Design and Fabrication of Frictionless Power Generation Through Wheel

Ashutosh Bamane, Parth Desak, Vaibhav Dumada, Chirag Gharat, Sagar Patil
Journal of Thermal and Fluid Science
volume 5: Issue 1, Jan-June 2024, pp 27-34

Author's Information
Ashutosh Bamane1 
Corresponding Author
1Department of Mechanical Engineering, St. John College of Engineering & Management, Palghar, India
220ashutosh5047@sjcem.edu.in

 Parth Desak2, Vaibhav Dumada, Chirag Gharat4, Sagar Patil5
Department of Mechanical Engineering, St. John College of Engineering & Management, Palghar, India

Article -- Peer Reviewed
Published online – 30 June 2024

Open Access article under Creative Commons License

Cite this article – Ashutosh Bamane, Parth Desak, Vaibhav Dumada, Chirag Gharat, Sagar Patil “Design and Fabrication of Frictionless Power Generation Through Wheel ”, Journal of Thermal and Fluid Science, RAME Publishers, vol. 4, issue 1, pp. 27-34, April 2024.
https://doi.org/10.26706/jtfs.5.1.20240304

Abstract:-
This project aims to design and fabricate a novel system for frictionless power generation by harnessing the principles of Faraday’ law of electromagnetic induction. Traditional methods of power generation often involve friction and mechanical wear, leading to energy loss and maintenance issue. In this project, we propose a solution that minimizes friction and maximizes efficiency by leveraging the rotational motion of the wheel. The core principle behind this system involves placing conductive coil strategically around the circumference of a rotating wheel. As the wheel rotates, the magnetic field created by permanent magnets embedded within the wheel induces an electric current in the coil, according to Faraday’s law. This induced current can then be harvested and utilized to generate electrical power. By minimizing friction, the system can efficiently convert kinetic energy into electrical power.
Index Terms:-
Power Generation, Magnets, Coil, Frictionless, Faraday’s Law.
REFERENCES
  1. Jamie Patterson, Wheel Energy Storage for Automotive Applications, 2004, pp. 235-251
  2. A.Sevatkar, Eknath M. Pise , Pravin S. Ghawade, Electricity Generation Using Wheel, Year 2017
  3. Johan Abrahamsson Hans Bernhoff, Magnetic bearings in kinetic energy storage systems for vehicular applications, Pp 230-251
  4. Shubham Nagesh Gijare ,“Optimal design and techno-economic analysis of a hybrid solar–wind power Generation system”, Energy Volume 86, Issue 2, pp-163–169. , 2018
  5. Akshay Sawant1, Pratik Solanke1, Chakradhar Aher1,“High-precision magnetic levitation stage for photolithography”, volume-22, Issue 02, pp-66–77.
  6. B.Sneha , Dr.M.Damodar Reddy “Evaluation of different turbine concepts for wind power”, Renewable andSustainable Energy Reviews , Volume- 12, pp- 1419–1434
  7. V. Praveen, M. Arun, Kinetic Energy Recovery System in Bicycle, IJPRET, 2014; Volume 3 (4): 309-316.
  8. Nagpurwala Ayaan, Shaikh Sufyan, Shaikh Numaan, Mahesh Salunkhe, Utilizing A Wheel For Frictionless Energy Generation, Volume:05, Issue:04, April-2023
  9. Dighe Sagar Kisan, Khillari Pratik Vishwanath, Mandale Abhishek Achyut, Mandlik Vijay Nanasaheb, Frictionless Flywheel Electricity Generation For Electric Vehicle, year 2014, pp. 690 - 692.

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