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The Lloseta PV plant will generate electricity for the Power to Green Hydrogen Mallorca project

Standard design phase will currently begin at its Porvoo refinery in Finland

Australian electrolyser manufacturer Hysata claims its electrolyser technology can enable hydrogen production costs to fall below US$ 1.5/ kg by the mid-2020s.

Austrom Hydrogen, a novice to the Australian renewable energy scene, has actually introduced strategies to create a huge solar project, battery storage system, and also hydrogen generation center in Queensland.

CESC Limited's acquisition of Bhadla Three SKP Green Ventures brings them closer to the massive potential of the Bhadla Solar Park in Rajasthan.

ESB Group, Ireland's leading utility, has just sold two bonds for EUR 1 billion to finance renewable energy projects and reduce carbon intensity. Help create a cleaner, more resilient energy future by supporting ESB's net-zero target by 2040!

Australia's Fortescue Future Industries (FFI) has taken a 60% risk in Dutch firm High yield Energy Technologies (HyET) Group to help in its aspiration to supply 15 million tonnes of green hydrogen worldwide by 2030.

Russia's invasion of Ukraine was blamed for a collapse in Q1 earnings recorded by independent power manufacturer (IPP) Scatec.

Port of Argentia to create wind and also green hydrogen projects with Pattern Energy Group

NTPC and ONGC unite for a greener future, launching a joint venture in renewable energy to innovate and conquer solar, wind, and more across India!

SSE Energy Supply Ltd has been contracted to optimize a 249 MW/373.5 MWh Battery Energy Storage System (BESS) in Kent, England for 10 years. Sheaf Energy Park is set for July 2025 commissioning, with Pacific Green Battery Energy Parks 2 Ltd. powering the BESS with a 10-year, GBP 120 million debt. Balance demand & supply: transition to renewable energy with this energy storage system.

A new paper published in Nature claims that scientists have reached a consensus on the procedures for the testing of perovskite cells, which they say will lead to better reproducibility and comparability of data produced by different laboratories, and ultimately a better understanding of the degradation pathways affecting perovskite solar cells, and the most effective ways to mitigate them.

Scientists in South Korea demonstrated a construction method for perovskite solar cells relying entirely on room temperature, ambient problems procedures. Utilizing an all-inorganic perovskite product, and a spray coated electron transport layer, cells made by the group attained a maximum performance of 19.75%.

Researchers at Northern Illinois University and the U.S. Department of Energy's (DOE) National Renewable Energy Laboratory (NREL) in Golden, Colorado, are reporting a possible development that could aid speed commercialization of very appealing perovskite solar cells (PSCs) for use in photovoltaic panels.

Developed by scientists in China, the cell attained an open-circuit voltage of 1.192 V, and also a fill element of 80.67%. Its perovskite topping layer was treated with a special ionic liquid that had a favorable impact on both the tool's performance as well as stability.