World Journal of Engineering Research and Technology

S. Karthikeyan*, R. Vishnu Priya, M. Jeevitha Priya, M. Priyanka, D. Akila and A. Liyas Basha

ABSTRACT

The main objective of this work is to optimize electro- kinetic energy based power electronics application to improve its utilization of vehicle’s wheel pressure by continuous power generation. This proposal includes electro kinetic methods to generate electrical power with reduction of energy losses, effective utilization of electrical energy and in turn improving the nation’s economic problems for meeting the regular demand of energy. This proposal further aims to develop a system that will produce electrical energy without polluting and destroying the nature. In the present day scenario, Electro kinetic energy dominates among the energy storage devices in hybrid vehicles, electrical train and embedded system based automotive vehicles. The vehicle’s wheel is integrated with pressure pad there for vehicle movement time wheels produce some amount of pressure. Consequently the pressure pad is converts pressure energy into electrical energy. Power electronics circuits are used in this process, since the output of pressure pad is direct current but the required input for load side is alternative current. Power electronics circuit is also utilized to increase to improve the electrical energy efficiency and various AC power conversion stages are used to reduce the harmonics. This research presents a current state-of- the-art in optimizing electro kinetic energy based energy storage technologies. It also provides a clear vision of the latest top research advances in energy conservation. The generated electrical power can be used for the lamps, automotive application, motor application and this will be a strong boon for the rural villages too. Suggested scheme second objective is improving or making pure sinusoidal wave forms how means using some multilevel power conversion applications.

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