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Modeling and validation of photovoltaic thermoelectric flat plate collector (PV-TE-FPC)

In this paper, a thermal model based on energy balance equations has been developed for photovoltaic thermoelectric flat plate collectors (PV-TE-FPC). The discussed PV-TE-FPC consists of a semitransparent PV module integrated with TE modules to increase the electrical efficiency and a tube-in-sheet arrangement placed below the TE modules for the flow of water and removal of thermal energy from the bottom surface of TE modules. The semitransparent PV module considered in the present study includes polyethylene terephthalate (PET) as the top and bottom cover material of the PV module, which offers the advantages of flexibility, transparent, thermal conductive. The developed thermal model has been experimentally validated by performing statistical analysis for fluid outlet temperature for the measured climatic parameters of Buraidah, Saudi Arabia in the months of February, March, and April 2019. The results illustrate a reasonable agreement between the theoretically calculated and experimental values.

Publication date: 01/02/2020

Author: Arvind Tiwari, Omar Abdulaziz Alashqar, Neha Dimri

Energy Conversion and Management


This project has received funding from the European Union’s Horizon 2020 research and innovation programme under grant agreement No 1914.