FOOTSTEP BASED POWER GENERATION SYSTEM IN SHOPPING MALLS

FOOTSTEP BASED POWER GENERATION SYSTEM IN SHOPPING MALLS
Author(s):
Sk.Jagadeesh Babu, Y.Maneesha, B.Lavanya, G.Surya Kiran, S.Anusha
Keywords:

Abstract
This project explores the implementation of a sustainable energy solution in shopping malls through the innovative use of footstep power generation. The system incorporates key components such as Arduino microcontrollers, piezoelectric sensors, batteries, and a power supply. Piezoelectric sensors are strategically placed in hightraffic areas, capturing the mechanical energy generated by footsteps. The harvested energy is efficiently stored in a battery, serving as a reliable power reservoir. The Arduino microcontroller plays a pivotal role in managing the power distribution process. It orchestrates the transfer of energy from the battery to the power supply.This sustainable energy solution not only harnesses the kinetic energy generated by foot traffic but also promotes awareness of eco-friendly practices within public spaces. The incorporation of Arduino, piezoelectric sensors, batteries, and scalable approach to energy harvesting, making it an innovative and environmentally conscious solution for powering public spaces like shopping malls.
Article Details
Unique Paper ID: 163918 Publication Volume & Issue: Volume 10, Issue 12 Page(s): 707 - 710
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NCSEM 2024

National Conference on Sustainable Engineering and Management - 2024

Last Date: 15th March 2024

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