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Double food production: lettuce indoors and rapeseed under the panels

Ljusgårda, Europe’s largest indoor farm, buys power from the Hova solar park through a power purchase agreement. The power more than covers what it takes to grow 520 tonnes of lettuce a year – and the land under the panels is still farmed.

Raps i blom under solpanelerna i Hova

The Hova solar park in Gullspång municipality lies only a few tens of kilometres from Tibro, where Ljusgårda grows its crops. The park covers 13 hectares, the size of 19 football pitches, and is expected to produce up to 8 GWh a year – enough to supply 1,600 houses.

Farming and power production on the same land

The park is agrivoltaic: it combines conventional farming with solar power production. The panels sit on a single-axis tracker system that follows the sun and can be turned to allow continued farming. Under the panels, Ekoväx goes on growing rapeseed, ley and wheat, among other crops.

Raps i blom mellan solpanelerna
Rapeseed in bloom between the panel rows in Hova. Photo: André Nordblom

“This is a good example of a new approach to creating synergies between conventional farming methods and new techniques such as vertical farming, making it possible to produce both staple crops and leafy greens at the same time. This type of solar park offers new, innovative ways to secure the energy supply for Ljusgårda. Every hectare will contribute to the transition to a more sustainable food system.”

Michael Martin, researcher at IVL Swedish Environmental Research Institute and expert in urban farming methods

An agreement that makes a difference

Ljusgårda buys the power through a power purchase agreement with Energi Försäljning Sverige AB as balance responsible party. “Companies that demand additional energy make a real difference. Through this PPA we can together accelerate the green transition and increase the amount of renewable energy in the system. We are proud that, as a balance responsible party with insight and expertise in the energy market, we can guarantee smooth and efficient risk management and invoicing for both end consumers and producers,” says Tobias Jansson, Energy Risk Adviser at Energi Försäljning Sverige AB.

The project is followed by researchers from Mälardalen University’s agrivoltaics project and the Swedish solar research centre SOLVE at Uppsala University. The park was expected to be complete in August 2024, with the first harvest from the field planned for 2025.

Source: press release, 18 June 2024.

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