Hybrid and Electric Vehicle Technology

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 (160)

Objectives

• The course aims to develop the required skills to sustain future electric automobiles. It emphasises on concepts of Hybrid and Electric Vehicles (HEV and EV) architectures, drive train design, battery technology, charging techniques, and EV applications in smart grids. Hence it introduces a comprehensive knowledge of the electric aspects of EV technology to prepare the students for the worldwide promising technical market of electric scooters, cars, buses and trains.