WIND POWER GENERATION ON HIGHWAY

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Project Part I
A SEMINAR ON

• WIND POWER GENERATION ON HIGHWAY
•  

Presented by,

• Chennoji S.R. (Roll No.08)
  
  
  
  
  
  
  
  
  
• Navale G.A ( Roll No.26)
• Bhople A.L. ( Roll No.03)
• Bhoyar V.M. ( Roll No.04 )

Under the Guidance of,
Prof. D. N. HATKAR SIR
Dept. of Mechanical Engg.
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CONTENTS

• 1. Introduction
• 2. History
• 3. Components
• -Turbine
• -Generator
• -Transmission
• -Battery
• 4. Construction
• 5. Working
• 6. Advantages
• 7. Disadvantages
• 8. Future scope
• 9. Conclusion
• 10. References

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INTRODUCTION

• 1) Wind energy is the fastest growing
  source of clean energy worldwide.
• 2) By using the application of wind energy
  can be create power on highway.
  
  3)
  Each vehicle on the highway offers uncontrolled
  source of wind, and that source of wind are
  use for the power generation on the highways due
  to rapidly moving vehicles.
  
  4) The generated power are used for the road
  lamp and many of different application

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history

• Previously windmills are used for grain grinding
  water pumping.
• Up-to 1970s there is no considerable growth in
  wind power industry.
• Wind power energy is widely increased due to
  rising prices
• diminishing quality of fuel.
• We turn to the wind power when oil prices rose
  sharply.
• After 1970s wind power plant are established in
  European country.

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MAJOR COMPONENTS

• WIND TURBINE
• GENERATOR
• TRANSMISSION
• BATTERY
  

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CONSTRUCTION
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WIND TURBINE

• There are two types of wind turbine.
• 1.Horizontal axis wind
  turbine.
• 2.Vertical axis wind
  turbine.

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TRANMISSION

• With the help of rotor and gear box the
  rotational motion of wind turbine is transmitted
  to the generator.

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GENERATOR

• The electric generator is a device that converts
  mechanical energy to electrical energy.

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BATTRY

• Battery stores the energy generated from the
  generator and supply when ever needed.

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ADVANTAGES

• 1 .The energy produce is environmental pollution
  free and does not cause any harm to environment.
• 2.There is no damage to birds .
• 3.Can be use to produce energy free electricity.
• 4.Can be use to develop nearby villages and make
  it prosperous..

5.Till now the energy which is waste can be
utilized in developmental work. 7.Wind energy is
pollution free and eco-friendly. 8.Wind energy
has very good potential and it is fastest growing
energy source.
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DISADVANTAGES

• One turbine cant provide sufficient power so
  collective turbines are used.
• Light vehicles do not generate more power.
• Initial cost is high.
• Huge amount of traffic is essential.
• If speed of vehicle is less it is ineffective.

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FUTURE SCOPE

• India has vast supply of renewable energy
  resources.
• The total demand for electricity is expected to
  cross 2550,000 MW by 2030. The
  electrical sector have an installed capacity of
  185.5 GW as of November 2011.
• India is currently suffering from major shortage
  for electricity. India should become one of
  the leading power producers in the world, but the
  current technologies are not sufficient to
  achieve our goal .
• To overcome the above problem, we need to
  implement the new technologies in production of
  energy. Smart Wind power is the conversion of
  wind energy into useful form of energy such as
  electric energy by using wind turbines in the
  middle or either sides of the highways to
  generate electricity.

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conclusion

• Conclusively, extensive data is collected on wind
  patterns produced by vehicles on both sides of
  the highway.
• Although one turbine may not provide adequate
  power generation, a collective of turbines on a
  long strip of highway has potential to generate a
  large amount of energy that can be used to power
  street lights.Hence this design concept is meant
  to be sustainable and environmentally friendly.

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REFERANCES

• 1. IACSIT International Journal of Engineering
  and Technology, Vol. 4, No. 2, April 2012 .
• 2. International Journal of Engineering
  Research and Development e-ISSN 2278-067X,
  p-ISSN 2278-800X, www.ijerd.com Volume 3, Issue
  12 (September 2012), PP. 04-09 4 .
• 3. K. Nandigam, B.H.Chowdhury "Power flow and
  stability models for induction generators used in
  Wind turbines," IEEE Power Engineering Society
  General Meeting, Vol.2, 6-10 June 2004 Page2012
  2016
• 4. A method for generating electricity by
  capturing tunnel induced winds by REKHI,
  Bhupendra, Singh.
• 5. C.J. Baker (1986), Train Aerodynamic Forces
  and Moments from Moving Model Experiments

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THANK YOU !!!