Energy and agriculture, on the same land.
Agrivoltaics efficiently combines solar energy production with farming: dual productivity from the same land — clean energy and food.
Integrated land use.
Agrivoltaics marks a change of paradigm in land use: photovoltaic systems that coexist with crops, with no competition between the two activities.
This approach makes the most of cultivable areas, delivering dual productivity: renewable energy and agricultural output.
Elevated panels, protected crops.
Photovoltaic modules are installed on raised structures above agricultural land. Layout and height are designed to maximise energy generation while leaving crops the space and light they need to thrive.
With advanced tilting and tracking solutions, panels adapt to weather conditions and crop requirements, optimising the use of sunlight and improving growing conditions.
Advanced agrivoltaics
Advanced solutions adopt taller structures with tracking and monitoring systems that guarantee full continuity of farming activity beneath and between the modules, in line with national guidelines. Most of our development portfolio focuses on this category.
Environment and economics, together.
Lower emissions
Solar generation avoids the use of fossil fuels, making a concrete contribution to the energy transition.
Optimised land use
Farming and energy generation on the same plot: a strategic solution where agricultural land is scarce.
Better microclimate
Panels filter sunlight during the hottest hours: lower soil temperature, less evaporation, less irrigation.
Biodiversity
Crops, grazing and pollinators coexist with the plant: local farming and pastoral activities are part of the project.
Adaptable technology
Systems tailored to crop and terrain, for maximum energy and agricultural yield.
Synergetic efficiency
Crops lower soil temperature and release moisture: modules run cooler and perform better.
Every ray of sunlight, a double opportunity.
Optimise your harvest and generate clean energy: with agrivoltaics, your land creates value twice.