Diffraction: Enhanced Light Absorption of Solar Cells and Photodetectors
The solar and photovoltaic industry has grown steadily over the last several years. In order to maintain these growth rates, the processes and methods need to be continuously improved. Sandia National Laboratories has created a method for enhanced light absorption of solar cells and photodetectors in a narrowband or wideband spectral absorption.
DescriptionEnhanced absorption is achieved by utilizing a front-surface grating structure on the surface of the solar cell or photodetector. This generates high diffraction order when light is present. The majority of the light energy is then distributed into higher diffraction orders and absorption is increased.
- Improved performance of thin-film solar cells, space solar cells, and wavelength selective photodetectors
- Enhanced light absorption of solar cells and photodetectors by diffraction
- Improves light absorption without affecting the surface passivation
Applications and Industries
- Solar and Renewable Energy
- Thin-film Solar Cells
- Space Solar Cells
- Polarization-Dependent Photodetectors
Energy & Environment
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- Market Sheet (858 KB)
|Enhanced light absorption of solar cells and photodetectors by diffraction||6402.0||6,858,462||02/22/2005