Sustainable Electricity Generation Using Foot Steps
Authors
Sangeetha et al.,
Keywords
Energy | Electricity
Publication Details
Vol: 10; Iss:10 Oct 24 | ISSN: 2454-5422
Abstract
With the growing demand for energy and the depletion of conventional energy resources, sustainable electricity generation is becoming more and more significant. This study investigates a novel method of employing piezoelectric technology to capture energy from human footsteps. Piezoelectric transducers are used in the system to transform the mechanical energy of vibrations caused by footsteps into electrical energy. To construct a model for real-world use, these transducers are inserted into wooden tiles and arranged in a series-parallel pattern. The transducers produce electricity when pressure is applied by walking. Installing this footstep power generation system is intended for high-traffic locations like congested public places, sidewalks, or exercise equipment. Low-energy appliances can be powered by the generated energy, making electricity generation more environmentally friendly and sustainable. This study provides a workable answer to small-scale energy requirements in urban environments by showcasing the potential of human motion as a renewable energy source.
Correspondence
K. Sangeetha, Assistant Professor, Department of Computer Applications, Patrician College of Arts and Science, Chennai, Tamilnadu, India