Loading NuWatt Energy...
We use your location to provide localized solar offers and incentives.
We serve MA, NH, CT, RI, ME, VT, NJ, PA, and TX
Loading NuWatt Energy...
Use the free estimator for a preliminary layout, or share your preferred response method with the commercial team. Final feasibility still requires site, utility, and engineering review.
Texas has 247 million acres of farmland — the most in America — and the highest solar irradiance in the continental US. Agrivoltaics lets farmers and ranchers earn $500–$1,500/acre/year from solar leases while maintaining agricultural production underneath. USDA REAP grants cover up to 50% of costs, and the full federal incentive stack can reduce out-of-pocket costs by 65–75%.
Solar Lease Revenue
$500-$1,500
Per acre per year
USDA REAP Grant
50%
25% grant + 25% loan guarantee
Water Savings
30-50%
Irrigation reduction
Total Cost Reduction
65-75%
ITC + REAP + MACRS stacked
Texas has 247 million acres of farmland — the most of any US state — and agrivoltaics lets farmers earn $500-$1,500/acre/year from solar leases while maintaining agricultural production underneath. The most common model is sheep grazing under standard ground-mount panels, but elevated panels (8-15 ft clearance) also allow crop cultivation with 30-50% water savings from shade. USDA REAP grants cover 50% of project costs (25% direct grant + 25% loan guarantee), and when stacked with the 30% federal ITC, MACRS depreciation, and potential energy community/domestic content bonuses, the total cost reduction reaches 65-75% for qualifying agricultural solar projects. Texas property tax exemptions for solar equipment and maintained agricultural exemptions minimize ongoing tax impact.
Texas leads the nation in agricultural land with 247 million acres — 142 million acres in farms and ranches, 105 million in managed timberland. The state's agricultural economy generates $25+ billion annually, but farmers face mounting pressures: recurring drought cycles (the 2022-2024 drought was among the worst in recorded history), rising input costs, Ogallala Aquifer depletion, and commodity price volatility. Agrivoltaics offers a transformative solution: stable, long-term solar lease income layered on top of continued agricultural production.
Texas also has the highest solar irradiance in the continental US, ranging from 1,800 kWh/m²/year in East Texas to 2,200+ kWh/m²/year in West Texas and the Panhandle. This means solar panels in Texas generate 20-40% more electricity per watt installed compared to northern states, making the economics of agrivoltaics significantly more favorable. A 1 MW agrivoltaic system in the Texas Panhandle produces 1,700-1,900 MWh/year versus 1,100-1,300 MWh/year for the same system in Ohio or Michigan.
The water conservation benefits are especially critical in Texas. The Ogallala Aquifer, which underlies the Panhandle and High Plains, has declined by 30-40% since irrigation began in the 1950s. Some areas are drawing water faster than natural recharge by a factor of 10:1. Agrivoltaic systems reduce irrigation requirements by 30-50% for crops under panels, extend the productive life of groundwater resources, and create a financial buffer that allows farmers to transition to less water-intensive agricultural practices while maintaining income through solar leases.
The 2022-2024 drought cost Texas agriculture an estimated $8-10 billion in losses. Over 60% of Texas experienced severe to exceptional drought conditions. The Texas Water Development Board projects that agricultural water demand will exceed available supply in several regions by 2030. Agrivoltaics is not just an economic opportunity — it is an adaptation strategy for climate-resilient farming.
Texas's agricultural diversity spans six major regions, each with distinct crops, livestock, solar resources, and optimal agrivoltaic models. Understanding your region's characteristics is essential for selecting the right dual-use approach.
~4M acres of agricultural land
Solar irradiance
Highest solar irradiance in TX. Shade-tolerant crops benefit from extreme heat protection. Year-round growing season.
~12M acres of agricultural land
Solar irradiance
Rocky terrain suits ground-mount solar. Strong ranching tradition. Wine industry benefits from pollinator solar.
~25M acres of agricultural land
Solar irradiance
Largest cattle region in US. Flat terrain ideal for large-scale solar. Ogallala Aquifer depletion makes water savings critical.
~15M acres of agricultural land
Solar irradiance
More rainfall but higher humidity. Farm ponds common — aquavoltaics opportunity. Pine timber land transitioning to solar leases.
~10M acres of agricultural land
Solar irradiance
Rich agricultural soil near major metros (DFW, Austin, San Antonio). Urban fringe farms face development pressure — solar leases preserve ag land.
~8M acres of agricultural land
Solar irradiance
Rice paddies with floating solar is emerging model. Shrimp ponds benefit from shade panels. Hurricane-rated racking required.
Five primary agrivoltaic models are deployed across Texas, each suited to different agricultural operations, terrain, and revenue goals. The choice of model affects panel configuration, racking cost, agricultural productivity, and total dual-use revenue.
The most commercially proven agrivoltaic model. Sheep graze freely beneath and between standard ground-mount solar arrays. Panels provide shade that improves animal comfort during TX summers (100+ degree days), while sheep maintain ground vegetation that would otherwise require mechanical mowing.
Panel Height
4-6 ft (standard ground mount)
Row Spacing
Standard row spacing (10-15 ft)
Compatible Animals/Crops
Sheep, goats (small livestock only)
Additional Revenue
$300-$600/acre/year grazing lease + reduced mowing costs
Water Savings
Panel shade reduces evapotranspiration by 15-25%
TX Suitability
Excellent
Texas Context: Excellent — most common agrivoltaic model in TX. Hill Country, Edwards Plateau, and Panhandle ranching regions. Sheep maintain vegetation, reducing fire risk and mowing costs by $200-$400/acre/year.
Elevated solar racking (8-15 ft clearance) allows farm equipment to operate underneath. Panel shade benefits heat-sensitive crops that struggle in TX summers: tomatoes, peppers, and leafy greens see yield improvements of 10-30% when protected from extreme heat. The higher racking cost ($0.15-$0.30/W premium) is offset by dual-revenue and water savings.
Panel Height
8-15 ft clearance (elevated racking)
Row Spacing
Wide rows (20-30 ft) for equipment access
Compatible Animals/Crops
Leafy greens, herbs, berries, peppers, tomatoes
Additional Revenue
$1,000-$4,000/acre/year crop revenue + solar lease
Water Savings
30-50% irrigation reduction from panel shade
TX Suitability
High
Texas Context: High — especially Rio Grande Valley and South TX. Elevated panels create partial shade that reduces heat stress on crops during brutal TX summers, extending growing seasons and reducing irrigation 30-50%.
Ground cover beneath standard solar arrays is planted with native pollinator-friendly species instead of turf grass. This eliminates mowing costs, supports declining pollinator populations, and can generate biodiversity credits. Texas native prairie species are drought-tolerant and thrive with the microclimate created by partial panel shade.
Panel Height
4-6 ft (standard ground mount)
Row Spacing
Standard row spacing
Compatible Animals/Crops
Native wildflowers, clover, milkweed, native grasses
Additional Revenue
Biodiversity credits ($50-$200/acre/year) + reduced maintenance
Water Savings
Native plants require zero supplemental irrigation once established
TX Suitability
Excellent
Texas Context: Excellent — Texas has 5,000+ native plant species. Pollinator-friendly ground cover improves surrounding crop pollination within 1-mile radius. Qualifies for CRP payments and EQIP conservation practice funding.
Wide-spaced ground-mount arrays designed for cattle access between rows. Panels are raised to 6-8 ft minimum with reinforced racking (cattle will rub against structures). Lower solar density per acre but suitable for large TX ranches where land is inexpensive. The shade provided by panels reduces cattle heat stress, which is a significant problem during TX summers when temperatures exceed 100 degrees F for weeks.
Panel Height
6-8 ft (raised ground mount)
Row Spacing
Wide spacing (25-40 ft between rows)
Compatible Animals/Crops
Cattle, horses (large livestock between rows)
Additional Revenue
$200-$500/acre/year grazing + solar lease
Water Savings
Shade reduces heat stress, improving weight gain 5-10%
TX Suitability
Good
Texas Context: Good — requires wider panel spacing, reducing solar density by 30-40%. Best for large Panhandle and West TX ranches where land is abundant. Cattle panels must be reinforced; scratching posts and water access designed around array layout.
Solar panels mounted on floating platforms or elevated structures over farm ponds, stock tanks, or irrigation reservoirs. In drought-prone Texas, water conservation is critical — a single-acre pond can lose 4-6 feet of water annually to evaporation. Floating solar reduces this by 50-70% while generating electricity. Additional benefit: panels stay cooler over water, improving energy production by 5-10% compared to ground-mount.
Panel Height
Floating or elevated over ponds/tanks
Row Spacing
Covers 50-80% of water surface
Compatible Animals/Crops
Fish ponds, stock tanks, irrigation reservoirs
Additional Revenue
Reduced evaporation saves 20,000-50,000 gal/acre/year
Water Savings
50-70% evaporation reduction
TX Suitability
High potential in drought-prone TX
Texas Context: High potential in drought-prone TX — reduces evaporation by 50-70%, shading reduces algae growth, cooler water temperatures improve fish health. Ideal for East TX aquaculture and Rio Grande Valley irrigation reservoirs.
The financial case for agrivoltaics in Texas is compelling. Traditional cropland leases in West Texas bring $10-$50/acre/year — and that revenue is subject to commodity price swings, drought losses, and rising input costs. A solar lease on the same land generates $500-$1,500/acre/year with guaranteed payments for 25 years, zero input costs, and no crop risk. With agrivoltaics, farmers keep both revenue streams.
For farm-owned systems (rather than leased land), a 100 kW solar arraypowering irrigation pumps, grain dryers, cold storage, and other agricultural operations can offset $15,000-$25,000/year in electricity costs while selling excess to the grid through a REP buyback plan. With USDA REAP covering 50% and the federal ITC covering 30%, the farmer's net cost can be as low as 25-35% of the installed price, with a payback period of 3-5 years.
| Revenue Metric | Traditional Agriculture | With Solar / Agrivoltaics | Notes |
|---|---|---|---|
| Traditional Cropland Lease | $10-$50/acre/year | N/A (replaced) | Cotton, wheat, sorghum lease rates in West TX |
| Solar-Only Ground Lease | N/A | $500-$1,500/acre/year | Depends on solar resource, grid access, county |
| Agrivoltaic Dual Revenue | $10-$50/acre/year | $800-$2,000/acre/year | Solar lease + continued agricultural production |
| Ranch/Grazing Lease | $5-$25/acre/year | $500-$1,100/acre/year | Sheep grazing continues under panels |
| Property Tax (Ag Exempt) | $1-$5/acre/year | $1-$10/acre/year | Many TX counties maintain ag exemption with agrivoltaics |
| 25-Year Total Revenue/Acre | $250-$1,250 | $12,500-$37,500 | Solar lease payments over standard 25-year term |
Texas Tax Code Chapter 11.27 exempts solar energy devices from property tax, preventing tax increases from solar installation. Many county appraisal districts maintain the 1-d-1 agricultural valuationfor agrivoltaic land where farming or ranching continues. This dual exemption means minimal tax impact — agricultural land taxed at $1-$5/acre versus market value of $500-$5,000/acre.
Standard agricultural solar leases run 25-30 years with annual escalators of 1.5-2.5%. A $1,000/acre/year lease with 2% annual escalation generates $32,000+ per acre over 25 years. Leases include a decommissioning bond (typically $25,000-$50,000 per MW) ensuring the developer removes equipment and restores the land at lease end.
The USDA offers multiple programs that fund or subsidize agricultural solar installations. The most impactful is REAP, which provides 25% in direct grants plus 25% in loan guarantees — effectively covering half the project cost. When stacked with federal tax incentives, these programs reduce total out-of-pocket costs to 25-35% of the installed price.
Coverage
25% grant + 25% loan guarantee = 50% total
Max Award
$1,000,000 per grant; $25,000,000 per loan guarantee
Timeline
Applications accepted quarterly (Mar, Jun, Sep, Dec deadlines)
Eligible Applicants
Agricultural producers and rural small businesses
The most impactful federal program for ag solar. REAP provides a 25% grant on eligible project costs plus a 25% guaranteed loan through USDA-approved lenders. For a $500,000 agrivoltaic system, REAP can provide $125,000 in direct grant funds plus guarantee a $125,000 loan. The grant does not need to be repaid and stacks with the federal ITC.
Coverage
Cost-share payments up to 75% for conservation practices
Max Award
Varies by practice; typically $10,000-$50,000/year
Timeline
Annual signup through local NRCS office (Nov-Jan typical)
Eligible Applicants
Agricultural producers implementing conservation practices
EQIP funds conservation practices that include pollinator habitat establishment, water conservation infrastructure, and soil health improvements. Agrivoltaic projects that incorporate pollinator plantings, water-efficient irrigation, or erosion control can qualify for EQIP cost-share on the agricultural components of the project.
Coverage
Annual rental payments + cost-share for establishment
Max Award
$300-$400/acre/year rental payment (varies by county)
Timeline
General and continuous signups available throughout year
Eligible Applicants
Farmland enrolled in CRP with pollinator habitat
CRP pays farmers to take environmentally sensitive land out of active crop production and plant conservation cover. Pollinator habitat solar installations may qualify for CRP if the ground cover meets NRCS pollinator habitat standards. CRP rental payments stack with solar lease income, creating triple revenue: solar lease + CRP payment + reduced maintenance.
Coverage
Enhanced REAP terms: higher priority scoring, increased cost-share
Max Award
Same as REAP but with priority scoring advantage
Timeline
Same REAP application cycles with priority consideration
Eligible Applicants
Farmers/ranchers operating for fewer than 10 years
Beginning farmers and ranchers receive priority scoring on REAP applications, making approval significantly more likely. They also qualify for higher cost-share rates under EQIP (up to 90% vs 75%). For young TX farmers considering agrivoltaics to diversify income, these provisions can make projects financially viable that otherwise would not pencil out.
Coverage
Grants for energy generation in high-cost rural areas
Max Award
Up to $3,000,000 per project
Timeline
Annual competitive grant cycle
Eligible Applicants
Rural communities with energy costs 275%+ above national average
Some remote TX agricultural communities qualify for high energy cost grants due to distance from grid infrastructure. These grants can fund solar installations that serve agricultural operations in areas where grid extension would be prohibitively expensive.
Contact your local USDA Rural Development office to discuss REAP eligibility: Temple (State Office: 254-742-9700), Lubbock (806-785-5644), Amarillo (806-468-8600), San Antonio (210-341-3081). REAP specialists can walk you through the application process and help identify additional programs your operation may qualify for. Processing time is typically 60-120 days after the quarterly deadline.
Agricultural solar projects in Texas can stack multiple federal and state incentives to achieve total cost reductions of 65-75%. Texas has no state income tax, so there is no state ITC — but the absence of state income tax also means the federal ITC and MACRS depreciation benefits are proportionally more valuable. The USDA REAP grant stacks on top of all federal tax incentives.
| Incentive | Value | Applied To | Notes |
|---|---|---|---|
| Federal ITC (Investment Tax Credit) | 30% | Total installed cost | Base 30% ITC for commercial solar through 2032. Requires prevailing wage & apprenticeship compliance for systems >1 MW. |
| Energy Community Bonus | +10% | Total installed cost | Additional 10% ITC if project is in a census tract with retired fossil fuel plant or brownfield site, or in a community with 0.17%+ fossil fuel employment. Many rural TX counties qualify. |
| Domestic Content Bonus | +10% | Total installed cost | Additional 10% ITC for using domestically manufactured solar panels, steel, and components. US-made panels from First Solar, Q CELLS (GA), or Hanwha (GA) qualify. |
| MACRS 5-Year Depreciation | ~22-27% | Depreciable basis (cost minus 50% of ITC) | Accelerated depreciation over 5 years. Bonus depreciation at 40% in 2026 (phasing down). Effective tax benefit of 22-27% of system cost for entities with sufficient tax liability. |
| USDA REAP Grant | 25% | Eligible project costs | REAP grant stacks ON TOP of the ITC. The grant is not taxable income and reduces the depreciable basis. 25% direct grant from USDA with no repayment required. |
| TX Property Tax Exemption | Varies | Appraised value increase | Texas Tax Code Chapter 11.27 exempts solar and wind energy devices from property tax. Prevents property tax increase from solar installation on agricultural land. |
| TX Sales Tax Exemption | 8.25% | Equipment purchase price | Solar energy devices are exempt from TX state sales tax (6.25%) and most local sales taxes (up to 2% additional). Saves $8,250 per $100,000 in equipment cost. |
Installed Cost: $750,000 (500 kW at $1.50/W)
30% ITC: -$225,000
10% Energy Community: -$75,000
USDA REAP Grant (25%): -$187,500
MACRS Depreciation (~22%): -$74,250 tax savings
TX Sales Tax Exempt: -$49,500 avoided
TX Property Tax Exempt: Ongoing savings
Net Out-of-Pocket: ~$139,000 (18.5% of installed cost)
Texas's extreme summer heat (100+ degrees F for weeks at a time) is paradoxically an advantage for agrivoltaics. Many crops that struggle in direct TX sun actually thrive under partial panel shade. Field studies at Texas A&M AgriLife Research and the USDA Agricultural Research Service demonstrate that shade-tolerant crops grown under solar panels in TX can see 10-40% yield improvements compared to open-field cultivation, while using 20-50% less water.
The key factor is light saturation. Most leafy greens and herbs reach photosynthetic saturation at 50-70% of full TX sunlight. Beyond that point, additional light generates heat stress without increasing photosynthesis. Solar panels filtering 20-40% of incoming light brings these crops into their optimal growth range while producing clean electricity — a true dual-use synergy.
Crops
Lettuce, spinach, kale, arugula, Swiss chard
Yield Impact (TX Summer)
+10-30% in TX summer
Water Savings
30-50%
Leafy greens bolt (go to seed) in direct TX sun above 85 degrees F. Panel shade extends harvest season by 4-6 weeks and improves quality.
Crops
Cilantro, parsley, basil, mint, chives
Yield Impact (TX Summer)
+15-40% in TX summer
Water Savings
25-40%
Cilantro and parsley bolt extremely fast in TX heat. Panel shade is transformative — cilantro harvest season extends from 2 weeks to 6+ weeks.
Crops
Blackberries, strawberries, blueberries
Yield Impact (TX Summer)
+5-20% (reduced sunscald)
Water Savings
20-35%
Berry sunscald is a major quality issue in TX. Partial shade from panels reduces sunscald damage by 60-80%, improving marketable yield.
Crops
Tomatoes, peppers, eggplant
Yield Impact (TX Summer)
+10-25% (TX summer)
Water Savings
25-40%
Tomatoes drop blossoms above 95 degrees F. Panel shade keeps canopy temperature below critical thresholds. Peppers show less sunscald and improved fruit set.
Crops
Wildflowers, clover, milkweed, native grasses
Yield Impact (TX Summer)
N/A (conservation)
Water Savings
100% (no irrigation)
Native TX prairie species establish with minimal intervention. Support pollinator populations that benefit surrounding farms within a 1-mile radius. Zero maintenance after Year 2.
Crops
Carrots, radishes, beets, turnips
Yield Impact (TX Summer)
+5-15%
Water Savings
20-30%
Cooler soil temperatures from panel shade improve root development. Less cracking and splitting from moisture fluctuations.
Texas A&M AgriLife Research has ongoing agrivoltaic field trials at research stations in Lubbock, Weslaco (Rio Grande Valley), and Uvalde (Southwest TX). Their research focuses on optimal panel spacing for TX crops, water savings quantification, and economic modeling for dual-use systems. Farmers interested in participating in research trials or accessing their data should contact the Texas A&M AgriLife Extension Service at their county extension office.
Best for: Large landowners (100+ acres), absentee landowners, farmers near retirement, or those who want guaranteed income with zero risk or operational involvement.
Best for: Active farmers with significant electricity costs (irrigation, cold storage, grain drying), sufficient tax liability, and operational capacity to manage a solar asset.
Agrivoltaics is the dual use of land for both solar energy generation and agricultural production. In Texas, the most common models are sheep grazing under standard ground-mount panels, elevated panels (8-15 ft clearance) for crop cultivation underneath, and pollinator habitat ground cover. Texas is uniquely suited for agrivoltaics because of its 247 million acres of farmland (the most of any US state), high solar irradiance (1,800-2,200 kWh/m2/year), and severe drought conditions that make the 30-50% water savings from panel shade extremely valuable. Agrivoltaic projects in TX can generate $800-$2,000+ per acre per year in combined solar and agricultural revenue, compared to $10-$50/acre for traditional cropland leases.
Complete guide to commercial solar in Texas — costs, incentives, ROI, and project planning.
Real projects with documented costs, savings, and ROI from Texas commercial installations.
Calculate your 5-year accelerated depreciation benefits for commercial solar in Texas.
Internal rate of return calculator for Texas commercial solar projects with full incentive modeling.
Get a free assessment of your agricultural property's solar potential — including USDA REAP eligibility, agrivoltaic model recommendations, and projected dual-use revenue.