Ongoing projects
AgEnRes
Reducing fossil‑energy dependence for a more resilient European farming sectorries
AgEnRes aims to strengthen the resilience and sustainability of European agriculture by reducing dependence on fossil fuels and mineral fertilisers. The project develops advanced analytical tools, integrates agronomic, economic and environmental modelling, and supports informed decision‑making for farmers and policymakers. By improving energy efficiency, guiding investment in low‑energy technologies and assessing impacts on emissions, farm structure and markets, AgEnRes empowers the sector to better withstand price fluctuations and transition towards more climate‑friendly and economically stable farming practices.
SOLMATE
Sustainable reuse and recycling of PV panels and EV batteries
The SOLMATE project accelerates the journey to net‑zero by developing cost‑effective, innovative technologies for the reuse of solar PV panels and EV batteries, and for the efficient recycling of critical raw materials from end‑of‑life products. Over the next four years, SOLMATE will demonstrate low‑cost, decentralised energy systems in real‑world settings to make clean, sustainable energy more accessible and affordable.
PYRAGRAF
Sustainable conversion of agricultural and forestry biomass into climate‑friendly products
The PYRAGRAF project develops a mobile, solar‑powered system that converts agricultural and forestry residues into valuable outputs through pyrolysis. Its all‑in‑one setup, a solar‑driven gasifier burner, biomass dryer and integrated pyrolysis reactor, produces biochar, wood vinegar and upgraded biofuels, helping reduce greenhouse gas emissions and dependence on fossil resources. Field demonstrations in Portugal, Germany and Turkey will evaluate the system’s performance and the use of biochar and wood vinegar in agriculture, supporting sustainable rural development.
PV4Plants
AgriPV system with climate, water and light spectrum control for safe, healthier and improved crops production
PV4Plants is a European Horizon Project which promotes the synergy of agriculture and energy sectors thanks to an innovative agriPV technology to improve growing conditions and land use efficiency, yield and renewable energy production. Our system is based on light spectrum engineering, multi-indicator real-time monitoring system, improved microclimate beneath agriPV panels to improve health and yield while producing renewable energy. Fundamentally, PV4Plants promotes the creation of AgriPV systems with climate, water and light spectrum control for safe, healthy and improved crop production.
Symbiosyst
Create a Symbiosis where PV and agriculture can have a mutually beneficial relationship
The EU-funded SYMBIOSYST project will deliver standardised cost-effective solutions for agrivoltaics. This will involve developing PV modules, mounting structures, and operation and maintenance practices that meet the specific needs of different crops, climates and landscapes. The project will ensure the solutions developed are aesthetically pleasing and harmoniously integrated with farming practices.
TALOS
Robotics and AI transforming solar energy and agriculture through innovative PV solutions
TALOS is an EU‑funded project using robotics and artificial intelligence to advance the solar energy and agricultural sectors. It develops solutions for land‑based systems, floating PV and agrivoltaics. By integrating advanced technologies, TALOS boosts the efficiency, safety and sustainability of PV operations. The project combines technical, economic, social and environmental insights to drive progress
Value4Farm
Sustainable renewable energy value chains for answering farmers’ needs
To reduce the carbon footprint of the agricultural sector, promotion of decentralised renewable energy production and use is seen as a reasonable solution, also encouraging rural development. In the case of farming systems, coupling the place of production and consumption of energy allows synergies between agriculture and renewable energy technologies but usually raises several challenges, such as the high price of technologies especially for small-size farms or the energy crop vs food dilemma. VALUE4FARM aims at demonstrating three renewable-based local value chains based on agrivoltaics and biogas, and coupling sustainable food and renewable-energy production.
Completed projects
RES4LIVE
Energy Smart Livestock Farming towards Zero Fossil Fuel Consumption
The overall objective of RES4LIVE is to provide advanced and cost-effective technologies to the livestock sector that ensure the sustainability of the farms’ operation, and the superior thermal comfort of the animals for increased productivity with minimum climate change impact.
REGACE
Crop Responsive Greenhouse Agrivoltaics System with CO2 Enrichment for Higher Yields
The EU-funded REGACE Project is dedicated to developing an innovative Agrivoltaics technology that uses CO2 enrichment to sustainably increase greenhouses yields and improve electricity production.
Based upon the patented responsive tracking system, developed by REGACE partner TriSolar, the project creates systems that enable the dual use of land and infrastructure leading to reduced construction and maintenance costs, duration of execution, and the reduction of CO2 emissions caused by conventional Agrivoltaic installations.
HyPErFarm
Sustainable agrivoltaic systems for a carbon‑free farming future
The overall objective of HyPErFarm is to demonstrate effective farm decarbonisation through advanced agrivoltaic systems that combine renewable energy production with sustained crop yields. The project develops optimised dual‑land‑use solutions integrating innovative PV technologies, hydrogen production and electrified farm operations to reduce fossil‑fuel dependence and greenhouse‑gas emissions. Pilot sites in Belgium, Denmark and Germany showcase practical applications, assess business models and examine public and farmer acceptance, supporting the transition to climate‑resilient and economically viable agriculture.
TheGreeFa
Thermochemical fluids in Greenhouse Farming
TheGreeFa aims to reduce the overall energy consumption in the greenhouses and maximise at the same time the quote of renewable energy used for cooling, heating and humidity control and to recovery water in hot and dry climate zones with two different concepts for greenhouse systems to be developed and demonstrated in Continental and Mediterranean climate.
AgroFossilFree
Strategies and technologies to achieve a European Fossil-energy-Free agriculture
The main goal of AgroFossilFree is to create a framework under which critical stakeholders will cooperate to evaluate and promote the currently available Fossil-Energy-Free Technologies and Strategies (FEFTS) in EU agriculture.
RENAISSANCE
RENewAble Integration and SuStainAbility iN energy CommunitiEs
Renaissance project aims to deliver a community-driven scalable and replicable approach, to implement new business models and technologies supporting clean production and shared distribution of energy in local communities.
AgroBioHeat
AgroBioHeat project aims to produce a mass deployment of improved and market ready agrobiomass heating solutions in Europe. Agrobiomass is a large, underexploited and indigenous resource, which can support the achievement of the European Energy and Climate targets, while promoting rural development and circular economy.
