Author:
Mette Ansgar,Hörnlein Stefan,Stenzel Florian,Hönig René,Höger Ingmar,Schaper Martin,Petter Kai,Junghänel Matthias,Klenke Christian,Weihrauch Anika,Ploigt Hans-Christoph,Kwon Ohjin,Schönmann Antje,Tobail Osama,Kim Kyunghun,Schwabedissen Axel,Kauert Maximilian,Duncker Klaus,Faulwetter-Quandt Björn,Scharf Jessica,Cieslak Janko,Kersten Friederike,Lee Benjamin,Kristensen Sissel Tind,Schnelting Olaf,Baer Carsten,Queck Martina,Zimmermann Gregor,Burtone Lorenzo,Niebergall Larissa,Schütze Matthias,Schulz Susanne,Fischer Markus,Peters Stefan,Fertig Fabian,Müller Jörg W.
Reference9 articles.
1. Q CELLS > 24% silicon solar cells with mass-production processes;Fertig;IEEE J. Photovoltaics,2022
2. Towards> 25% efficiency of passivating-contact solar cells in mass production”;Lee;SiliconPV Conference Proceedings,2023
3. Q cells Q.antum neo technology with > 25% conversion efficiency applying mass-production processes;Junghänel,2023
4. The application of poly-Si/SiOx contacts as passivated top/rear contacts in Si solar cells;Feldmann;Sol. Energy Mater. Sol. Cell.,2017
5. For none, one, or two polarities—how do POLO junctions fit best into industrial Si solar cells?;Peibst,2020