A new article about the REGACE’s PV technology was written by the project researchers Nikolaos Katsoulas and Chryssoula Papaioannou from the University of Thessaly.
The article entitle, Photovoltaics in the greenhouses for simultaneous electricity and crop production, was published in the Greek newspaper Newspaper Δημοτική Αγορά της Λακωνίας.
The article explains how the REGACE’s PV technology will be installed and tested in different types of greenhouses, with different crops and different climates and conclusions will be drawn for their proper use in the greenhouse.
This REGACE poster entitled, Outdoor characterization protocol of bifacial PV modules for agri-PV application, was prepared by Federico Andreozzi, Gianluigi Bovesecchi, Marcello Petitta, and Cristina Cornaro.
The poster was presented by Andreozzi from the University of Rome Tor Vergata at the 41st European Photovoltaic Solar Energy Conference and Exhibition (EUPVSEC 2024), which took place on September 23-27, 2024, in Vienna, Austria.
The REGACE Brand Book provides a set of tools and guidelines for using REGACE’s branding elements.
SE SIAMO A ZERO, ABBIAMO VINTO
A new article presenting the work carried out by the EU-funded REGACE project, was just published by the University of Rome Tor Vergata.
The article written by our Italian partners, Cristina Cornaro, Marcello Petitta and Andrea Volterrani, explains why agrivoltaics is a key to a zero-emission future.
REGACE not only produces clean energy without emitting greenhouse gases but also preserves agricultural soil, promoting crop protection and energy production simultaneously.
REGACE is committed to involving farmers and innovators in the development process. Farmers play a direct role in testing and researching greenhouse photovoltaics, contributing their invaluable field knowledge to shape real-world solutions.
REGACE - Using CO2 for Green Energy
The 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.