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Introduction to Electric Vehicles (EVs)  

Definition And Overview  

What Is An Electric Vehicle?  

Types Of Electric Vehicles (Bevs, Hevs, Phevs)  

Brief History Of Electric Vehicles  

Early Developments And The Rise Of Evs  

The Impact Of The 20Th Century On EV Technology  

Key Components of Electric Vehicles  

Electric Drive Systems  

Electric Motors  

Power Electronics  

Energy Storage Systems  

Batteries (Lithium-Ion, Solid-State)  

Battery Management Systems (BMS)  

Charging Infrastructure  

Types Of EV Chargers (Level 1, Level 2, DC Fast Charging)  

Charging Networks And Their Importance  

Advantages and Challenges of Electric Vehicles  

Environmental Impact  

Reduction Of Greenhouse Gas Emissions  

Comparison With Internal Combustion Engine Vehicles  

Economic Considerations  

Cost Of Ownership And Maintenance  

Government Incentives And Subsidies  

Future Trends In Electric Mobility  

Advancements In Battery Technology  

Emerging Markets And Global Adoption Of Evs  

The Role Of Autonomous Driving In The Future Of Evs  

Are you ready to dive into the exciting world of Electric Vehicles (EVs)? Our course, 'Revolution on Wheels: Understanding the Fundamentals of Electric Vehicles', is designed for anyone eager to learn about the transformative technology that is reshaping the automotive industry. From the basics of what an electric vehicle is to the intricate components that power these machines, this course covers it all. You'll explore the history of EVs, understand the different types of electric vehicles, and learn about the key components that make them work. Additionally, we will discuss the advantages and challenges of electric vehicles, including their environmental impact and economic considerations. Whether you're a student, a professional in the automotive field, or simply an enthusiast, this course will equip you with the knowledge you need to understand and appreciate the revolution on wheels. Join us and be part of the future of transportation!

Revolution on Wheels: Understanding the Fundamentals of Electric Vehicles  

<div class="simple-box-wrapper">    <div class="simple-box">        <div class="column">                        <p>The rapid evolution of electric vehicles (EVs) represents one of the most significant shifts in the automotive industry, heralding a new era of transportation that promises not only to revolutionize how we travel but also to address pressing environmental concerns. As the world grapples with the challenges of climate change, air pollution, and dwindling fossil fuel reserves, understanding the fundamentals of electric vehicles has become crucial. This course, "Revolution on Wheels: Understanding the Fundamentals of Electric Vehicles," is designed to provide a comprehensive overview of the technology, components, and implications of EVs, equipping learners with the knowledge necessary to navigate this transformative landscape.</p>

<p>Throughout the course, participants will delve into the intricacies of electric vehicles, starting from their definition and various types, including Battery Electric Vehicles (BEVs), Hybrid Electric Vehicles (HEVs), and Plug-in Hybrid Electric Vehicles (PHEVs). The curriculum will trace the historical development of EVs, highlighting key milestones and technological advancements that have shaped their current state. Further, the course will explore essential components of electric vehicles, including electric drive systems, motors, power electronics, and energy storage solutions. By examining both the advantages and challenges associated with EVs, learners will gain insight into their environmental benefits, economic implications, and the future trends that are poised to influence electric mobility on a global scale. This foundational understanding is not only vital for anyone interested in the automotive industry but also for those committed to fostering sustainable practices in transportation. </p>        </div>    </div></div>

Course Overview
This course introduces students to the technical know-how, scientific advancements, and future developments of an industry that is the thing of the present and that is projected to have much deeper implications on the global arena in the years to come – electric vehicles. The course will help develop an understanding of the fundamentals of building an electric vehicle, the components involved, and the applications of electric vehicles.

Upon completion, students should be able to:

Understand the essentials of electric vehicles.
Understand the demerits of conventional transport sector.
Understand the scope of large-scale commercial adoption of electric vehicles.
 
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Course Details
One of the major environmental issues that we face now is global warming for which one of the most important contributors is Carbon Emission that is caused due to conventional.  In recent times, the development of high-efficiency, clean, and safe transportation has been the focus of research and development.  Today electric vehicles, hybrid electric vehicles, and fuel cell vehicles are seen as a replacement conventional vehicles soon.  This course will offer you with the essential information and skills required in the field of Electric Vehicles.

Module 1: Introduction to Electric Vehicles
EVs, hybrid vehicles and fuel cell vehicles
Feasibility of EV
Reduction of carbon dioxide emission
Autonomous cars
Impact of EV on transportation industry and society
Module 2: Electric Vehicle Body
EV layouts
Hybrid EV layouts
Cables and components
Other systems: HVAC, braking and power steering
Module 3: Fundamentals of Electric Vehicles and Power Conversion
Fundamentals of electromagnetics
Principles of electric machines
Traction motors
Machine configuration for electric machines
Power electronics in power conversion
Power conversion systems in electric vehicles
Module 4: Electric Propulsion System
DC motor drives
Induction motor drives
Permanent magnetic BLDC motor drives
SRM drives
Module 5: Electric Vehicles (EV) Transmission and Performance
Configurations of EVs
Tractive effort in normal driving
Energy consumption
Performance of EVs
Module 6: Hybrid Electric Drive Train
Electrical coupling
Design principle
Operation pattern
Control strategy
Mechanically coupled
Design objectives and drive train configuration
Operation pattern
Control strategy
Module 7: Batteries
Types of Batteries
Lead-acid batteries
Alkaline batteries
Sodium–nickel batteries and sodium–sulphur batteries
Lithium-ion batteries
Battery life and range
Battery recycling
Module 8: Fuel Cells
Operating principles
Fuel cell technologies
Fuel supply
Hydrogen storage
Hydrogen production
Non-hydrogen fuel cell
Fuel cell electric vehicles
Module 9: Charging
Charging, infrastructure, and standards
Wireless charging technology
Solar charging
Module 10: Vehicle Grid Interface And Electrical Infrastructure
EV and PHEV charging infrastructure
Vehicle to home
Vehicle to grid
Module 11: Safe Working and Hazard Management
High voltage safety precautions
Safe work process
Hazard management
Tools and equipment
Module 12: Case Studies
Tesla Roadster
Nissan Leaf
Honda FCX Clarity
Toyota Mirai
Volkswagen Golf GTE
