Spectral splitting has the objective to collect different spectra onto spectrally adapted solar cells for a more efficient use of the Sun's spectrum.
Water is used as both spectral splitting medium and heat transfer fluid in the spectral splitting subsystem.
In this article, we propose a new solar concentrator based on spectral splitting of sunlight.
The present work developed a spectral splitting hybrid photovoltaic/thermal (PV/T) system based on polypyrrole nanofluid.
This work presents an effective sunlight spectral management for hydrogen production from hybrid thermo-photovoltaic (TPV) water electrolysis based on optimal power spectral splitting of the concentrated sunlight.
In the present study, a novel spectral splitting concentrating photovoltaic/thermal (SS-CPV/T) prototype based on direct absorption collection had been set up.
Comparison experiments on the electrical and thermal performances of the CPV/T systems with and without spectral splitting were also conducted.
In this work, a general methodology for the determination of the optimal spectral splitting parameters in hybrid PV/T collectors is presented.
Thanks to a blazed diffraction grating superimposed on a Fresnel lens, advantages of both spectral splitting and light focusing can be combined.
This illustrates the origin of the spectral splitting that occurs for the PDQW, as each isolated photonic well would contain these single, degenerate bound states.
