Paper Key : IRJ************765
Author: N. V. A. Ravikumar,Jinagam Chiranjeevi,Gurugubelli Srilakshmi,Beera Sankar,Bali Pradeep Kumar,Bonu Manikanta,Kemburu Nandini
Date Published: 12 Nov 2024
Abstract
This paper presents the development and implementation of a wind energy harvesting system designed to be integrated into an electric cycle, with the goal of extending the cycles operational range and reducing its dependency on external power sources. The system employs a small wind turbine mounted on the front wheel, which captures wind energy generated by the cycles motion. As the cycle progresses, the wind turbine turns the kinetic energy of the wind into mechanical energy. This mechanical energy is transmitted via a shaft and chain mechanism to a generator mounted on the cycle. The generator then converts the mechanical energy into electrical energy. This electrical energy is subsequently stored in the cycles battery, providing an auxiliary power source that supplements the primary battery charge. Key considerations in the design include optimizing the efficiency of the wind turbine and generator to maximize energy conversion, minimizing the impact on the cycles weight and aerodynamics to preserve ride quality, and ensuring the durability and reliability of the system through robust engineering and regular maintenance. The proposed system aims to make electric cycles more sustainable by harnessing renewable wind energy, reducing the frequency of manual recharging, and enhancing overall efficiency. This innovative approach contributes to the development of cleaner, more efficient transportation solutions, promoting the adoption of environmentally friendly technologies in personal mobility.Keywords: Electric Cycle, Wind Turbine, Generator System, Energy Storage.
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