Innovative Configuration Concept for Solar-Wind Hybrid Power System - Minh Phap, Vu
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The focus of this book was on the novel design of the Solar wind hybrid power system using PV cell emulating system. The study results show that PV cell emulating system in the stand alone mode can connect and transmit the power to the utility grid by the grid-tied power conditioner system (PCS) in case of the PV array cannot receive sunlight and the PV cell cooperating system also can connect to the solar array in the series/parallel connection mode in the case of the solar irradiation becomes weakly in the cloudy and rainy weather. Therefore, the utilization rate of the grid-tied PCS of the solar power system is enhanced.…mehr

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Produktbeschreibung
The focus of this book was on the novel design of the Solar wind hybrid power system using PV cell emulating system. The study results show that PV cell emulating system in the stand alone mode can connect and transmit the power to the utility grid by the grid-tied power conditioner system (PCS) in case of the PV array cannot receive sunlight and the PV cell cooperating system also can connect to the solar array in the series/parallel connection mode in the case of the solar irradiation becomes weakly in the cloudy and rainy weather. Therefore, the utilization rate of the grid-tied PCS of the solar power system is enhanced.
Autorenporträt
Vu Minh Phap received a PhD degree in Electrical and Electronic Engineering from Mie University, Japan in 2018. He is currently a researcher in Institute of Energy Science, Vietnam Academy of Science and Technology, Vietnam. His research interests are solar power, renewable energy, hybrid power system, and power conversion system.