New Database Prototype Maps Energy-Saving Technologies for EU Farms
We’re pleased to share that the prototype
of an EU-wide database of on-farm energy-saving technologies is now live, developed under the AgEnRes Horizon
Europe project. This work is being led by the Agricultural University of Athens
(AUA) in collaboration with partners at SGGW, IIASA, and
E3M.
Over recent months, the team has revised peer-reviewed research, analysed outcomes from EU-funded projects like Quantifarm and CODECS, and held dedicated partner workshops. These efforts have helped shape a robust, high-quality data structure that captures innovative solutions already in use across Europe, from reduced-till seeding robots and drone-based input applicators to biogas-fuelled CHP systems, LED greenhouse lighting, and agrivoltaic installations.
Each entry in the database includes:
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Performance metrics: energy savings, yield impacts, and input-use efficiency
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Economic data: capital costs, operating expenses, and maintenance needs
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Deployment information: provider contacts and direct links
Initial insights from the database highlight impressive energy gains, including:
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Up to 25% fuel savings from precision auto-steering
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40% reductions in electricity use through LED systems
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35% cuts in agrochemical energy via drone-assisted spraying
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30% primary energy savings from small-scale CHP technologies
Greenhouses with LED lamps
Looking ahead, this resource will be integrated into modelling tools and discrete-choice experiments developed by other AgEnRes teams. It will also be regularly updated to reflect emerging technologies and market developments.
The full dataset will soon be available for download via the AgEnRes website, offering a valuable tool for farmers, advisors, and policymakers seeking to drive energy efficiency and sustainable innovation across the European agricultural sector.
Green soybean field with solar panels