Piezoelectric Foot Step Energy Harvesting System: A Case Study

Department of ME, GPCET, KURNOOL

^* Corresponding author: This email address is being protected from spambots. You need JavaScript enabled to view it.

Abstract

A solution to the world's demand for sustainable energy is the Mechanical Footstep electricity Generator (MFPG), which generates electricity through human movement. Because we aim to turn every step into a substantial source of renewable energy and recognize the untapped potential of urban foot traffic, we are looking into mechanical energy collecting. The MFPG relies on a complex interplay between mechanical components that are positioned precisely beneath potentially walking surfaces. Spring pressure, a rack and two pinion system, and vertical foot pressure all work together to convert motion into rotation, which drives a generator to produce electricity. This innovative mechanical technique uses the regularity of human movement to produce power in a sustainable manner. The idea, planning, and implementation of the Mechanical Footstep Power Generator demonstrate the fine technical details needed to optimize energy extraction efficiency. Through rigorous testing and analysis, we evaluate the MFPG's performance, accounting for factors such as environmental adaptability, mechanical efficiency, and scalability. The Mechanical Footstep Power Generator idea is a step toward a more environmentally friendly and sustainable future.