Full Turnkey Development of
Agri-Solar PV Plants
Embracing Sustainability
Agri-Solar, also known as Agri-PV, embodies an innovative approach that integrates agricultural activities with solar energy production. This symbiotic system entails incorporating solar panels within agricultural fields or on farm buildings, optimising land use for dual purposes and maximising resource efficiency. At Green Power, we advocate for Agri-Solar solutions as part of our commitment to sustainable energy development. By harmonising solar energy generation with agricultural practices, Agri-Solar not only contributes to renewable energy production but also offers benefits such as enhanced land productivity, reduced water consumption, and minimised land use conflicts. Through our expertise in EPC services, O&M solutions, and strategic project planning, we empower clients to harness the full potential of Agri-Solar initiatives, fostering a greener and more resilient future for the agriculture and energy sectors alike.
Maximising Land Use for Sustainable Energy and Agriculture
A traditional PV plant focuses solely on energy production, often requiring extensive land use and potentially impacting ecosystems. In contrast, an Agri-Solar plant integrates solar panels within agricultural fields or on farm buildings, optimising land use by combining crop cultivation with renewable energy generation. This approach offers dual benefits: additional revenue for farmers from solar energy and continued agricultural production. Agri-Solar systems contribute to soil and water conservation by providing shade, reducing evaporation, and maintaining soil moisture. They also mitigate land use conflicts and preserve farmland, while enhancing agricultural productivity by creating favourable microclimates for crops. Agri-Solar plants represent a sustainable synergy between agriculture and renewable energy, providing environmental and economic advantages for both sectors.
Tailored Agri-Solar Solutions
Agri-Solar integration offers various formats tailored to different crop types, optimising land use and enhancing agricultural productivity. For row crops such as maize or soybeans, elevated solar panel installations can be designed to allow for sufficient sunlight penetration and irrigation access. This format minimises shading while maximising solar energy production and crop yield. In orchards and vineyards, where crops require ample sunlight and space, ground-mounted solar arrays placed along field perimeters or in inter-row spaces offer an ideal solution. These installations maintain open space for tree and vine canopy growth while providing a renewable energy source. Additionally, for greenhouse agriculture, rooftop solar panels can be incorporated to capitalise on available space and generate clean energy for on-site operations. By adapting Agri-Solar formats to suit specific crop requirements, farmers can achieve synergistic benefits, including increased revenue streams, improved resource efficiency, and sustainable agricultural practices.
