Power Generation Using Speed Breakers By Sudhir And Ameya

• 1.Smart highways Power Generation Using Rumble humps

2. Group Members1Ashish Kadam2Sudhir Kamble3Ameya Matkar4Omkar Natekar5Vaibhav Rathod LOGO 3. Introduction A large amount of potential energy is wasted in speed breaker through friction, every time when vehicle passes over it. So electricity can be generate using vehicle weight (potential energy) as an input. So this small step to improve this situation. 4. Continued.. In this model we are showing howgenerate a voltage from heavy running traffic. Concept of conversion of mechanicalenergy into electrical energy is used in this project. 5. Available Methods 123Rack-Pinion MechanismCrank-Shaft MechanismRoller Mechanism 6. Problem with Crank-Shaft Mechanism Crank-shafts are required to be mounted on bearings which may cause balancing problem leading to mechanical vibration in turn damage the bearings. The bearings are of sliding type hence any occurrence of variable load (which is obvious of vehicles) leads to balancing problem. LOGO 7. Problem with Roller Mechanism Roller Mechanism has some different types of disadvantages. Maintenance will be very difficult. It might caused collision problem.LOGO 8. Advantages of Rack-Pinion Mechanism Rack-Pinion assembly gives good mounting convenience. Maximum gear loss is 3-5% Efficiency is up to 95% 9. For Construction Of Power HumpsElectrical Generator 10. Process Cycle Speed Breaker ArrangementGear Drive Rack-Pinion Chain Socket Arrangement GeneratorInverter Street Light Battery 11. Working Of Rack-Pinion Mechanism The Rack and Pinion convert between rotary and linear motion. Rack and pinion can convert from rotary to linear and also from linear to rotary. The diameter of the gear determines the speed that rack moves as the pinion turns. Rack and pinion are commonly used in steering systems of cars to convert the rotary motion of the steering 12. Here the reciprocating motion of the speed-breaker is converted into rotary motion using the rack and pinion arrangement. The axis of pinion is coupled with the sprocket arrangement. The axis of smaller sprocket is coupled to gear arrangement. Finally the gear arrangement is coupled with the generator. LOGO 13. Image 14. Speed of vehicles Km/HrVoltage generated Volts107.93206.28305.03404.66503.03 15. Load of vehicles KgVoltage generated Volts608.331309.4317010.2220011.2327011.81 16. Pollution Free Power Generation Simple Construction,Less Maintenance,New technologyEnergy Available All YearNo Fuel TransportationNo Manual work During Generation Use Of Renewable Power Source 17. Check mechanism time to time.It can rusted in rainy season.Not work with light weight vehicle.Generated power is less. 18. This project is already implemented in the South Africa for reducing the energy crisis. This method is also used to light up the small villages on the highway. In India it is used in Guwahati the capital city of the Assam. 19. Low budget electricity production. No obstruction to traffic. Less floor area. Easy maintenance. Suitable at parking 20. WebsitesSeminarproject.com Slideshare.com Fadooengineers.com Google.comBooksPower System By V.K.Mehta LOGO