seminar

1. AUTO SPEED CONTROL OF
SOLAR CAR AT SPECIFIED
LOCATIONS LIKE SCHOOL
ZONES / HOSPITALS /
RESIDENTIAL AREAS
Presented by:-Mr. Mali V.S.
Under Guidance of Mr.:- V.H. Bonge

2. Solar Power Car
Cansu RUBAN
Emre SELİM
Sedat YILDIRIM

3. Aim
To build a model solar car
that has the energy
efficiency of solar energy
resources in optimal
condition.
OBJECTIVES

4. Objective
To explore the application of renewable
energy such as solar energy.
To use the renewable solar energy in
building model cars.

5. Outline
– Introduction
– Component List
– Block diagram
– Description
– Adriano
– Principal of operation
– Advantages
– Disadvanteges
– Conclusions
– Reference

6. In this project the speed & direction of a DC motor is controlled
wirelessly by a RF remote control.
An anti-collision system is used to detect external objects from a
permissible limit, so by instantaneous braking collision can be avoided.
The whole system is implemented by a manually controlled robotic car.

7. What is Solar Power Car?
Solar power cars are electric cars which are powered by sun’s
energy

8. How Does Solar Power Car Works

9. Component list
Controller
LCD (16*2 Alphanumeric)
LED
RF Transmitter/ Receiver
Power supply circuit
Mobile phone jammer
Tachometer/Speedometer

10. Arduino/
Microcont
roller
AT
89S52
Tachometer
/Speedometer
Mobile
phone
jammer
SENSORs
RF
1.Zonal 1
2.Zonal 2
3.Zonal 3
LCD Display
BUZZER
H-bridge
DC
Motor
DC
Motor
Power supply
Block diagram

11. Description
5. RF Transmitter/ Receiver
4.Tachometer/Speedomet
er
3. Mobile phone jammer
2. Solar panel
1. Controller The
“ AUTO SPEED CONTROL OF
SOLAR CAR AT SPECIFIED
LOCATIONS LIKE SCHOOL ZONES”
consists of five main blocks

12. Controller
Arduino

14. Advantages
Safety
Safety

15. Reduced Polution Polution
Advantages

16. Advantages
Reduced Energy
Costs

17. Disadvantages
Cost is so high

18. Disadvantages
Impractical
because of battery

19. Disadvantages
Unadaptable to
daily life

20. Disadvantages
Less of function

21. Evolution of Solar Power cars
1990
1993

22. Evolution of Solar Power cars
2001
1995

23. Evolution of Solar Power cars
2003
2009

24. DISCUSSION
How should we get power from the motor to the wheels?
Experiment with several different ways such as gears,
pulleys, or some other method of drive, to get power to the
wheels.
What else should we think about as we design the car?
The tires on the track
All the other moving parts of the car

25. • THE SPEED OF THE CAR DEPENDS ON THE MATERIAL USED
AS WELL AS THE BRIGHTNESS OF THE SUNLIGHT.
• THE BRIGHTER THE SUNLIGHT,THE FASTER THE CAR WILL
MOVE
• THE LIGHTER THE MATERIAL USED,THE FASTER THE CAR
WILL MOVE
CONCLUSION

26. Referance
[1] M. Reddi Sankar, T. Pushpaveni, V. Bhanu Prakash Reddy, “DESIGN AND DEVELOPMENT OF SOLAR
ASSISTED BICYCLE”,International Journal of Scientific and Research Publications, (Volume 3, Issue 3), (March
2013) ISSN 2250-3153, ( Page No. 781-786). www.ijeit.com/vol%202/Issue%206/IJEIT1412201212_79.pdf
[2] Abdulkadir Baba Hassan (Department of Mechanical Engineering, Federal University of Technology, Minna,
Niger State, Nigeria) “DESIGN AND FABRICATION OF A MOTORIZED PROTOTYPE TRICYCLE FOR THE
DISABLE PERSONS” IOSR Journal of Engineering , (Vol. 2(5 )), May 2012 (Page No. 1071- 1074).
www.iosrjen.org/Papers/vol2_issue5/Z02510711074.pdf
[3] N.Sasikumar (Ph.D (Part – Time) Research Scholar, Kamban Arts & Science College, Coimbatore),
Dr.P.Jayasubramaniam(Head & Asst.Prof in Professional Accounting, Dr.N.G.P. Arts & Science College,
Coimbatore), “SOLAR ENERGY SYSTEM IN INDIA” IOSR Journal of Business and Management (IOSR-JBM)
ISSN: 2278-487X. Volume 7, Issue 1 (Jan. - Feb. 2013), (Page No. 61-68) www.iosrjournals.org/papers/Vol-
2%20Issue=6/D0262730,pdfJ. Clerk Maxwell, A Treatise on Electricity and Magnetism, 3rd ed., vol. 2. Oxford:
Clarendon, 1892, pp.68–73.