Footstep Based Power Generation

Abstract

The Footstep Power Generation using Piezoelectric Tiles project focuses on converting mechanical energy from
human footsteps into electrical energy using piezoelectric transducers. When a person steps on the tile, pressure
is applied to the piezoelectric material, generating AC voltage, which is then converted into DC voltage using a
full-wave bridge rectifier. The generated energy is stored in a 12V rechargeable battery, allowing it to be used for
powering LED streetlights or other low-power electronic devices. This system provides a renewable and ecofriendly
solution for urban power needs by utilizing wasted mechanical energy from daily human activities. To
enhance efficiency, a microcontroller is integrated into the system to monitor voltage levels, battery status, and
energy consumption, ensuring optimal power management. Additionally, IoT-based tracking can be implemented
for remote monitoring and real-time energy analytics. This project aims to offer a scalable, cost-effective, and
sustainable energy solution that reduces reliance on conventional electricity and supports environmental
conservation. By deploying piezoelectric tiles in high-foot-traffic areas, this system can contribute to smart city
infrastructure and promote the widespread adoption of renewable energy technologies for a greener future.
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