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Photovoltaic-thermoelectric (PV-TE) hybrid device is one of the most representative ways for the full-spectrum solar energy utilization. The concentrator and nanostructured front surface have become important approaches to improve the conversion efficiency of the PV-TE device by enhancing the solar energy absorption. However, the concentrator causes badly non-uniform absorbed irradiance distribution...
Taking photovoltaic-thermoelectric (PV-TE) hybrid system with the full-spectrum solar energy utilization as application background, a 3D model for a PV-TE hybrid system that employs nanostructure surface and a linear Fresnel reflective solar concentrator was developed in this paper. In this model, a Monte Carlo-Finite Difference Time Domain (MC-FDTD) coupled method is presented to solve the multiscale...
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