Huanghe Hydropower TOPCon Cell Efficiency: 23.2%
23.2% Average Power Conversion Efficiency For N-Type TOPCon High-Efficiency Bifacial Solar Cell Of Huanghe Hydropower China
Huanghe Hydropower Development Co., Ltd. (HHSD) of China has reported 23.2% average power conversion efficiency for its N-type TOPCon high efficiency bifacial solar cells in mass production.
23.2% Efficiency For Bifacial N-PERT Solar Cells
Imec & Jolywood Announce 23.2% Front-Side Conversion Efficiency For N-PERT Solar Cells With Over 80% Bifaciality; Now Aiming For Efficiency Of Over 23.5%, With Above 90% Bifaciality
Having achieved 23.2% conversion efficiency for bifacial n-PERT cells, imec says these have the potential for higher efficiencies because of lower sensitivity to metal impurities and the absence of LID, which makes them competitors to p-type PERC cells.
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’.
The Charm Of Bifacial Solar
Getting Ready for Much Higher Yields with Bifacial Modules. TaiyangNews’ New Bifacial Solar Module Technology 2018 Report Shows Why There’s No Way Around Bifacial Solar
It is impossible not to fall in love with bifacial technology. Its charm and promise are simply so enticing.
Bifacial Solar Technology Report 2018
Our New Report Shows How To Get Ready For Much Higher Yields With Bifacial Modules
Bifacial technology lifts solar power to the next level. Instead of hiding the back side of solar cells with an opaque polymer sheet to protect them from diffused and reflected light, the rear is now also open for sunlight absorption.
