Abstract: The footstep electricity generator is a novel approach to harnessing renewable energy from human motion. This system utilizes piezoelectric transducers embedded in flooring materials to convert the mechanical energy gener-ated by footsteps into electrical energy. The generated electricity can be stored and used to power various devices, such as street lights, sensors, and even charge mobile phones. The primary components of this system include piezoe-lectric sensors, a power management unit, and an energy storage system. When a person steps on the floor, the pressure exerted is converted into electrical energy by the piezoelectric sensors. This energy is then regulated, stored, and made available for use. This technology offers a sustainable solution to energy generation, particularly in high-traffic areas such as sidewalks, train stations, and shopping malls. By capturing the otherwise wasted kinetic energy from footsteps, it contributes to reducing the dependency on traditional power sources and promotes the use of clean energy.
Keywords: Battery, Foot-step power generation, Piezoelectric sensors.
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