This document discusses hybrid power generation using solar and wind energy. It describes how a hybrid system combines solar panels, wind turbines, batteries, a charge controller, and power inverter. The charge controller manages power from the solar and wind sources and charges the batteries. When power generation is low, the batteries provide power to loads. The inverter converts stored DC battery power to AC power. A hybrid system has advantages of lower maintenance and being more efficient and environmentally friendly than conventional energy, though it has higher installation costs and requires more space. The conclusion states that a solar-wind hybrid power system can reliably satisfy increasing electricity demands, especially in remote areas with good sun and wind resources.

1. HYBRID POWER GENERATION
SOLAR - WIND
Guided By, Presented By,
Shahanas, Lecturer Silvester Binnu.A.P
Roll No.44
EEE

2. INRODUCTION
• We all know that the world is facing a major threat of fast
depletion of the fossil fuels.
• So that increased the demand of electricity.
• The wind and solar is available in abundance.
• The wind - solar power sources have experienced a
remarkable rapid growth in the past 10 years.
• And both are pollution free sources.

3. CONTENTS
• MAIN PARTS
• SOLAR HYBRID WITH WIND
• BLOCK DIAGRAM
• ADVANTAGES AND DISADVANTAGES
• CONCLUSION

4. MAIN PARTS
• CHARGE CONTROLLER
• STORAGE SYSTEM
• POWER INVERTER

5. CHARGE CONTROLLER
• It also the function is that it should vary the powеr as per
the load demand.
• It add the both the powеr so that the load dеmand can fullfill.
• And when powеr is not genеrating it should еxtract powеr
from battеry and givе it to the load.

6. STORAGE BATTERY
• In the solar power generation and wind power generation
the voltage generated is DC.
• So in order to store the DC voltage, lead storage battery is
used.
• It is durable and provides dependable service.

7. 30%
POWER INVERTER
• Inverter is a electronic device which is capable to converting
AC to DC.
• A power inverter can be entirely electronic or may be a
combination of mechanical effects and electronic circuitry.
• Power inverters are primarily used in electrical power
applications where high currents and voltages are present.

8. SOLAR HYBRID WITH WIND
• In this system, the solar panels and wind turbines are connected through a
battery.
• A hybrid charge controller helps both the turbines and the panels to recieve
the required energy.

9. BLOCK DIAGRAM

10. ADVANTAGES AND DISADVANTAGES
•ADVANTAGES
a) Low maintenance.
b) More efficient.
c) Environment friendly.
•DISADVANTAGES
a) More installation cost.
b) Large space is required for larger generation.

11. CONCLUSION
• Hybrid power generation system is good and effective solution for
generation than conventional energy sources.
• Also to satisfied the increasing demand of electricity with clean
hybrid power station by solar-wind can be used.
• It can be commercially in villages and remote areas where air
velocity and sun radiation is perfectly available.

12. REFERENCES
[1] J. BhagwanReddеy, D.N. Rеddy, “Probablistic Performancе
Assessmеnt of a Roof Top Wind, Solar Photo Voltaic
Hybrid Enеrgy Systеm”, Engineеring Sciencе and
Education Journal, Vol. 2, No. 4, pp. 281-298, Fеbruary
2008.
[2] Stanlеy R. Bull, “Renewablе Enеrgy Today and
Tomorrow”, Proceеdings of the IEEE, vol. 89, no. 8, pp.
316-381, August 2001.
[3] R.Chеdid& H. Akiki, “A dеcision Support Techniquе for
the Dеsign of Hybrid Solar -Wind Powеr Systеm”, IEEE
Transaction of Enеrgy Convеrsion, Vol. 13, No.1,pp. 154-
176, March 1998.

13. THANK YOU