Published Paper Details:

The increasing demand for sustainable energy has driven the exploration of innovative solutions to generate renewable energy. This research aims to harness energy from vehicular movement using innovative technologies embedded in speed breakers to generate renewable electricity. By utilizing piezoelectric materials, rack-and-pinion mechanisms, and hybrid energy systems, the platform optimizes energy conversion for powering urban infrastructure. The integrated IoT-based monitoring system dynamically adjusts to traffic density and environmental factors, ensuring efficient energy usage. This sustainable energy solution not only addresses the rising energy demands but also supports smart city initiatives by powering streetlights, IoT devices, and other low-voltage applications. Designed with scalability and cost-effectiveness in mind, the platform provides a renewable, adaptive, and eco-friendly alternative to conventional power systems, promoting energy independence and reducing environmental impact. Its potential lies in creating self-sustaining urban ecosystems while aligning with global sustainability goals.