In North Rhine-Westphalia, Germany, the Aschof strawberry farm is undergoing a unique transformation, combining fruit production with solar power generation . It’s an agricultural photovoltaic plant, developed by Gridparity, that provides renewable energy and creates a perfect microclimate for the growth of strawberries and raspberries, protecting them from inclement weather such as heavy rain or hail.
Solar energy for the benefit of berries and the environment
The semi-transparent solar modules , installed by Gridparity technicians, have a total capacity of 999 kilowatts , generating 870,000 kilowatt hours of clean energy annually. This system provides optimal protection for the plants without compromising the amount of light needed for their growth.
Approximately 40% of sunlight reaches strawberries, creating an ideal environment for their growth, while at the same time protecting the plants from damage caused by extreme weather conditions.
Photovoltaic plant with a perfect balance of protection and efficiency
The innovation of this photovoltaic system lies in its ability to regulate the light reaching the plants, ensuring 70% light transmission, which favors agricultural production. In addition to optimizing the climate for berries, this system allows farmers to diversify their income through the sale of solar energy, achieving a more sustainable and profitable agricultural model.
The Gridparity project is a clear example of how renewable energy can be successfully integrated with agriculture, promoting sustainability and efficient resource use. The installation of this system benefits strawberry cultivation and also contributes to reducing the farm’s carbon footprint, making the farm a benchmark in the use of clean technologies .
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Source and photo: Gridparity
