作者
Matthias Junghänel,I. Höger,Martin Schaper,K. Petter,Enrico Jarzembowski,C. Klenke,Anika Weihrauch,M. Schley,Hans-Christoph Ploigt,Ohjin Kwon,Antje Schönmann,Osama Tobail,A. Schwabedissen,Maximilian Kauert,Klaus Duncker,R. Hönig,J. Cieslak,Stefan Hörnlein,F. Stenzel,Björn Faulwetter-Quandt,Jessica Scharf,F. Kersten,Cangming Ke,Sissel Tind Kristensen,Carsten Baer,Martina Queck,G. Zimmermann,Matthias Köhler,Nicole Lampa,Britta Pohl-Hampel,Lorenzo Burtone,L. Niebergall,M. Schütze,Susanne Schulz,S. Peters,Ansgar Mette,Fabian Fertig,Markus Fischer,J. W. Müller
摘要
Within the last 3 years Q CELLS has developed its Q.ANTUM NEO technology based on a passivating contact solar cell and has transferred this technology to mass production. With a very lean and cost-effective process flow a conversion efficiency of 25.2 % has been demonstrated with this solar cell concept while average pilot line efficiency is currently at 24.7 % with a steep learning curve. This enables a high module power output of 444 W (132 half cells M6) corresponding to a module efficiency of 23.9 % on aperture area. The cell structure features a solar cell with passivating contacts on the rear side, double-sided screen-printed metal contacts, a module-optimized anti-reflective coating (ARC) and a homogeneous front-side emitter on a $n$ -type silicon substrate.