solar wireless electric vehicle

1. KAMLA NEHRU INSTITUTE OF TECHNOLOGY
DEPARTMENT OF ELECTRICAL ENGINEERING
SOLAR WIRELESS EV (METRO) NON-STOP CHARGING SYSTEM
Guided by:-
Dr. A. S. Pandey
(Professor)
Mr. Dilip Patel
(Assistant Professor)
Prepared by:-
Abhishek Mishra (20303)
Adarsh Singh (20305)
Anoop Kumar (20315)
Anurag Kumar Singh (20319)
Nikhil Kumar (20341)

2. Eco-friendly vehicle is the global trend in the automobile industry.
 Electrical vehicle (EV) is the most suitable alternative of petroleum
vehicles.
Large capacity, weight, expensive price, short life time, and
charging time of battery obstruct the commercialization of EV.
To solve these problems, wireless charging of electric vehicle is
introduced. Reducing the time spent on recharging or even
allowing the EV to be charged during its movement.
MOTIVATION

3. Construction of Path
What is EV & Need of EVs
Wireless Charging
Advantages and Disadvantages
 Related figures of components
Conclusion
 References
CONTENTS

4. Elecric power strips are fixed deep under the road surface and connected to
power grid.
CONSTRUCTION OF PATH

5. An Electric Vehicles uses one or more electric motors or traction motors
for propulsion.
An electric vehicles may be powered by electricity from off – vehicles
sources or may be self contained with battery.
EV’s include road and rail vehicles , surface and underwater vessels ,
electric aircraft and spacecraft.
It has zero emission or pollution free vehicles.
WHAT ARE EV’S

6.  Reduce Global Warming/Climate Change due to release of carbon
dioxide by burning of fossil fuels.
 Rising Prizes due to depletion of the reserves of Oil and Natural Gas.
 Acid Rain Due to Sulphur Dioxide released by burning of fossil fuels.
 Air pollution from vehicles bad for the Human Health.
 Impact on Aquatic Life by Oil Spills.
NEED FOR EV’S

7. Inductive Charging
Wireless charging coupled with magnetic resonance to transfer
power from a transmitting pad to a receiving pad.
magnetic resonance coupling has increased the efficiency of
wireless power transmission to the EVS up to 75 percent, still 25
percent of the energy is wasted. Improving this efficiency up to 90
percent is very essential if wireless charging is to be used on a
huge scale.
CHARGING SYSTEM

8. METHODOLOGY

9. 80% reduced operating cost than equivalent gas powered vehicles.
 Lower maintenance costs than gas powered vehicles.
Pollution free.
Zero recharging time and unlimited rangeLight weight vehicles.
 A number of EVs can be charged at a time.
Electrically safe.Charging is convenient.simplicity of use (no handling, no
plugging)safety for users (no electrical hazard, no sparkle risks)no wear, no
mechanical fitting
ADVANTAGES

10.  Atmega Controller
 Battery ,Voltage Sensor, LCD Display ,Transformer
 Regulator Circuitry, Transmitter and Receiver Coils, Vehicle Body.
 Wheels, Switches, LED’s, PCB Board.
 Resistors , Capacitors , Transistors .
 Cables and Connectors.
COMPONENTS

11. BLOCK DIAGRAM

12. PROJECT PROGRESS
Title Finalized Literature Survey Project Components
Solar Wireless Electric
Vehicle Non-Stop
Charging System.
We have studied 15-20
research papers and
analyzed the work done
and future scope.
Product is in analysis and
collecting phase.

13. Wireless charging is most suitable method for EV charging.
 It have high range of travel.
Reducing the time spent on recharging or even allowing the EV to be charged during its
movement.
Low maintenance cost but high initial cost.
Better then conventional wired system.
 Energy crisis can be decreased.
Low power loss.
In the future world will be completely wireless.
CONCLUSIONS

14. Thank You