A recent study published in Materials Futures provides vital insights into the degradation mechanism of scalable, wideband gap perovskite solar cells, which are a fundamental component of next-generation tandem solar systems.
An international team of photovoltaics scientists from the King Abdullah University of Science and Technology (KAUST), the University of Freiburg, and the Fraunhofer Institute for Solar Energy Systems ISE has taken a crucial step toward the industrialization of perovskite silicon tandem solar cells.
Researchers at the National University of Singapore have successfully developed a perovskite-organic tandem solar cell that has achieved a certified world-record power conversion efficiency of 26.4 % across a 1 cm² active area, establishing it as the highest-performing device of its type to date.
Innovative low-cost polymers PTQ14 and PTQ15 enhance organic solar cell efficiency, offering a breakthrough in cost-effectiveness and industrial viability.
This study presents an innovative approach to extract silver from waste using fatty acids and hydrogen peroxide, promoting sustainable urban mining practices.
A hybrid zinc telluride-based material, ß-ZnTe(en)0.5, shows significant structural changes under low pressure, enhancing prospects for phase change memory.
The development of new organic electrodes has doubled the efficiency of all-organic solar cells, enhancing their viability for sustainable energy applications.
The study reveals a significant 8.26 % efficiency increase in AgBiS2 solar cells, highlighting advancements in eco-friendly materials for energy conversion.
Copper is a promising catalyst for converting carbon dioxide into reduced species, a step in converting carbon dioxide into fuels.
Stanford University researchers conducted a theoretical analysis of the cooling power density and coefficient of performance in a multi-layered semiconductor system with a double-junction structure composed of gallium arsenide and indium phosphide.
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