Design and Fabrication of Mechanical Footstep Power Generator

Abstract

Today, one of the primary demands in this contemporary environment is energy and power. Demand for energy is rising daily. On the other side, there are numerous energy resources that are being wasted and depleted. In densely populated nations like Bangladesh, where millions of people travel about daily and roadways, train stations, bus stops, temples, etc. are overcrowded, the proposal for using human locomotion's wasted foot force is highly pertinent. All of this energy is useless. It would be a fantastic invention if using this energy were made possible. In this project, we are turning unconventional energy—just your bare feet moving—into electrical energy. In this project, a straightforward drive mechanism like a rack and pinion assembly is used. D.C generator, the rack and pinion, and the control mechanism In this project, we are using an unconventional approach to generate electricity by just running or walking on the footsteps. Currently, our country's non-conventional energy system is crucial. Non-conventional energy sources such as foot power can produce electricity without the use of fuel. This project uses a simple drive mechanism, such as a rack and pinion assembly and chain drive mechanism, to generate power by utilizing the force that is obtained while walking up and down stairs is converted into electrical energy with the use of mechanical systems. This is one of the small, effective electricity-generating systems that may be quickly deployed in numerous