Design and Implementation of Arduino based Footstep Power Generation

Abstract

The increasing reliance on conventional energy sources has resulted in environmental degradation and the depletion of natural resources. This project proposes a sustainable solution by harnessing the mechanical energy generated from human footsteps to produce electricity. Utilizing an Arduino Uno microcontroller, a 16x2 LCD display, batteries, an inverter, voltage and current sensors, along with gear, pulley, and belt mechanisms, the system converts kinetic energy from walking into electrical energy, which is then stored for future use. The system provides real-time monitoring of input voltage, load current, and power output through the display. The principal goal of this research work is to face these energy disasters, despite the fact that it won’t meet the requirements but at least to vary and reduce the dependency on conventional electricity generation. This innovative footstep energy harvesting system aims to offer an eco-friendly alternative for small-scale power generation, with potential applications in energy conscious environments and urban infrastructure. The thesis details the conceptual design, working principles, system implementation, anticipated performance, and possible real-world applications of the proposed mechanism.