Document Detail
Microcrystalline NIP Solar Cells Deposited at 10 A/sec by VHF-GD
Abstract/OtherAbstract :
In the present paper, we report on thin-film microcrystalline silicon solar cells grown at high deposition rates on back-reflectors with optimized light-scattering capabilities. A single-junction solar cell with a conversion efficiency of η = 7.8% (2 μm thickness) was fabricated at a deposition rate of 7.4 angstroms/s. Another microcrystalline cell was successfully implemented in a `micromorph' tandem (i.e. a microcrystalline/amorphous tandem cell with n-i-p-n-i-p configuration); the resulting initial conversion efficiency was η = 11.2%. A 4 μm thick single-junction cell at a deposition rate of 10 angstroms/s and with a conversion efficiency of η = 6.9% was fabricated on a non-optimized substrate. Special attention is drawn to near-infrared spectral response and interface optimization.
Authors :
Feitknecht, L., Kluth, O., Ziegler, Y., Niquille, X., Torres, P., Meier, J., Wyrsch, N., Shah, A.
Related Documents :
36785757 - Microcrystalline nip solar cells deposited at 10 a/sec by vhf-gd
2532537 - Recent progress of the amorphous silicon solar cells and their technology
10358507 - Characterization of monolithic iii-v multi-junction solar cells - challenges and applic...
8273837 - Development and application of in situ pcr techniques to investigate microbial communit...
10078427 - Ion composition of tobacco cells cultured under sulfur deficiency.
8013017 - Mosaics of dividing cells /
Contributors :
Publication Detail :
Publisher :  -     Type :  Text     Format :  text/html    
Date Detail :
Subject :
Coverage :
Relation :
Source :
Copyright Information :
Other Details :
Languages :  en    
Export Citation :
APA/MLA Format     Download EndNote     Download BibTex

Previous Document:  岡山県柵原鉱山産緑バン
Next Document:  Microcrystalline Silicon and the Impact on Micromorph Tandem Solar Cells