We transform arid land into fertile pastures through the intelligent integration of photovoltaic technology and regenerative agriculture.
Climate change and unsustainable land use are accelerating the degradation of arable land, turning entire regions into barren deserts. At the same time, the demand for clean energy has never been more urgent.
At Biosolar Agrivoltaica we lead in agrivoltaic development: we solve both problems by combining solar energy and sustainable agriculture on the same land. Instead of competing for land, we integrate photovoltaic modules with vegetation cover and grazing activities that reduce erosion, improve the local climate, and bring the land back to life.
Partial shade lowers soil temperature and stimulates root development and beneficial microorganisms.
A circular business model designed to regenerate the natural environment while maximizing resource production.
The natural transpiration of the vegetation growing beneath the panels creates a cooling effect in the air. This prevents the silicon cells from overheating, boosting electricity generation by up to 10% compared to traditional solar farms on dry soil.
We transform dry or degraded land into green pastures. The shade from the structures acts as a thermal shield against extreme radiation, encouraging the growth of vegetation cover and grasses that stop wind erosion and replenish organic carbon in the soil.
By reducing wind and direct sunlight, evapotranspiration from the land drops by 30% to 40%. In addition, the tilted structure of the panels helps channel dew and light rainwater directly to the root zone of the pastures below.
Integrated IoT sensors measure humidity, temperature, and soil health in real time to optimize the solar-agricultural symbiosis.
Our technology redefines photovoltaic infrastructure so it coexists harmoniously with plant and animal life.
The panels are mounted at a higher elevation (between 2.5 and 4 meters) with optimized spacing. This allows enough indirect sunlight to reach the plants and leaves room for light machinery or maintenance sheep grazing.
Smart algorithms orient the panels not only to maximize energy output, but also to dose the hours of shade crops need during peaks of extreme daytime heat.
We use the surface of the solar panels themselves for controlled runoff of rainwater and dew, directing it toward infiltration trenches and precision drip systems that nourish the pastures.
A look at the sustainable future where technology and ecology converge to restore fertility to our planet.
Agrivoltaics is already transforming territories around the world. These are some of the projects that validate the model we apply at Biosolar Agrivoltaica.
The world's largest solar farm, built on a Tibetan plateau desert that was 98% degraded. Vegetation cover beneath the panels now reaches 80%, and thousands of sheep graze there, generating over 10,000 yuan (~USD 1,400) per 0.07 hectares and benefiting 173 nearby villages.
View sourcePioneers in dynamic solar tracking over vineyards and fruit orchards, the same technology we apply in our projects. 36 estates already operate under this model (60 more in development), producing better-quality wine thanks to reduced heat stress on the vines.
View sourceArgentina has ideal conditions for agrivoltaics: high solar irradiance, increasingly mature regulation, and productive regions like Mendoza and San Juan (vineyards), La Rioja (olive groves), and Catamarca/Salta (soybeans and corn) looking to diversify income. We are developing our first pilot project in the country, applying the same model that already works around the world.
Be part of this projectAre you a landowner with degraded land, an investor in clean energy projects, or a government entity interested in stopping desertification?
We are looking for strategic partners to co-develop resilient agrivoltaic ecosystems. Reach out to us to assess your land's viability, estimate its power generation potential, and start the transformation into a biosolar oasis.
alianza@biosolaragrivoltaica.com
7261 SW 13th St, Miami, FL 33144, USA
Fill out the form to receive a preliminary analysis of your project at no cost.
