Next-Gen Yield Simulation For Bifacial Solar Parks Imec, EnergyVille & PVcase Reveal Commercial Software Solution To Accurately Predict Bifacial Solar PV Park Energy Yield During Design Stage; Plan Market Introduction In H1/2020 Bifacial solar technology is expected to account for 40% of all installations in the coming decade, according to imec. The Belgian research institute is currently developing a ... »
23% Efficiency For Flexible Perovskite CIGS Cell MiaSole & Solliance Claim 23% Power Conversion Efficiency For Perovskite & Flexible CIGS Tandem Cell Through Process Improvement In Bottom CIGS Cell With process improvements in the bottom CIGS cell, MiaSole says it was able to achieve a higher tandem cell performance gain with Solliance’s perovskite technology. (Photo ... »
Heraeus & Cell Engineering Announce Partnership Heraeus Photovoltaics To Develop Metallization Pastes For LECO Technology Under Joint Development Partnership With Cell Engineering Using LECO, solar cell producers can significantly improve their high-efficiency cell bin yields, stress German companies Heraeus Photovoltaics and Cell Engineering that have ... »
30% Less Silver For Silicon PV Cells: Fraunhofer ISE Fraunhofer ISE & Industry Partners Develop Fine-Line Metallization Screen For Contact Fingers With 19 µm Width Helping Reduce Silver Use In Silicon Solar Cell By 30% Fraunhofer ISE researchers with partners have improved the traditional screen printing process for fine line metallization to save on 30% silver during cell production. ... »
Capitano To Explore Over 30% Efficiency For Tandem Cells KIT, ZSW Researchers With Industrial Partner NICE Solar Energy To Explore Perovskite & CIGS Tandem Solar Cell Efficiency Of Over 30% Under Capitano Project After Belgian research insitute Imec achieved 24.6% power conversion efficiency for a perovskite-CIGS tandem solar cell, a team of researchers from KIT and ZSW along with ... »
ANU Researchers Claim 21.6% Efficiency For Perovskite CSIRO Photovoltaics Performance Lab Verifies Australian National University Claim For 21.6% Efficiency For Perovskite Solar Cells Using Novel Nanostructured Material The research team of Dr Jun Peng and Associate Professor Thomas While from the Australian National University (ANU) College of Engineering and Computer Science have announced ... »
Algorithm To Improve Solar Panel Efficiency Department Of Applied Mathematics, University Of Waterloo Develop Algorithm To Enhance Power Conversion Efficiency Of Solar Panels Helpful For Large-Scale Plants A team of researchers at the University of Waterloo in Canada have figured out an algorithm to enable controllers to better deal with fluctuations around the maximum power ... »
34.1%: Monolithic Triple-Junction Solar Cell Efficiency Fraunhofer ISE Achieves 34.1% Efficiency Level For Monolithic Triple-Junction & 24.3% Efficiency For III-V Semiconductor Layers Silicon Solar Cells Fraunhofer ISE researchers say triple-junction solar cells made of III-V semiconductors and silicon have the potential to take photovoltaics to a new level of efficiency. They ... »
Black Perovskites Better For Power Conversion International Research Team Led By Belgium’s KU Leuven cMACS Team Figures Out Way To Retain Blackness Of Perovskite Atoms To Help Boost Solar Cell Power Efficiency According to KU Leuven researchers led by Dr Julian Steele, crystals in a perovskite cell are very soft and always on the move in their yellow phase. But after heating, their ... »
Zhonghuan Semiconductor Launches 12-Inch Wafer 12-Inch Kwafu Solar PV Wafer Launched By China’s Zhonghuan Semiconductor; Company Claims It Can Lead To Power Output Of Over 600 W Chinese solar wafer manufacturer Tianjin Zhonghuan Semiconductor Co., Ltd. has announced the launch of its new 12-inch large wafer product. Called Kwafu M12 series, the wafers ... »
