Kinetic Energy Harvesting for Sustainable Street Lighting || Science project

This science project aims to harness the kinetic energy generated by moving vehicles to produce electricity for powering streetlights. A small-scale model will be constructed to demonstrate the feasibility of this innovative approach. The project involves incorporating a piezoelectric system into a mock road surface, which converts the mechanical energy from passing vehicles into electrical energy.

The generated electricity will be stored in a rechargeable battery and utilized to power LED streetlights during the evening. The project will showcase the potential of harnessing kinetic energy from urban traffic to contribute to sustainable and eco-friendly street lighting solutions. The model will emphasize the dual benefits of reducing reliance on traditional energy sources and promoting a cleaner, more efficient method of illuminating our streets.