perovskite

Discover the breakthrough in solar cell technology: a perovskite-silicon tandem cell with a thermally evaporated C60 electron transport layer. Achieving an impressive 30.90% efficiency, this innovation could revolutionize the industry.

University of Sheffield researchers boost perovskite solar cell efficiency by adding silver nanoparticles to the electron transport layer, achieving a record-breaking 14.3% power conversion efficiency.

TandemPV secures $6 million in funding, reaching a total of $27 million, to fuel research, development, and establish its first manufacturing facility. With 26% efficiency, their perovskite panels offer cost-effective power solutions.

Scientists at KAUST have published a roadmap for perovskite/silicon tandem solar cells, combining efficiency and stability for affordable clean energy. Paving the way for a $10 billion market.

Breakthrough research enhances stability and efficiency of perovskite solar cells, achieving remarkable performance and record-high solar hydrogen production rate.

Golden Solar's groundbreaking vertical integration has resulted in the launch of its perovskite/hybrid BC tandem solar cells, offering a conversion efficiency of 33.94%. A revolutionary step forward in renewable energy, now available to the C-end market with flexible awning for RVs.

Akcome is investing $140 million to create a HJT-Perovskite solar cell research and production base, promising low-temperature production and simpler incorporation. Join the initiative to capitalize on the solar cell's potential!

GCL Group Holdings is revolutionizing solar energy with the world's biggest perovskite solar cell factory, boasting a 2GW capacity and up to 26% photoelectric conversion efficiency. The panels have already been tested in space with the successful launch of Landspace's ZQ-2 II.

GCL and Landspace have achieved a groundbreaking milestone with the successful deployment of GCL's perovskite module aboard the Honghu II satellite. This mission is a major advancement for aerospace and energy technologies, and will be used to evaluate the module's performance in the challenging space environment.

Georgia Tech researchers make breakthrough in understanding degradation of new material for solar cells, discovering a way to prevent instability by adding a thin layer of molecules. Working to further develop the tech, they aim to create an ecosystem where Georgia can lead in emerging solar energy.

The new monolithic tandem solar cell developed by Chonnam National University achieved 23% efficiency and a 2.1V open-circuit voltage. Fusing all-inorganic halide perovskites and other materials, it promises to revolutionize artificial photosynthesis and agri-voltaic applications.

Researchers in China have developed a graphite putty for use in perovskite solar devices - malleable, cost-effective and environmentally sustainable with impressive efficiencies of up to 20.29%.

GCL sets the bar high in perovskite tandem module development with its new record in conversion efficiency. Optimized light trapping structure & adjusted band gap of device layer make it possible.

Chonnam National University researchers have developed a hot air deposition technique for processing tandem solar cells that is simpler, more efficient and requires no humidity-controlled environment. The team achieved a 23.07% efficiency rating, 65°C & 85°C thermal stability, and a 21.82% efficiency for a practical 1 cm2 cell size. Further development on track for a 29.1% practical efficiency.

Discover how AI can help produce high-grade perovskite solar cells with greater efficiency. Learn how Karlsruhe Institute of Technology and two Helmholtz platforms used AI to predict the quality of perovskite layers and cells with their Advanced Materials breakthrough.