Published Paper Details:

The footstep-induced electricity generator and energy harvesting system is a cutting-edge solution intended to transform kinetic energy from footsteps into electrical energy through piezoelectric transducers incorporated in flooring. To maximize efficiency, the system combines renewable sources of a solar tree, windmill, and dual-axis solar tracking. The stored energy is saved in batteries and controlled by a power management system for real-world applications. A significant application is powering an AI-powered traffic controller. The technology can be used for high-traffic locations such as sidewalks, transportation hubs, and public areas to energize lighting, signage, and intelligent infrastructure. It lessens reliance on traditional energy sources, enables carbon footprint minimization, and facilitates sustainable energy operations. The process involves system design, selection of the energy harvesting mechanism, conversion, storage, and testing. In general, it provides a scalable, green solution to urban energy problems by tapping into energy from the daily movement of people.