Electric And Hybrid Vehicle Course

Electric and Hybrid Vehicles | Components of EV and HEV | EV Batteries |EV Battery Management system | EV Charging

What you'll learn

Basic working principles of Electric and Hybrid vehicles

Basic Components of Electric vehicles and their operations

Types of Electric motors and Batteries used in Electric Vehicle Application

Types of electric and electric vehicle technology

Operation of Lithium Ion Battery Thermal Management Systems

Electric and hybrid vehicle Charging technology and Infrastructures

Safety, Regulations, and Standards of Electric and Hybrid vehicles

EV Future Trends and Emerging Technologies

Requirements

Basic electronics knowledge

Interest in automotive & electric vehicles

Description

Understand Basic construction and Operation of electric and hybrid vehicle technologyUnderstand the fundamental components of electric and hybrid vehiclesUnderstand a complete Overview of all high-voltage components in an electric or hybrid Vehicle.Understand the effect of electric vehicles on the carbon footprint.Describe the Advantages and disadvantages of Electric vehicles over internal combustion engine vehiclesIdentify and describe different types of electric vehiclesUnderstand types of hybrid vehicle propulsion system technologiesDescribe the main hybrid and electric vehicle development considerations and performance requirements for various vehicle systemUnderstand the operation of brushed and brushless DC motors in EV and HEV vehiclesUnderstand the operation of induction Motors and Permanent Magnet Synchronous Motors for EV and HEV vehicles.Understand the construction and operation of electric vehicle battery typesDefine and analyze battery operation and performance requirements for hybrid and full electric vehicle applicationsDescribe the objectives and operation of Battery Management System (BMS)Identify thermal and Energy management system technologiesExplain different approaches to estimating the state of charge, state of health, power, and energyCompare and contrast the various industry and regulatory standards for hybrid vehicle charge connectors and charging systemsHave technical and theoretical knowledge of overall electric vehiclesUnderstand the future trends and emerging technology of electric vehicles

Overview

Section 1: Basics of EV and Hybrid vehicles

Lecture 1 History of Electric vehicles

Lecture 2 Basics of Electric vehicles

Lecture 3 Advantages and Disadvantages of Electric vehicles

Section 2: Components of Electric & Hybrid vehicles

Lecture 4 EV Battery, Motor and Power electronics

Lecture 5 OBC, Vehicle Control Unit & Power distribution unit

Lecture 6 Regenerative Braking

Section 3: Types of Electric and Hybrid vehicles

Lecture 7 Battery EVs & Hybrid Electric vehicle

Lecture 8 Plug in hybrid electric vehicles (PHEV)

Lecture 9 Extended range electric vehicles (EREV)

Section 4: Hybrid Vehicle Propulsion Systems Architectures

Lecture 10 series and Parallel Architecture of HEV

Lecture 11 Power split or Series-Parallel Hybrid Propulsion

Section 5: Types of Electric Motors in Electric vehicles

Lecture 12 Electric Motor and Types

Lecture 13 Brushed & Brushless DC motor)

Lecture 14 Induction Motor

Lecture 15 Permanent Magnet Synchronous Motors

Lecture 16 Switched Reluctance Motors (SRMs)

Section 6: Types of Electric vehicle Battery

Lecture 17 Types of electric vehicle Battery

Lecture 18 Lithium-Ion Battery

Lecture 19 Lead-Acid Batteries

Lecture 20 Nickel-Metal Hydride (NiMH) Batteries

Section 7: Lithium- ion Battery Management system(BMS)

Lecture 21 Battery Management System

Lecture 22 Thermal and Energy management

Section 8: Electric vehicle Charging and Infrastructure

Lecture 23 Electric Vehicle Charging Levels

Section 9: EV Future Trends & Emerging Technologies

Lecture 24 Advanced Battery Technology

Lecture 25 Autonomous Electric vehicle Technology

Car enthusiasts,Aspiring Engineer,Students,Curious about electric vehicles