International Research Journal of Education and Technology

Electric Vehicle (EV) parking lots present a promising arena for implementing innovative energy sourcing solutions. This abstract proposes a comprehensive system integrating various technologies to harness renewable energy and enhance the sustainability of EV charging infrastructure. The core components include solar panels, which serve as the primary energy source, capturing sunlight and converting it into electricity. This solar energy is managed and optimized through a DC-DC converter, ensuring efficient utilization. Additionally, Peltier modules and piezoelectric sensors are employed to scavenge energy from temperature differentials and mechanical vibrations, respectively, further supplementing the power generation. To monitor environmental conditions and ensure optimal energy utilization, a noise sensor is integrated into the system. Excess energy harvested from these sources is stored in a battery for later use or redistribution. A L293D motor driver facilitates the management of power distribution and control, enabling efficient operation of connected devices such as motors. By leveraging a combination of renewable energy sources and advanced energy harvesting techniques, this proposed system aims to enhance the sustainability and resilience of EV parking lots. Through effective utilization of available resources, it not only reduces dependency ongrid-based electricity but also promotes eco-friendly transportation infrastructure.