Silicon nanowire based thin film solar cell concepts on glass for the >15% era

Silke Christiansen,Sebastian W. Schmitt,Sara Jäckle,C. Tessarek,George Sarau,Martin Heilmann,Michael Latzel,Manuela Göbelt,Gil Shalev,Muhammad Y. Bashouti,Marina Kulmas,Gerald Brönstrup,A. Mahmoud,Katja Höflich,Daniel Amkreutz,Bernd Rech

Silicon nanowire based thin film solar cell concepts on glass for the >15% era

2015

Silke Christiansen
Sebastian W. Schmitt
Sara Jäckle
C. Tessarek
George Sarau
Martin Heilmann
Michael Latzel
Manuela Göbelt
Gil Shalev
Muhammad Y. Bashouti
Marina Kulmas
Gerald Brönstrup
A. Mahmoud
Katja Höflich
Daniel Amkreutz
Bernd Rech

Nanoarchitectures for solar energy conversion are developed, characterized and integrated in device concepts. In particular thin film solar cells based on silicon nanostructures are proposed which have the potential for >15% efficiencies.

Keywords:

Nanotechnology
Optoelectronics
Plasmonic solar cell
Hybrid solar cell
Polymer solar cell
Quantum dot solar cell
Copper indium gallium selenide solar cells
Monocrystalline silicon
Solar energy
Materials science
Silicon
Quantum efficiency

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