Revolutionize your land use by simultaneously generating clean solar energy and growing crops on the same plot
Agrivoltaic systems create powerful synergies that benefit farmers, communities, and the planet
Earn from both crop sales and electricity generation, creating economic resilience and farm modernization incentives
Produces more combined output than if agriculture and solar were conducted separately on different land
Directly addresses the growing conflict between agricultural land use and renewable energy development
Cooler microclimate prevents panel overheating, improving PV efficiency and electricity output in hot weather
Pollinator-friendly native vegetation between panels enhances local biodiversity critical for agricultural productivity
Clean energy generation while maintaining productive agricultural land use reduces overall carbon footprint
Agrivoltaic systems succeed by optimizing the interaction between solar panels, crops, and environmental conditions
The magic of agrivoltaics lies in the favorable microclimate created beneath and around the solar panels. This controlled environment benefits both energy production and agricultural yields through carefully balanced shade, temperature, and moisture levels.
Elevated solar panels are strategically positioned to allow optimal sunlight for both energy capture and crop photosynthesis
Panels create partial shade that moderates temperature extremes, reduces wind speed, and minimizes water evaporation
Crops cool the panels, improving electrical efficiency, while panels protect crops from extreme weather and reduce irrigation needs
Native pollinator habitats between rows create ecosystem services that boost agricultural productivity
Lettuce, spinach, kale thrive in partial shade
Excellent for livestock grazing systems
Basil, cilantro, parsley grow well with shade
The best crops for agrivoltaics are shade-tolerant species that benefit from reduced heat stress and water conservation. Our team helps you select the optimal crop mix for your location, climate, and market conditions.
From small farms to large-scale operations, agrivoltaics is transforming how we think about land use
Agrivoltaic systems can be tailored to various agricultural contexts, from intensive vegetable production to extensive livestock grazing operations.
Elevated panels above row crops, vegetables, and specialty crops with optimized spacing for equipment access
Sheep, cattle, and poultry grazing beneath panels while benefiting from shade and weather protection
Strategic panel placement in orchards and vineyards to protect fruit crops from extreme weather events
High-growth sector addressing land scarcity and climate challenges
Dual income incentivizes agricultural innovation and sustainability
Maintains agricultural production while expanding renewable energy
Addresses dual challenges of clean energy and climate adaptation
From initial feasibility studies to ongoing operations, we provide comprehensive support for your dual-use solar project
Comprehensive evaluation of your land, climate, soil, crops, and energy needs to determine feasibility and optimal system design
Detailed economic analysis including ROI projections, available incentives, financing options, and revenue modeling for both energy and crops
Professional installation ensuring minimal disruption to existing operations, with complete system integration and agricultural equipment compatibility
Continuous monitoring, maintenance, agronomic consulting, and performance optimization to maximize both energy output and crop yields
Let's discuss how agrivoltaics can increase your land productivity, diversify income, and contribute to a sustainable future