The Italian authorities have frozen bank accounts and seized assets linked to a transnational network accused of defrauding about 6,000 investors through a fake PV investment scheme.
Ampt and Hiringa Energy will supply a hybrid solar and storage system for a hydrogen and ammonia facility supporting low-carbon cotton production in New South Wales.
A new study warns that rooftop solar’s emissions benefits are declining in the United States as power grids become less carbon intensive, underscoring the need to update how renewable impact is measured.
The Taiwanese manufacturer showcased the new module range at Energy Taiwan trade show. Two modules in the lineup boast a wind resistance of 17 on the Beaufort scale, making them typhoon ready, according to the company.
Germany’s Federal Court of Audit (Bundesrechnungshof) says the nation’s hydrogen strategy is falling short despite heavy subsidies, while Pulsenics and Endua have launched the first commercial AI-based monitoring system to improve electrolyzer performance under fluctuating renewable power conditions.
DK Electronic Materials has launched mass production of high-copper paste, with full gigawatt-scale manufacturing lines to be operational by the fourth quarter.
Exide Technologies has launched its 5 MWh Solition Mega Five system for commercial, industrial, and utility-scale storage, featuring liquid cooling and advanced grid integration options.
The 79 kW system consists of 44 Solar Flatracks, which Wattlab describes as movable, stackable thin plates with integrated solar panels and inverters.
This week Women in Solar+ Europe gives voice to Rachel Hayes, the Head of the Environmental, Social, and Governance (ESG) team at Solar Energy UK. She says careers in solar often evolve laterally, from project development to ESG, from engineering to policy, reflecting how transferable and rewarding these roles are. “The challenge isn’t retention; it’s entry,” she states.
A Saudi–Egyptian research team investigated the effects of four types of dust on photovoltaic panels in arid coastal environments, finding that power losses can reach up to 48%.
This website uses cookies to anonymously count visitor numbers. View our privacy policy.
The cookie settings on this website are set to "allow cookies" to give you the best browsing experience possible. If you continue to use this website without changing your cookie settings or you click "Accept" below then you are consenting to this.