The challenges of Agro-Photovoltaics systems installation in greenhouses
In its article for Agrotica 2024, Piraeus Bank outlines the development challenges of the installation of Agro-Photovoltaic systems (APVs) of the EU-funded REGACE project.
REGACE project presented to Italian farmers at first world café
The EU-funded Project was presented to a group of twelve Italian farmers during the first world café event taking place on February 7th, at Fattoria Solidale del Circeo.
An industry is born: Agrivoltaics in Strasbourg
Agrivoltaics is becoming an industry, turning from an interesting assortment of solutions with laudable ecological goals to a global endeavor to find ways to deploy solar energy and grow food together.
REGACE shines in Agrivoltaics events in Amsterdam and Athens
The EU funded REGACE Project was tremendously excited at the attendance and quality of presentations at the second annual Agrivoltaics Europe 2023 conference in Amsterdam.
REGACE’s innovative technology will make Agri-PV a major clean energy source: EU Agrisolar report
In the guidelines, SolarPower Europe showcases the “radical innovative technology” REGACE and sees it as a project that will demonstrate “Agri-PV’s potential to become a major contributor to the EU clean energy portfolio.”
REGACE holds three-day training workshop at Tor Vergata University in Rome
Participants from Germany, Greece Austria and Israel took part at the three-day workshop introducing the project, its disruptive technology and ecological and economic importance.
REGACE team visit University of Thessaly’s greenhouses to prepare for responsive tracking systems installation
REGACE partners, Alzahrawy and TriSolar, visited the University of Thessaly's greenhouses to prepare the installment of responsive tracking systems.
REGACE Consortium to offer affordable clean energy to generate electricity in greenhouses
The REGACE Consortium, which is composed of 12 partners from five countries, will develop and demonstrate an innovative Agrivoltaics technology by using CO2 enrichment to increase electricity yields.