Mastering Electric Vehicles: Systems, Batteries & Charging

Electric Vehicles (EVs) are transforming the global transportation landscape. From reducing carbon emissions to redefining mobility, EVs are shaping the future of transportation. This course provides a comprehensive understanding of electric vehicles, covering their types, components, battery technologies, charging infrastructure, and future trends.

You will explore fuel cell electric vehicles, lithium-ion batteries, traction systems, inverters, EV controllers, and EV charging stations. Additionally, the course examines charging levels, connectors, standards, and environmental impacts.

By the end of this course, you will have the knowledge to understand, analyze, and evaluate EV technologies, systems, and charging networks, preparing you for a career in the electric mobility ecosystem.

Course Prerequisites:

• Basic understanding of electricity and electronics

• Interest in automotive technologies, renewable energy, and sustainability

• No prior experience with EVs is required

Who This Course is For:

• Students pursuing mechanical, electrical, or automotive engineering

• Professionals in automotive, energy, or transportation sectors

• Sustainability consultants and EV enthusiasts

• Entrepreneurs and startups in electric mobility

• Anyone interested in learning EV technologies and charging infrastructure

Key Benefits:

• Gain a complete understanding of EV types, systems, and components

• Learn about battery systems, traction, inverters, and EV controllers

• Explore charging infrastructure, standards, and charging station design

• Understand environmental, economic, and technical aspects of EV adoption

• Prepare for careers in EV design, production, and electric mobility solutions

• Stay updated on latest EV trends, technologies, and global standards

Career Opportunities:

• Electric Vehicle Engineer

• EV Charging Infrastructure Designer

• Battery Management System Specialist

• Automotive Systems Engineer

• Sustainability & Mobility Consultant

• EV Startup Entrepreneur

• Electric Mobility Policy Analyst

Learning Outcomes:

By the end of this course, you will be able to:

1. Explain the different types of electric vehicles, including fuel cell and hybrid EVs

2. Understand the key components of EVs, including traction systems, inverters, controllers, and brakes

3. Analyze EV battery systems, types, and Battery Management Systems (BMS)

4. Explain charging levels, connectors, plugs, and international standards

5. Evaluate EV charging stations, configurations, and performance

6. Understand the environmental, economic, and social impacts of EV adoption

7. Learn the future trends in electric mobility and EV technologies

8. Assess quality control, design, and manufacturing processes of EVs

Lesson Outcomes:

Module 1: Introduction to Electric Vehicles

• Define EVs, their classification, and examples of popular EV models

• Identify factors limiting widespread adoption

Module 2: Electric Mobility Ecosystem

• Understand the EV ecosystem and charging infrastructure

• Analyze positive and negative impacts of EV adoption

Module 3: EV Charging Systems

• Learn Level 1, Level 2, and DC Fast Charging

• Understand connectors, plugs, and charging protocols

• Evaluate EV charging network performance

Module 4: EV Components and Functionality

• Study traction systems, inverters, controllers, and brakes

• Learn about EV design, components, and manufacturing processes

• Understand quality control and waste management in EV production

Module 5: Battery Systems

• Understand lithium-ion, hybrid nickel-metal, and ultra-capacitor batteries

• Learn about traction battery packs, battery management systems, and charging strategies

Module 6: EV Charging Stations

• Explore types, components, configurations, and international standards

• Calculate charging time based on power outlets and battery capacity

Module 7: The Future of EVs

• Learn trends in EV technology, adoption, and sustainable mobility solutions

• Explore career opportunities and global perspectives in electric mobility

Course Features:

• Video Lectures: Clear, engaging, and easy-to-understand

• Quizzes: Test your understanding after each module

• Downloadable Resources: EV component diagrams, charging station layouts, and battery info sheets

• Certification: Boost your credentials in EV technologies and sustainable mobility

This course is perfect for anyone looking to build expertise in electric vehicles, their systems, and charging infrastructure, whether for a career, academic project, or personal interest in electric mobility.

In this course you will learn the various topics on Electric Vehicle are as follows:

• Introduction to Electric Vehicles

• Classification of different Electric Vehicles

• Fuel Cell Electric Vehicles

• Examples of Various EVs

• Main factors hindering the widespread adoption of EVs

• Electric Mobility ecosystem

• Charging of Electric Vehicle

• Level 1 Charging

• Level 2 Charging

• DC Fast Charging

• Positive and Negative Impacts of Charging

• Comprehensive evaluation system for electric vehicle charging network

• Connectors and Plugs for EV Charging

• Components of EVs

• Electric Car Components and its Functions

• Traction System in Electric Vehicles

• Functionality of EV Controllers

• Inverters in Electric Vehicles

• Functionality EV Brakes

• Design, components and manufacturing processes of EVs

• Quality Control

• Limited By product or Waste

• The Future of EV

• Electric Vehicle Battery System

• Battery management System

• Traction battery pack and its types

• Lithium Ion battery

• Hybrid Nickel-Metal batteries

• Ultra Capacitor battery

• Electric Vehicle Charging Station

• Electric Vehicle Charging Stations and its components

• EV Charging stations types

• EV Charging station components

• Electric Vehicle Charging Stations Configurations

• How long you must plug your electric vehicle into a power outlet to recharges it

• International and European standards for EVs Charging

This course will help to students to understand all fundamental basics about EVs and Recent Trends