Agriculture + Solar Energy: the rise of agrovoltaics

In Spain, we have 23.8 million hectares available for agriculture and livestock farming. Taking advantage of this land to install solar panels, compatible with the crop, is the goal of agrovoltaic technology.

Agrovoltaics is an innovative technique that combines solar photovoltaic energy production with agriculture.

But what it consists of, we basically summarize it here:

• Solar panels on agricultural land: Instead of installing solar panels in urban or desert areas, agrovoltaics places the panels on agricultural land. This makes it possible to take advantage of the available space without negatively affecting crop production.

• Compatibility with cultivation: The solar panels are mounted at a height that allows sunlight to reach the plants. In addition, some systems use semi-transparent panels to allow light to pass through them. This means that crops can grow under the panels without problems.

What does agrovoltaic energy contribute to the environment?

Agrovoltaics not only generates clean electricity, but can also improve soil quality by providing shade and reducing water evaporation. In addition, farmers can diversify their income by selling both energy and agricultural products.

In addition, the integration of photovoltaics to generate energy for self-consumption allows the agricultural sector to reduce its carbon footprint. By consuming 100% renewable electricity, they contribute to environmental sustainability.

On the other hand, on land that is not suitable for traditional agriculture, the incorporation of solar panels makes it possible to grow food crops. This is especially relevant in rural areas where land may be scarce or of low quality.

What uses can solar energy bring to rural areas?

1. Solar rural electrification: In remote rural areas where electricity is not accessible due to technical or economic reasons, solar panels can provide power for lighting, appliances and other basic needs.

2. Water pumping and crop irrigation: Water pumping is essential for agriculture, and solar panels can power water pumps for irrigation. This is especially useful in areas where there is no access to the power grid. Here you can read an article we wrote about solar pumping

3. Food processing and storage: Solar energy can be used to power food processing equipment such as solar dryers, dehydrators and refrigeration systems. This helps to preserve agricultural products and reduce waste.

4. Greenhouse climate control: Solar panels can provide energy for heating, ventilation and cooling systems in greenhouses. This allows for more efficient climate control and improves plant growth.

In addition to solar photovoltaic energy, there are other renewable energy sources for rural communities, such as wind energy, hydroelectric power and biomass. These technologies take advantage of the natural resources available in rural areas to generate electricity in a sustainable manner. Agrovoltaics is an excellent option to boost clean and cheap energy generation in the rural environment! 🌱🌞

At ESA we are extremely aware of the importance of “agrovoltaic energy”.

So if you are looking to develop a project in this sector, we will be happy to explain our services through our web site
www.esasl.com
or at 96 352 38 20