Prolux Solutions is recalling all Storac home energy storage systems in Germany and exiting vanadium redox flow technology to switch future residential products to lithium iron phosphate batteries.
Excellence was on display across all eight categories in the pv magazine Awards 2025 with plenty of innovation in both established and new market segments. From world-firsts to second-life solutions, this year’s winners brought cutting edge solutions to challenges facing solar and storage. The time has come to reveal the winners and highly commended finalists…
Researchers in Italy have simulated an agrivoltaic-powered anaerobic digestion plant for biomethane production and optimized it across eight scenarios, using vertically mounted panels in some cases with one-axis tracker and with two-axis trackers in others.
For the first time, a complete aluminum-graphite-dual-ion battery system has been built and tested, showing that lithium-free, high-power batteries can deliver stability, fast response, and recyclability for next-generation grid applications.
Swedish independent power producer Alight has completed a 215 MW solar project in Lolland, southern Denmark. The construction of Lidsø solar park started in the summer of 2024.
Solarwatt France has initiated a statutory early-warning procedure before the Lyon commercial court to safeguard the future of its operations.
The selected projects will be eligible for EU funding from the Connecting Europe Facility and will benefit from streamlined approval and regulatory processes.
The new residential heat pump system can be configured modularly and requires less than 150 grams of refrigerant, which allows it to be installed indoors. The system integrates with M-Tec’s energy management platform and supports multiple heat sources, photovoltaics, and battery storage.
Solar developer Energeia AS has been granted a license to build, own and operate a 46 MW agrivoltaic project in Norway, set to become the country’s largest solar site to date.
A research team in India developed a passive solar-panel cooling method using a thin, still layer of seawater placed over the module surface. Tests showed that while a thick water layer sharply reduced energy output, a thin 5 mm layer lowered module temperatures and increased daily energy generation by up to 8.86%.
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