Concentrated Solar Thermal-Thermoelectric generator hybrid systems: Review on the Most Recent Developed technologies

Abstract Solar- (Thermoelectric Generator) TEG hybrid system has recently become the most widely studied and developed system. This paper focuses on the creation of solar-TEG hybrid systems and thoroughly assesses recent developments in solar-TEG hybrid energy technology. The study investigates the integration of concentrated solar thermal systems and photovoltaic (PV) cells with thermoelectric generators (TEGs). Studies on hybrid systems integrating concentrated solar units with TEG units have demonstrated encouraging outcomes in increasing energy conversion efficiency. Furthermore, it has been noted that phase change materials (PCM) and appropriate cooling systems are crucial for optimizing the performance of concentrated solar collector (CSC)-TEG or CSC-PVT-TEG systems. The potential of concentrated solar power (CSP) technology in areas with high solar irradiation is also covered in the study, focusing on the significance of connectivity opportunities and efficient energy generation. The current study considered the most recent development in solar-TEG hybrid systems, the results highlight how important new ideas and cutting-edge technology are to expanding the field of solar energy use for sustainable energy solutions.