What is it about?
This paper inform about SiGe microstructure near infrared band greater absorption feature how to increase current density and efficiency for solar cell applications. The SiO2 nanostructure interface how promising to filll factor and efficiency progression is also reported.
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Why is it important?
How thin film of low materials usages and facile emitter fabrication in Si technology is promising is delivered in this study. The Si and SiGe based materials comparison solar longer spectrum greater absorption how to facilitates energy conversion efficiency is illustrated. It shows a promising technology with application of SiO2 nanostructure between inorganic and organic interface.
Perspectives
It shows a promising technology with application of SiO2 nanostructure between inorganic and organic interface. Research on structural variation and inclusion of mechanical aspect, it has scope to promote performance.
Dr Bablu K Ghosh
University Malaysia Sabah
Read the Original
This page is a summary of: Numerical study of nSi and nSiGe solar cells: Emerging microstructure nSiGe cell achieved the highest 8.55% efficiency, Optical Materials, July 2022, Elsevier,
DOI: 10.1016/j.optmat.2022.112539.
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