Footstep Power Generation System

Abstract

Abstract: We require energy for our day-to-day activities. There are numerous traditional energy-producing methods, but they are rapidly decreasing, thus a non-conventional energy system is critical to our nation at this time. The purpose of this study is to demonstrate how individuals may generate electricity by walking on the floor. Piezoelectricity is recommended as an alternative energy source in this research. The goal is to discover a pollution-free energy source as well as to use and maximize the energy that is now being squandered. A piezoelectric transducer is the type of transducer used to detect vibrations. The mechanical energy is converted into electrical energy by this transducer. When the pressure from a footstep is delivered to a piezoelectric transducer, the pressure or force is converted into electrical energy. A series-parallel connection is used to connect the piezoelectric transducer. It is then put on a wooden tile as a model for a footstep tile to apply pressure to the piezoelectric transducers. This tile may be used in a congested location, on a walking path, or workout equipment. Low-power appliances can be powered by the electric energy generated by this piezoelectric tile.