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Revolutionizing solar energy, researchers unveil a CIGS-perovskite tandem cell with a record 24.6% efficiency, promising a brighter, sustainable future for renewable power innovation!

Verso Energy powers ahead, acquiring a 400-MWp solar portfolio to spearhead its renewable ambitions and bolster the drive towards a sustainable energy future in France.

Aquila Clean Energy EMEA secures 40 MW in Portugal, boosting Europe's renewable energy storage and aligning with Portugal's green strategy.

Mitsubishi Electric and HD Renewable unite to power Japan's green future, driving clean energy growth and sustainable infrastructure with innovative projects and battery solutions.

European Energy A/S boosts its US strategy with a major solar project sale, optimizing its portfolio for global renewable growth.

Fortis Energy boosts solar efficiency in North Macedonia with a 62-MW battery system, enhancing grid stability and sustainable energy solutions.

EnergyAustralia powers up Victoria with a 350-MW battery system, boosting grid stability and championing a cleaner energy future in Gippsland.

Nofar Energy powers up Serbia with its 27-MW Ada solar park, marking a key step in expanding its renewable footprint in Eastern Europe.

Octopus Energy and Skygreen team up to power 45,000 homes with solar, advancing South Korea's green goals and cutting coal reliance.

Xendee, a provider of eco-friendly project as well as microgrid layout and also choice support software application, has actually introduced a collection of new functions that incorporate the current tax motivations from the new Inflation Reduction Act directly into its platform.

China's largest solar power tower project, the Aksai Huidong New Energy solar farm, reaches a milestone with 11,960 pentagonal heliostats, showcasing China's commitment to renewable energy and reducing carbon emissions.

‘Solar Module Super League’ (SMSL) member, Trina Solar has started producing PV modules using the largest wafer size (210mm x 210mm) technically possible today with multiple other features to provide 500W-plus modules.

Progress in used research at Argonne National Laboratory increases hopes that solid-state batteries will certainly change standard lithium-ion batteries quicker rather than later.

Billions of photovoltaic panels globally will quickly come to the end of their lives, however when they obtain thrown away important products that are required to make future panels are being wasted.

Australian scientists have actually recognized 7 methods to avoid PV losses when overvoltage-induced inverter disconnections happen. The techniques consist of battery storage space, responsive power inverters, export restrictions, distribution static synchronous compensators, the replacement of old conductors in power grids, load reconfiguration, as well as dynamic voltage repair.