Footstep Power Generation

Abstract

Growing global energy demands necessitate exploration of sustainable alternatives. This paper investigates the feasibility of a "Foot Step Power Generation System" utilizing piezoelectric technology. Piezoelectric materials convert pressure from footsteps into electricity. A prototype system with 12 sensors in a 1 ft² area was implemented to evaluate the concept. The experiment successfully harnessed mechanical energy from footsteps, demonstrating the potential of this approach for sustainable energy solutions. Furthermore, the possibility of integrating this technology on an individual level, such as in shoes, is explored for future development. However, limitations in static measurements and environmental sensitivity were identified. Further research will focus on optimizing the system for broader deployment in public spaces and for individual applications, contributing to energy efficiency and sustainable practices.