In daily life, electrical power is very important source to maintain our works. The all working branch uses technological devices, and the nearly all technological devices use electricity as a supply. This situation has been increased our energy demand during passing time. The electricity mostly produced by using limited hydroelectrical generators, fossil fuel-based generators, and independent renewable energy systems. Our aim is to design a system that use PV, TEG as a source and the control method is fuzzy logic control. The fuzzy logic is one of the artificial intelligent systems and it is relatively new control method. The system is designed for the supply the AC loads. In the system full bridge inverter is used to supply three different loads. The result shown that system (total circuits) efficiency 98.8%.
(2023). PV&TEG Hybrid System controlled with Fuzzy based MPPT . Retrieved from https://hdl.handle.net/10446/262595
PV&TEG Hybrid System controlled with Fuzzy based MPPT
Roscia, Mariacristina;
2023-01-01
Abstract
In daily life, electrical power is very important source to maintain our works. The all working branch uses technological devices, and the nearly all technological devices use electricity as a supply. This situation has been increased our energy demand during passing time. The electricity mostly produced by using limited hydroelectrical generators, fossil fuel-based generators, and independent renewable energy systems. Our aim is to design a system that use PV, TEG as a source and the control method is fuzzy logic control. The fuzzy logic is one of the artificial intelligent systems and it is relatively new control method. The system is designed for the supply the AC loads. In the system full bridge inverter is used to supply three different loads. The result shown that system (total circuits) efficiency 98.8%.File | Dimensione del file | Formato | |
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PV&TEG Hybrid System controlled with Fuzzy based MPPT.pdf
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