1. VISVESVARAYA TECHNOLOGICAL UNIVERSITY, BELAGAVI-590018
Submitted by:
Ms.Ashwini Patil USN:2HN20EC008
S. J. P. N Trust’s
HIRASUGAR INSTITUTE OF TECHNOLOGY, NIDASOSHI-591236
Accredited at ‘A’ grade by NAAC
Programs accredited by NBA:CSE & ECE
DEPARTMENT OF ELECTRONICS AND COMMUNICATION ENGINEERING
Technical Seminar Presentation
“Electric Vehicles”
Under the guidance of
Prof. P.B Koth
3. INTRODUCTION
Electrical vehicle is one that operates on an electrical motor instead of an
internal combustion engine that generates power the burning a mix of fuel and
gases such a vehicle scene as a possible replacement of current generation
automobile in order to address the issue of rising pollution global warming
deputy natural resources .
6. METHODOLOGY
Electrical vehicle power
source is a battery which
supplies are electrical
motor with energy
necessary to move the
vehicle
The controller act as a
regulator and controls
the amount of power
received from the
battery so that motor
does not burn out
EVs contain power
electronics components, including
inverters and converters, which
manage the flow of electricity
between the battery pack, electric
motor, and other vehicle systems.
These components control the
speed and torque of the electric
motor and ensure efficient energy
transfer.
7. ADVANTAGES & DISADVANTAGES
ADVANTAGES
1. Environmental benefits (reduced emissions)
2. Lower fuel and maintenance costs
3. Quieter operation
4. Instant torque for quicker acceleration
5. Potential for renewable energy integration
6. Easy Driving
DISADVANTAGES
1. Limited driving range
2. Longer recharging times compared to refueling
3. Availability of charging infrastructure
4. Initial higher purchase cost
8. APPLICATIONS
1. Personal Transportation
2. Public Transportation
3. Commercial Fleets
4. Last-Mile Delivery
5. Ride-Sharing Services
6. Government and Municipal Use
7. Specialized Vehicles
8. Emergency Services
9. Military Applications
10. Recreational Vehicles
9. CONCLUSION
There are various challenges including financial, technical, supply
chain challenges for development of EVS in India
These challenges can be solved by a firm resolution by the OEMs and
customers.
Charging stations can be increased once the sales of EVs increase, This
could be achieved by customer awareness about EVs.
As the use of the EVs increase, OEMs can also bring variety of
products in lower range of prices.
Educational activities can be organized by OEMs so that the awareness
about EVs is increased, which would further lead to increase in sales
10. REFERENCES
1. "Electric Vehicle Technology Explained" by James Larminie and John Lowry. This
textbook provides a comprehensive overview of electric vehicle technology, including
principles, components, and applications.
2. "Electric Vehicles: Design and Build Your Own" by Michael Hackleman. This book offers
practical guidance on designing and building electric vehicles, covering topics such as
conversions, batteries, motors, and controls.
3. "Electric and Hybrid Vehicles: Design Fundamentals" by Iqbal Husain. This textbook
explores the design fundamentals of electric and hybrid vehicles, including powertrains,
energy storage, charging infrastructure, and vehicle dynamics.
4. "The Electric Vehicle Conversion Handbook" by Mark Warner. This handbook provides
step-by-step instructions for converting conventional vehicles into electric vehicles,
including guidance on selecting components, performing conversions, and
troubleshooting.
