Electric and Hybrid Vehicle

Description

Architecture of hybrid electric, electric and fuel cell vehicles - Electric Vehicle drive train and controller - Power electronic in EV and regenerative braking - EV charging station standards - On-board chargers - integrated on-board chargers - On-road charging of EV - Fast chargers - Wireless charging of EV - EV sensors - Dashboard wiring - Smart charging applications - EV applications in smart grid - Vehicle to grid (V2G) technology - Energy Storage Solutions(ESS) and Battery technology - Battery Management System(BMS) - Renewable electricity recharging of EV batteries - Battery swap technology - Vehicle dynamic equations and Modeling investigation of EV - Market survey - policies and regulations - payback and commercial model - Application case studies (Toyota Prius).

Program

Bachelor Degree in Electrical and Control Engineering (144)

Objectives

• Architecture of hybrid electric, electric and fuel cell vehicles - Electric Vehicle drive train and controller - Power electronic in EV and regenerative braking - EV charging station standards - On-board chargers - integrated on-board chargers - On-road charging of EV - Fast chargers - Wireless charging of EV - EV sensors - Dashboard wiring - Smart charging applications - EV applications in smart grid - Vehicle to grid (V2G) technology - Energy Storage Solutions(ESS) and Battery technology - Battery Management System(BMS) - Renewable electricity recharging of EV batteries - Battery swap technology - Vehicle dynamic equations and Modeling investigation of EV - Market survey - policies and regulations - payback and commercial model - Application case studies (Toyota Prius).