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The Electric Hybrid Vehicle (EHV) is Powered by a bidirectional converter and renewable energy resources such as fuel cells and PV cells. Environmentally friendly sources that use a bidirectional converter have improved efficiency and are posing a serious threat to fossil fuel cars. The energy produced by these ecologically responsible sources is stored and used for propulsion in an energy storage system (ESS). The charge is stored in the battery via a bidirectional converter. The fuzzy logic MPPT technique is used to extract the maximum power from the solar systems under changeable weather conditions.…mehr

Produktbeschreibung
The Electric Hybrid Vehicle (EHV) is Powered by a bidirectional converter and renewable energy resources such as fuel cells and PV cells. Environmentally friendly sources that use a bidirectional converter have improved efficiency and are posing a serious threat to fossil fuel cars. The energy produced by these ecologically responsible sources is stored and used for propulsion in an energy storage system (ESS). The charge is stored in the battery via a bidirectional converter. The fuzzy logic MPPT technique is used to extract the maximum power from the solar systems under changeable weather conditions.
Autorenporträt
Mr. Joshua kollu Post Graduated (M.Tech) in Power System and Control from National Institute of Technology, Raipur and completed graduation in Electrical and Electronics Engineering from Anurag Engineering College. Currently working on Hybrid electrical vehicles.