solar and wind hybrid system with tracking

1. ADVANCED SOLAR –WIND
HYBRID SYSTEM
A road to sustained growth
Guided By
Er. R. A. Patil
Presented By
Aniket Lotake
Rahul Bibave
Sukhdeo Dhone
Nitin Gosavi

2. INTRODUCTION
 Today, the world is progressing at quite a fast rate with the use of
conventional sources of energy.
 The two major disadvantages of using them are the
environmental pollution created by its use & its limited quantity .
 So it’s the time to think for switching on the Non-conventional
sources .

3. POLLUTION FROM POWER PLANTS

4. WIND ENERGY
 Converts wind energy into
electrical energy
 No fuel cost
 Free from pollution

6. WORKING OF WIND TURBINE

7. SOLAR ENERGY
 Sun rays converted into electrical energy
 Unlimited supply
 No negative impact
 Free of cost
 Free from pollution

9. WORKING OF SOLAR PANEL

10. SINGLE AXIS SOLAR TRACKER
A solar tracker is a device onto which solar panels are fitted
which tracks the motion of the sun across the sky, thus ensuring that the
maximum amount of sunlight strikes the panels throughout the day.

11. HOW TO TRACK THE SUN
Sunrise Mid-Morning Sunset

12. GEOGRAPHICAL REGION
Solar
Average solar rays 5kwh/sq m
2300-3200 sun shine hours available per year
Available most part of country
Wind
Annual average wind speed 5-6 m/s
Attractive option to supplement the energy supply

13. HYBRID SYSTEM
Defination
The thing made by combining two or more different power source
Need of Hybridization
For increasing output
 For fulfilling demand of consumer
 Providing uninterrupted power supply
 System can design for both off grid and on grid

14. WORKING
 Solar & Wind turbine produced DC power
 Inverter convert DC to AC
 Controller monitors the system

15. EFFICIENCY
Solar –
without tracking – 15 %
with tracking - 23 %
Wind –
without tracking – 55 %
with tracking - 72 %

16. ADVANTAGES
 Cost saving ( one time investment)
 Low maintenance cost
 No pollution
 The system can be designed for both off-grid and
on grid applications.
 Better Efficient and easy installation
 longer life

17. APPLICATIONS
Institutes
Irrigation
Factories
Commercial Power generation
Street lighting

18. Hybrid System (Amrutvahini College)
Capacity – 5 KW
Windmill – 3.2 KW
Solar - 1.8 KW

19. FUTURE SCOPE
 In future we can built more sophisticated and less
space consuming hybrid system that can handle
more loads
 Solar based home systems
 Photovoltaic tree

20. CONCLUSION
 By this project many villages can be lighted. For
villages which are much away from the construction
site of large power generating stations such as hydro
and nuclear can be provided power.
 Also to satisfied the increasing demand of electricity
with hybrid power station.