Chinese Academy of Sciences

Boosting Solar Power: New Strategy Enhances Flexible Tandem Cells' Efficiency and Durability, Paving the Way for Commercial Breakthroughs.

Revolutionizing solar power: New SAM technology boosts perovskite/silicon tandem cells to 32.19% efficiency, setting new standards in energy conversion and stability.

A groundbreaking tandem solar cell achieves 25.7% efficiency by marrying perovskite and organic materials, revolutionizing sunlight absorption while minimizing carbon impact. Sustainable energy's future shines brighter!

Innovative ultrathin perovskite solar cells soar with efficiencies over 27%, optimizing light absorption and paving the way for next-gen renewable energy solutions.

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!

Breakthrough in solar cell technology: Chinese researchers achieve 19.11% efficiency using ultrastable 2D DJ perovskite material, paving the way for scalable commercialization.

Revolutionize solar energy with a groundbreaking bridging molecule, boosting efficiency and stability of perovskite solar cells to new heights.

Revolutionize solar energy with high-entropy hybrid perovskites - a game-changing material for efficient and stable solar cells.

Discover the groundbreaking method to boost efficiency in organic solar cells with innovative guest components. A game-changer in renewable energy technology.

Revolutionary new method for manufacturing perovskite solar cells achieves high efficiency and improved stability, paving the way for a potential game-changer in solar energy technology.

Revolutionary bifacial perovskite solar cells with carbon nanotube electrodes offer high performance and cost efficiency, maximizing energy generation from all angles of sunlight.

Revolutionary nanomaterial doping strategy boosts perovskite solar cell efficiency to 24.5%. Researchers at CAS and Henan University lead the way in sustainable energy innovation.

Revolutionary solar cell design achieves 25.6% efficiency with 2D/3D heterojunctions. Groundbreaking research from KAUST, UNIST, and the Chinese Academy of Sciences.

Discover a new breakthrough strategy to maximize the efficiency of solar cells! The PPHJ device, consisting of two types of conventional PHJ subcells and antimony trisulfide, simplifies the preparation process of solar cells and has achieved an impressive 8.32% efficiency- the highest among all Sb2S3 devices. Unlock the potential of low-cost and efficient solar cells!

A research team has proposed a novel strategy to enhance the performance of perovskite solar cells; using a molecular bridge made of ammonium cations to create a strong connection between layers. Theoretical and experimental studies show promise for top-performing solar cells, with potential for clean energy generation.