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Game-changing solar tech! Researchers unveil a revolutionary intermediate recombination layer, boosting efficiency in perovskite/silicon tandem solar cells to an impressive 27.6%. The future of solar is here!

Engie and Google partner for a 350-MW solar project in Texas, advancing Google's goal for 24/7 carbon-free energy by 2030. Clean power is here!

Enel Chile's groundbreaking 67-MW battery system will power 75,000 homes, boosting renewable energy stability in Santiago. A significant leap for sustainable energy!

AMPYR Energy USA boosts solar capacity in South Carolina, securing 195 MWp to power 30,000 homes, while advancing toward its ambitious 5-GW solar portfolio goal.

Southern Power boosts its Millers Branch Solar project to 512 MW, securing major contracts with tech giants for sustainable energy by 2026. A bright future for renewable power!

Revolutionize your energy game: a new wearable generator turns your movements into power! Designed with cutting-edge perovskites, it’s efficient, durable, and ready for real-world impact.

GazelEnergie and Q Energy launch a groundbreaking 35-MW energy storage project in France, boosting grid stability and ushering in a greener energy future.

AGM Group and SUSTech unite to pioneer cutting-edge perovskite solar cell innovations, aiming for high-efficiency solutions and a sustainable energy revolution.

FREYR Battery's acquisition of Trina Solar's Texas factory boosts its clean energy supply chain, solidifying its role in the solar market and sustainable battery production.

In early 2024, leading solar manufacturers prove resilient, defying market challenges with innovation and profitability, as a new wave of global players emerges in the competitive landscape.

Breaking barriers in solar tech, 3SUN and CEA unveil a record 30.8% efficiency in tandem cells, promising a brighter, more sustainable future for renewable energy.

Revolutionary NiO/Ag/NiO electrode boosts bifacial solar cell efficiency and durability, promising breakthroughs in agrivoltaics, automotive tech, and more with its ultra-thin, high-transmittance design.

Heterojunction Solar cells combine two various technologies into one cell-- a crystalline silicon cell sandwiched in between 2 layers of amorphous "thin-film" silicon

The United States Department of Energy (DOE) has revealed the 20 finalists moving forward in its American-Made Solar Prize Round 5, which will certainly see 10 hardware-focused and also 10 software-focused teams relocate via to the following round and also get cash prizes.

On this week’s Interchange podcast: how residential batteries differ from other forms of distributed energy.