Boosting module power by advanced interconnection and p-type Cz silicon solar cell efficiencies exceeding 22% in mass production | Zendy

I. Höger | Zendy; Martin Schaper | Zendy; Ansgar Mette | Zendy; Benjamin G. Lee | Zendy; Fabian Fertig | Zendy; R. Lantzsch | Zendy; S. Peters | Zendy; A. Eidner | Zendy; Klaus Duncker | Zendy; M. Bartzsch | Zendy; Matthias Junghänel | Zendy; Enrico Jarzembowski | Zendy; Maximilian Kauert | Zendy; Björn Faulwetter-Quandt | Zendy; S. Geißler | Zendy; Stefan Hörnlein | Zendy; Anika Weihrauch | Zendy; F. Stenzel | Zendy; Andreas Hubert | Zendy; Tomasz Rudolph | Zendy; A. Schwabedissen | Zendy; J. W. Müller | Zendy

Open Access

Boosting module power by advanced interconnection and p-type Cz silicon solar cell efficiencies exceeding 22% in mass production

Author(s) -

I. Höger,

Martin Schaper,

Ansgar Mette,

Benjamin G. Lee,

Fabian Fertig,

R. Lantzsch,

S. Peters,

A. Eidner,

Klaus Duncker,

M. Bartzsch,

Matthias Junghänel,

Enrico Jarzembowski,

Maximilian Kauert,

Björn Faulwetter-Quandt,

S. Geißler,

Stefan Hörnlein,

Anika Weihrauch,

F. Stenzel,

Andreas Hubert,

Tomasz Rudolph,

A. Schwabedissen,

J. W. Müller

Publication year - 2018

Publication title -

aip conference proceedings

Language(s) - English

Resource type - Conference proceedings

SCImago Journal Rank - 0.177

H-Index - 75

eISSN - 1551-7616

pISSN - 0094-243X

DOI - 10.1063/1.5049312

Subject(s) - monocrystalline silicon , solar cell , materials science , optoelectronics , wafer , common emitter , energy conversion efficiency , interconnection , silicon , photovoltaic system , electrical engineering , computer science , engineering , computer network

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