A new agrivoltaic project is taking shape in the heart of Switzerland, in Leuggern, Canton Aargau: 1,300 solar panels will be installed over a cherry orchard with the goal of protecting crops, dynamically managing light, and producing renewable energy.
A virtuous model that combines agriculture and ecological transition.
The initiative is the result of a collaboration between Energie360°, a Swiss sustainable energy provider, and Insolight, a company specializing in advanced solar technologies.
On the farmland managed by growers Rudolf Obrist and Hansjörg Erne, a 12,000-square-meter agrivoltaic system will be built using next-generation photovoltaic panels produced by China-based DAS Solar.
Each module will have a nominal power of 600 watts, with an estimated annual output of 800 MWh—enough to power around 180 households.
The panels, mounted nearly 3 meters above the ground, will ensure easy passage for agricultural machinery, maintaining full operability of the orchard.
The core innovation lies in the patented "insolagrin" system developed by Insolight: a durable, flexible plastic cover designed to open and close based on weather conditions and the light needs of the plants.
This system not only regulates solar exposure but also offers effective protection against extreme weather events such as hail, heavy rainfall, heatwaves, and spring frosts.
The stainless steel structure is also suitable for other sensitive crops such as strawberries, raspberries, and blueberries.
According to the two farmers, the system significantly reduces the need for plant protection products and improves production resilience.
All the energy generated will be purchased by Energie360° and fed into the public grid as part of a Swiss government-backed tender.
Construction is scheduled to begin in the summer.
The Leuggern project is a showcase example of virtuous integration between agriculture and renewable energy sources.
A replicable model that looks to the future of European fruit growing, combining innovation, sustainability, and crop protection in an era of increasing climate pressure.
Source: pv-magazine.com
Image source: Insolight
09 Jan 2025
Paclife has developed an innovative packaging technology using zeolites, a microporous mineral with remarkable capacity to regulate oxidation by adsorbing gases and moisture. This approach contributes to create a controlled atmosphere.
09 Oct 2025
Discover how to increase marginal profit in cherry production by reducing labor costs, optimizing pruning, and choosing the right training systems. Expert insights from Chilean agronomist Óscar Carrasco to improve productivity and orchard profitability.
03 Jul 2026
Research in Moldova on sweet cherry shows Thin spindle improves yield, fruit quality and canopy management in high-density orchards on Gisela 6, while Improved thin spindle boosts large premium fruit, uniformity and commercial value for modern intensive cherry production.
03 Jul 2026
Chilean cherries 2025/26 face a more saturated China market, flat FOB prices and rising pressure on quality, timing and destinations. Diversification toward the United States and other markets is becoming crucial to protect Chile’s profitability and fruit exports now.
