Agrivoltaics

AGRIVOLTAICS (AGRI-SOLAR) SOLUTIONS 

The Tri-Benefit Advantage of Agrivoltaics 

1. Dual Land Revenue: Generates continuous, bankable revenue from solar electricity export alongside regular crop harvesting yields from a single land footprint.

2. Microclimate Creation & Crop Protection: Semi-transparent and elevated solar canopies shield crops from extreme solar irradiance, hail, windstorms, and frost, reducing crop stress and sunburn.

3. 20% to 30% Irrigation Water Conservation: Overhead solar shading significantly lowers soil evapotranspiration rates, retaining soil moisture and cutting agricultural water consumption.

4. Enhanced PV Efficiency via Evaporative Cooling: The natural transpiration of underlying crops cools the underside of the solar panels, lowering module operating temperatures and increasing electrical generation yield by 3% to 6% compared to standard ground-mount systems.

Compatible Crops for Agrivoltaic Farming

Our agricultural and solar engineers map crop selection to solar canopy shade patterns:

• Horticulture & Vegetables: Tomatoes, peppers, lettuce, spinach, cabbage, broccoli, onions, and garlic thrive in moderated shade environments.

• Cash Crops & Legumes: Pulses, chickpeas, soybeans, and groundnuts benefit from soil moisture retention.

• Medicinal & Aromatic Herbs: Mint, aloe vera, stevia, basil, and lemongrass exhibit higher essential oil concentrations under regulated solar irradiance.

• Berries & Fruit Orchards: Strawberries, raspberries, blueberries, and dwarf fruit tree cultivars.

• Shade-Tolerant Fodder Crops: Alfalfa and clover for integrated dairy and livestock grazing underneath panels.

Agrivoltaic Business & Development Models

• 1. Turnkey EPC for Agro-Enterprises & Farmers:
  End-to-end design, elevated structural fabrication, electrical procurement, grid interconnection, and commissioning for commercial farms, greenhouse operators, and agricultural universities.

• 2. PM-KUSUM Component-A Integration:
  Developing 0.5 MW to 2 MW decentralized agrivoltaic plants on agricultural acreage, securing guaranteed 25-year DISCOM power purchase agreements while maintaining active crop cultivation.

• 3. Corporate ESG & Community Joint Ventures:
  Enabling industrial land developers and corporate campuses to meet ESG decarbonization goals while supporting local rural farming livelihoods on the same site.

Benefits of Agrivoltaics

The world of agriculture can reap numerous benefits through Agrivoltaics

• Greater yield from the land in terms of crop and energy production

Agrivoltaics increases the utilization and productivity of land and same area can be used for both agricultural activities and generation of electricity through Photovoltaic system. Different studies across the world show that the yield from land can be increased up-to 180% compared to single use.

• Reduced water demand for irrigation

Agrivoltaics reduces the consumption of water for irrigation by up-to 30% as evaporation rate is decreased due to the shade provided by solar PV modules. It also helps in increasing soil moisture and maintaining optimal water level for plants.

• Protection of Biodiversity and Ecosystem

The integration of agrivoltaics contributes to sustainable development and the protection and improvement of biodiversity and the ecosystem by prohibiting the use of herbicides. 

• Protection against high temperatures and extreme weather

Agrivoltaics provide protection to plant from extreme temperatures and weather. High temperature and excess sunlight increases water demand in plants which potentially causes damage and hinders growth of crops. Solar panels can be adjusted to allow the optimal amount of sunlight. 

• Higher Income and improved performance

Complete integration and synergy of between electricity and agriculture help farmers increase their income as they can sell the electricity to utility-grid while making no compromise on crop yield. Also, the existence of crops under Solar PV modules helps to reduce the temperature of PV modules and increases their productivity by up-to 10% (various studies claim).

• Energy Independence and Revitalization of Farming

Agrivoltaics gives Energy independence to farmers as electricity produces can be used for various purposes like lighting, irrigation, etc. Building an Agrivoltaic system helps to counteract the abandonment of land and helps in revitalizing farming activities. Agrivoltaics can also offer new opportunities for social development of an entire community.

• Decarbonization of sector

Agrivoltaics helps in Decarbonization of the agricultural sector and helps in walking a step toward Green, Clean, Smart, and Sustainable development.

Frequently Asked Questions (FAQs)

• Q: Can standard tractors and farm equipment operate under agrivoltaic systems?
  A: Yes. A2P Resources custom-engineers elevated mounting structures with minimum clearances of 2.8 meters to over 4.0 meters, providing ample vertical and horizontal clearance for standard agricultural tractors, tillers, and harvesting machinery.

• Q: Does shade from solar panels reduce crop yield?
  A: For shade-tolerant and moderate-light crops (such as leafy vegetables, berries, and root vegetables), agrivoltaic shading often increases or stabilizes yields by preventing heat stress. Crop layouts are modeled alongside solar array pitch to guarantee sufficient photosynthetic active radiation (PAR).

• Q: How does module cleaning work in an agricultural setting?
  A: We engineer rainwater capture gutters and dry/robotic cleaning systems that allow panel wash-water to be channeled directly into on-site agricultural drip-irrigation networks, conserving water across both operations.

Pioneer the Future of Food & Clean Energy

Maximize the economic productivity of your agricultural land with dual-use agrivoltaics. Consult our specialized engineering team for agricultural microclimate modeling and solar yield assessments.

[ Request an Agrivoltaics Feasibility Study ]   [ Speak with an Agri-Solar Specialist: +91-9953866820 ]