12.6% Conversion Efficiency For Organic PV Module German & Chinese Researchers From FAU, ZAE, HI ERN & SCUT Claim 12.6% Power Conversion Efficiency For Organic PV Modules Having achieved 12.6% efficiency level for OPV modules, the team responsible claims it is the highest efficiency value ever reported for an organic photovoltaic panel. ... »
MetZilla Proposed To Prolong Solar Panel Lifespan Solar PV System Lifespan Can Be Extended Up To 50 Years With MetZilla Metallization Paste, Claim Creators From University Of New Mexico & Air Force Research Laboratory A new kind of metallization paste prepared by the researchers of the University of New Mexico and the US Air Force Research Laboratory (AFRL) claims to have the potential to ... »
Rice University Hails Indium For Perovskite Stability Rice University Researchers Report Over 12% Efficiency For Self-Made Perovskite Solar Cells Using Indium; Claim Efficiency Level Can Reach Up To 20% For It To Become A Commercial Product This microscopic image shows a cross-section of the all-inorganic perovskite solar cell developed at Rice University, from the top the layers are carbon electrode, perovskite, ... »
18.64% MiaSolé Efficiency For Flexible PV Module MiaSolé Breaks Previous Record For Aperture Area Efficiency For Commercial Size Flexible PV Module With 18.64%; Fraunhofer ISE Gives Stamp Of Approval With in house manufacturing equipment helping the US CIGS thin-film solar company conduct its research work, MiaSolé has now announced 18.64% efficiency level for its flexible ... »
Canadians Analyse Liquid Like Behaviour Of Perovskites McGill University Research Team Discovers Perovskite’s Liquid-Solid Duality With Hand-Built Multi-Dimensional Electronic Spectrometer; Claims It To Be A Promising Discovery To Create Cheaper & Efficient Solar Cells McGill University research about the liquid-solid state of perovskite and its potential for higher efficiency solar cells has been published in Nature Communications. (Photo ... »
LONGi Pilot Project On Module Performance In India TUV Rheinland Study of LONGi Solar Modules For Pilot Project In India Shows Over 100% Performance Ratio For Bifacial PERC & N-Type Bifacial Modules In a pilot project installed in India and studied for six-month duration by TÜV Rheinland, the performance ratio values of all the LONGi modules was found to be above 80% but ... »
Eco-Friendly Biperovskite PV Cell Technology Penn University Led Research Team Explores Higher Efficiency For Perovskite Solar Cells With Bacteriorhodopsin Protein Addition; Study Supports Biological Material Addition To Improve Perovskite Solar Cell Efficiency Perovskite solar cells with its high efficiency potential hold great promise. Research work led by Penn State University found better efficiency for some of this cell species ... »
JinkoSolar’s New PERC Module With Tiling Technology Claiming 20.78% Power Conversion Efficiency Level, JinkoSolar Launches Tiger Solar PV Module With 9-Busbar Mono PERC & Tiling Ribbon Technology The newly launched Tiger solar module in Australia by JinkoSolar comprises a half-cut cell design to reduce cell current mismatch and ribbon power losses and can generate up ... »
Reusing Silicon From Waste Modules For Batteries Deakin University Researchers Claim To Have Found Method To Extracting & Repurposing Discarded Solar Cells To Make Non-Silicon For Batteries Researchers at Australia’s Deakin University claim to have discovered a way to extract silicon from discarded solar panels which then could be used as nano-silicon for ... »
JA Solar Secures IP Rights For Ga-Doped Silicon Wafers Shin-Etsu Chemical Grants Intellectual Property Rights, Valid In Various Nations, Over Ga-Doped Silicon Wafers To JA Solar For Use In Solar Cell Applications JA Solar believes the LID problem with boron doped p-silicon wafers has aggravated with the adoption of PERC cell structure and the use of Ga-doped silicon wafers will help it ... »
