Latest Advancements in Solar Photovoltaic-Thermoelectric Conversion Technologies: Thermal Energy Storage Using Phase Change Materials, Machine Learning, and 4E Analyses

Table 5

PV-TEG systems with their heat transfer medium [155].

Ref	Basic system model	Type of PV panel	TEG module	Auxiliary heat dissipator	Type of study
Mahmoudinezhad et al. [156]	Multijunction solar cell thermoelectric generator	Triple junction cell (GaInP/GaInAs/Ge)	Bismuth telluride	Water	Numerical and experiment
Riahi et al. [157]	CPV-TEG	Monocrystalline	TEC1-12706	Water	Mathematical model/simulation/experiment
Willars-Rodríguez et al. [158]	CPV-TEG	Crystalline silicon	Bismuth telluride	Water	Simulation and experiment
Gopinath and Marimuthu [155]	PV-TEG	Polycrystalline	TEC1-12706	Graphite	Numerical and experiment
Gopinath and Marimuthu [155]	PV-TEG	Polycrystalline	TEC1-12706	Heat sink	Numerical and experiment
Abdo et al. [159]	CPV-TEG	Polycrystalline silicon	Bismuth telluride	Microchannel heat sink	Numerical simulation
Mahmoudinezhad et al. [160]	CPVT combined with the thermoelectric generator	Mono-SI	TEC1-12706	Water	Experiment
Cui et al. [161]	CPV-TEG with PCM	Crystalline Si/CIGS/GaAs	Bismuth telluride	Heat sink	Theoretical model and simulation
Yin et al. [34]	CPV-TEG	3-junction gallium	Bismuth telluride	Water	Experimental optimization
Haiping et al. [162]	LCPVT/TEG system	Double-gazing PV panel	TEG1-242-1.0-1.2-250	Microchannel heat pipe array/water	Experiment
Teffah and Zhang [163]	Hybrid PV-TEG for high concentration	GaInP2/GaAs/Ge	CP-12706/TEG131-2	Heat sink	Simulation and experiment