26.30% Efficiency For LONGi’s HJT Solar Cell
LONGi’s Heterojunction Cell Efficiency Jumps To 26.30% Within A Week
LONGi Solar says it has set a new world record for heterojunction (HJT) solar cell power conversion efficiency with 26.30%, and that it is the world’s ‘highest’ efficiency for a front-back contact (FBC), meaning the cell has contacts on both sides and is not a back contact cell.
Trina Solar’s 23.56% Efficiency For P-Type PERC Cell
Trina Solar Reports ‘New World Record’ For Large Area 210 P-Type Monocrystalline Silicon PERC Cells In Mass Production
Integrated solar PV products manufacturer Trina Solar has announced achieving a ‘new world record’ in terms of power conversion efficiency for its industrial large area 210 mm x 21 0mm high-efficiency PERC solar cell in mass production.
LONGi Bifacial Half Cell Modules Scores 450 W
450-Watt Front Side Power Capacity Exceeded By LONGi Solar’s 72-Cell Bifacial Half-Cut Module; Claim Tested & Verified By Germany’s TÜV-SÜD
LONGi Solar’s announced its 72-cell bifacial half-cut module has achieved and exceeded a 450 W power rating on the front side.
30.2% Efficiency For Bifacial Tandem Solar Cell
Energy Research Centre Of Netherlands & Solliance Claim 30.2% ‘Equivalent’ Power Conversion Efficiency For Bifacial Tandem c-Si/Perovskite Cell; Now Aim For 35% Efficiency Within 3 To 5 Years
ECN says to achieve the ‘equivalent’ efficiency level of 30.2%, the bifacial tandem device used a 4-terminal configuration, having separate circuits for the top and bottom cells that allow for ‘dynamic finetuning and optimization of the energy yield’.
25.4% Conversion Efficiency For Tandem Solar Cell
Arizona State University & University Of Nebraska-Lincoln Achieve 25.4% Power Conversion Efficiency For Perovskite-Silicon Tandem Solar Cell By Adding Chemicals To Perovskite Percursor Solution
A team of researchers from the Arizona State University’s (ASU) Ira A. Fulton Schools of Engineering and the University of Nebraska-Lincoln announced it achieved a 25.4% efficiency for a tandem solar cell stack of perovskite and silicon.
