify for the federal ITC and USDA REAP funding described above.

North Dakota-specific agrivoltaic case studies with published yield or income data were not found in the sources reviewed for this article — this is a genuine gap, not an omission. Producers evaluating a dual-use project should look to documented pilots in other states as a starting reference point and contact NDSU Extension for the closest analogue to their crop and region.

7. Additional State and Local Support Programs

Local utilities and electric cooperatives layer further support on top of the six programs above:

• Rebates: Some utility providers offer an upfront rebate per installed watt of PV — amount and availability vary by provider and are not centralized in a single state database.
• Flexible Interconnection Programs: Some cooperatives offer streamlined approval paths for qualifying agricultural solar installations.
• Education and Technical Assistance: North Dakota State University Extension offers feasibility and grant-application support for producers evaluating solar.

Because utility-level rebates and interconnection rules are set cooperative by cooperative, the right method is to call your specific electricity provider directly — there is no statewide list that stays current across all providers.

Summary Table: Solar Incentives in North Dakota

Are Solar Panels Worth It in North Dakota? The Payback Math

North Dakota’s average solar payback period is 13 years, per EcoWatch’s North Dakota solar analysis. That figure sits above the national average and reflects North Dakota’s northern latitude and comparatively low retail electricity rates relative to sunnier, higher-cost states — the two variables that drive payback length everywhere.

At the state’s average installed cost of $4.09 per watt (Solar Reviews, June 2026), a farm running the numbers should build the model in this order: gross installed cost, minus the 30% federal ITC, minus any REAP grant awarded, then divided by annual electricity-bill savings from net metering, to get years to payback. The property tax exemption doesn’t shorten payback directly — it removes a cost that would otherwise partially offset the savings.

Whether solar “is worth it” for a specific farm depends on load profile more than average payback figures — an operation running grain dryers and irrigation pumps through summer and fall consumes power on a schedule that matches solar production far better than a purely seasonal or nighttime-heavy load does. That’s the calculation the tool below is built for.

Farm Solar Payback Calculator

Enter your system size, installed cost per watt, and expected annual electricity savings to see estimated net cost after incentives and years to payback.

Anticipating Challenges in Solar Adoption

Despite the incentive stack, North Dakota farmers considering solar face real friction points:

• Upfront Costs: Even after the 30% ITC and any REAP grant, out-of-pocket cost at installation can be significant — financing, including USDA loan guarantees up to 75% of project cost, helps bridge the gap.
• Interconnection & Grid Access: Connecting to the local utility grid can involve paperwork and lead time; early coordination with your provider shortens this.
• Regulatory Hurdles: Zoning and permitting requirements can delay projects, especially larger installations or those near more urbanized parts of the state.
• Geographic & Weather Factors: North Dakota's 13-year average payback period (EcoWatch, 2026) is itself partly a function of latitude and winter snow cover — panel orientation and system design need to account for both.

Careful planning, plus technical assistance from NDSU Extension and USDA Rural Development, is what separates a system that hits its projected payback from one that doesn't.

The Road Ahead for North Dakota Farmers

North Dakota's agricultural sector is positioned for continued solar growth, not because installed capacity is high today — it's the lowest of any state, per Wikipedia's tracking — but because the underlying conditions are favorable:

• Vast farm acreage: at an average of 1,537 acres per farm (USDA NASS, 2024), there's ample siting room for on-site arrays or community solar hosting.
• Falling installed costs: track the current per-watt figure at Solar Reviews' North Dakota page, which updates as market pricing shifts.
• Growing demand for traceable, low-carbon agricultural products from both domestic buyers and export markets.

What would actually move the needle from here: an expanded or renewed federal ITC schedule, a larger annual REAP allocation to North Dakota specifically (the near-$400,000 figure cited above was tied to one funding release, not a fixed annual baseline), and more utility cooperatives publishing their own rebate and interconnection terms online rather than requiring a phone call. None of those are guaranteed — track USDA Rural Development's North Dakota announcements and your utility's rate filings for the actual state of play when you're ready to install.

How Farmonaut Supports Sustainable Farming in North Dakota

Solar covers the energy side of a North Dakota operation; the crops planted across those 23.3 million acres still need field-level management to turn that lower energy cost into higher margin. Farmonaut provides satellite-based farm management tools that work alongside a solar-powered operation:

• Satellite Monitoring: Real-time NDVI crop health, soil moisture, and input-requirement data across wheat, soybean, and corn acreage.
• AI-Powered Advisory: Context-specific irrigation and fertilization guidance — useful for farms pairing solar-powered pumps with precision water use.
• Blockchain Traceability: Field-to-buyer product tracking for operations marketing sustainable or lower-carbon production.
• Fleet & Resource Management: Equipment tracking for farms running larger, multi-site, or solar-integrated operations.
• Carbon Footprint Tracking: Quantify emissions across both traditional and solar-powered operations.

Subscription packages scale from single-field operations to full agribusiness deployments.

Frequently Asked Questions

Further reading:

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Conclusion

North Dakota's solar incentive stack for agriculture is real and current: a 30% federal ITC, a 5-year state property tax exemption, net metering up to 100 kW, USDA REAP grants covering up to 50% of eligible cost, community solar in areas like Casselton, and an emerging agrivoltaics option for producers who want both crops and kilowatts from the same acres. None of these figures are static — installed cost per watt, REAP funding cycles, and utility rebate terms all move on their own schedules, which is why every number above comes with its source and, where possible, its refresh path.

Pairing that incentive stack with field-level data is what actually improves the return: Farmonaut's app and API solutions help track the crop side of the operation while the incentives above cover the energy side.