THESE ARE BASED ON WIRELESS CHARGING OF ELECTRIC VEHICLE ON SOLAR

1. SOLAR BASED WIRELESS CHARGING OF ELECTRIC
VEHICLE
SUBMITTED BY
VIVEK KUMAR 03696204915
MOHIT ACHHWAN 35396204915
ASHUTOSH KUMAR 40196204915

2. INTRODUCTION:
 THE WIRELESS POWER TRANSFER (WPT), WIRELESS POWER
TRANSMISSION, WIRELESS ENERGY TRANSMISSION, OR
ELECTROMAGNETIC POWER TRANSFER IS THE TRANSMISSION OF
ELECTRICAL ENERGY FROM A POWER SOURCE TO AN ELECTRICAL
LOAD.
 WIRELESS POWER IS A GENERIC TERM THAT REFERS TO A NUMBER OF
DIFFERENT POWER TRANSMISSION TECHNOLOGIES THAT USE TIME-
VARYING ELECTRIC, MAGNETIC, OR ELECTROMAGNETIC FIELDS.
 WPT MAINLY FALLS INTO TWO PARTS:
i. RADIATIVE (FOR LONG TRANSMISION RANGE)
ii. NON-RADIATIVE (FOR SHORT TRANMISSION RANGE)

3. I. GLOBAL WARMING
II. CLIMATE CHANGE
III. RISE OF POLLUTION
NEED FOR EV’S

4. OBJECTIVE:
THE MAIN OBJECTIVE OF THIS PROJECT IS:
i. TO DEVELOP A SYSTEM IN WHICH WE USE SOLAR
ENERGY(RENEWABLE SOURCE),
ii. TO CHARGE THE ELECTRIC VEHICLE WIRELESSLY AND
MAKING OF “ CHARGE AS YOU DRIVE” SYSTEM

5. HARDWARE COMPONENTS
SOLAR PANEL
BATTERY BANK
INVERTER CIRCUIT
RECTIFIER CIRCUIT
COIL ( TRANSMITER AND RECEIVER)

6. SOLAR PANEL 12V
BOOST
CONVERTER
RECHARGEABLE
BATTERY (12V)
DC TO AC
INVERTER
COIL
AC TO DC
RECTIFIER
LOAD (CAR) BATTERY
(12V)
BLOCK DIAGRAM

7. 0
10
20
30
40
50
60
70
80
0 2 4 6 8 10 12 14
GRAPH
GRAPH PLOTTING BETWEEN RECEIVING COIL VOLTAGE VS DISTANCE
Distance between
transmitting and
receiving coil
Transmitting coil
voltage (AC)
Receiving coil
voltage (AC)
2CM 185V 71.35V
4CM 185V 27.74V
6CM 185V 15.61V
8CM 185V 10.24V
10CM 185V 4.31V
12CM 185V 1.30V
Table Voltages at different Distance

8. ADVANTAGE:
i. High Performance,
ii. Reliable,
iii.Fast response,
iv.Safe for Environment,
v. Efficient Energy,
vi.Pollution Free,
vii.Low Maintenance cost.

9. DISADVANTAGE:
i. High initial cost,
ii. Inefficient for Longer Distance.