HYBRID ELECTRIC CHARGING SYSTEM

Abstract

The Hybrid Energy Charging System integrates solar, wind, and piezoelectric technologies to develop a sustainable and continuous power generation model. This system harnesses complementary renewable energy sources to ensure efficient charging under varying environmental conditions. Solar panels capture sunlight during daytime, wind turbines generate power from atmospheric motion, and piezoelectric materials convert vibrations from human movement, vehicles, and mechanical stress into electrical energy. The combination of these sources provides a reliable, off-grid charging solution suitable for urban and rural locations. The modular architecture of this system allows scalability for powering portable devices, monitoring units, and energy storage modules. Moreover, it reduces dependency on conventional grid-based power and supports environmentally friendly operations by minimizing carbon emissions. This hybrid approach enhances energy reliability, improves system resilience, and promotes energy independence. The methodology focuses on real-time energy harvesting and monitoring using microcontroller-based circuits. The results show that simultaneous integration of multiple sources leads to improved energy efficiency. This study highlights the potential of hybrid energy systems as a feasible solution for future smart infrastructure.