The document is a presentation on electric mobility that compares different types of electric vehicles. It begins with an outline of the presentation sections and then reviews the previous session on the history of electric vehicles. The learning outcomes are stated as understanding the fundamentals of plug-in hybrid EVs, fuel cell EVs, and comparing all types of EVs. The content section defines electric vehicles and explains hybrid electric vehicles. It then compares battery electric vehicles, hybrid electric vehicles, plug-in hybrid electric vehicles, and fuel cell electric vehicles. The presentation concludes with an example student evaluation question and preparation for the next session.

1. Marathwada Mitramandal’s
COLLEGE OF ENGINEERING
Karvenagar, Pune
Accredited with ‘A’Grade by NAAC
Presentation
On
Subject: Electric Mobility
by
Ms. P. D. Vaidya
Department of Electrical Engineering

2. Lesson 1
Unit 1: Introduction to Hybrid and Electric Vehicle
Session-2/36
Concept of Electric Vehicle, comparison of different
EV and Hybrid EV

3. Outline:
A. Attendance
B. Review of the previous session
C. Learning Outcomes of the session
D. Content
E. Student’s evaluation
F. Preparation for next session
G. Wrap up

4. B. Review of previous session:
• History of Electric Vehicle and Hybrid Electric Vehicle.
• Types of vehicles
• Need, importance and Environmental importance of Electric Vehicle.

5. C. Learning Outcomes of the session:
• Student should be able to understand the fundamentals of Plug-in Hybrid
EV, Fuel Cell EV and will be able compare all types of Evs

6. Content
Contents
Learning /
Methodology
Faculty Approach
Typical
Student
Activity
Skill/
Competency
Developed
Concept of Electric Vehicle
Chalk Board,
PPT
Explain Understand
Critical Thinking -
Observation
Comparison of different
Electric vehicles
PPT Explains, Guides Remember
Critical Thinking –
Observation
Hybrid electric vehicles Chalk Board, PPT Explain Listen
Critical Thinking –
Observation

7. Electric Vehicle concept
• EV is a road vehicle based on modern electric propulsion consisting of
electric machines, power electronic converters, electric energy sources
and storage devices, and electronic controllers;
• EV is a broad concept, including BEV, HEV, FCEV, etc;
• Regenerative breaking is possible in EVs;
• EV is not only just a car but a new system for our society’s clean and
efficient road transportation;
• EV is an intelligent system which can be integrated with modern
transportation networks;
• EV design involves the integration of art and engineering;
• More advancements are to be done to make them affordable;

8. Sustainable Transportation

9. Hybrid Electric Vehicle
A hybrid car is any car that uses both electricity and fuel injection in order to run.

10. Comparison of BEV, HEV, PHEV and FCEV

11. Comparison of BEV, HEV, PHEV and FCEV

12. Comparison of BEV, HEV, PHEV and FCEV

13. Classification of HEV
A. Based on Degree of Hybridization of HEV
• Micro
• Mild
• Full
• Plug-in
B. Based on Drivetrain Architecture/Topologies of HEV
• Series
• Parallel
• Series-Parallel.

14. Hybrid Power Train Topology

15. Student Evaluation
Q. List the difference between BEV HEV PHEV FCEV one by
one :
Cost
Battery used
Driving with nearly empty battery
Range
Driving component
Power source
Example

16. Preparation for Next Session
• Configuration of Hybrid electric vehicles.

17. Wrap Up
• Concept of Electric Vehicle.
• Comparison of different electric vehicles. HEV- A vehicle that uses one
or more sources of power supply in combination with electricity for
propulsion.
• BEV- A vehicle that solely relies on electric charge as its power supply
for propulsion
• PHEV-same as HEV with an onboard plug-in charger
• FCEV- Uses a fuel cell as power supply source for propulsion.
Sometimes fuel cell along with small battery or super capacitor is used
in combination.