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Unlocking the potential of triple-junction solar cells with cutting-edge optical properties, achieving 44.3% efficiency and 90.1% fill factor. A game-changer in solar technology.

Unlocking the potential of tandem solar cells for a brighter, more efficient future in renewable energy. Collaboration is key to commercialization success.

Researchers have identified two design strategies to minimize voltage losses and improve open-circuit voltage in ternary organic solar cells. Yuming Wang from Linköping University leads a team of researchers including those from Hasselt University, IMEC, and other institutes studying the origins of this loss of voltage. Results published in Nature Energy.

Among the globe's biggest investors has actually established its sights on Spanish solar as it transferred to authorize its initial financing offer for renewables in continental Europe.

Scientists from Russia’s NUST MISIS institute and the University of Rome have discovered a two dimensional titanium carbide can improve the performance of a halide perovskite solar cell when added in microscopic amounts across the various cell layers.

A technique based on optical imaging has been used by an international research team to illuminate strains in lead halide perovskite solar cells without harming them. The scientists claim the approach helped them discover misorientation between microscopic perovskite crystals was the main cause of the strains.

To reach the target of carbon neutral, a change from fossil power to renewable resource generation is crucial. Solar modern technology is thought about as one of one of the most popular resources of renewable resource.

Breakthrough research at Northwestern Univ. yields record-breaking efficiency for perovskite solar cells. New dual-molecule solution solves electron losses from surface defects & interfaces, achieving 25.1% efficiency. Research builds on prior Nature paper.

Revolutionizing solar energy, researchers unveil a game-changing molecule boosting perovskite solar cells' efficiency to 24.55% while ensuring remarkable stability—transforming renewable energy's future!

Discover the remarkable power of MIT's ultralight fabric solar cells- 18x more efficient than traditional solar panels, capturing energy from any surface and resistant to 500+ cycles of rolling & unrolling. Embark on a greener future with sustainable energy generation.

A U.S. research team has used protein bacteriorhodopsin to improve the efficiency of what it called ‘bioperovskite’ solar cells. The scientists used Förster Resonance Energy Transfer to predict the strength of long-range excitonic transport between the perovskite and protein layers.

ROTH Capital Partners has told investors that the recent outbreak of the Coronavirus in China is likely to impact the solar industry supply chain, due to extended work stoppage in eight provinces, many being key solar manufacturing hubs, through February 9th.

Meyer Burger's CFO is quitting after less than 2 months in the role, with the heterojunction cell and also module producer set to seek yet an additional replacement for the position.

Quality assurance business DNV is teaming up with South Korean floating PV (FPV) component suppliers to check out business opportunities in the worldwide floating solar market.

Researchers unveil breakthrough bifacial solar cells with over 27 mW cm−2 output, achieving 24% efficiency—pioneering the future of solar energy technology!