Solar Wireless Electric Vehicle Charger with Cooling Fan Integration

This research presents an advanced solar-powered cooling system seamlessly integrated with IoT functionalities offering a comprehensive solution for enhanced functionality, efficiency, and sustainability. The proposed system comprises a transmitting section incorporating essential components such as a solar panel, voltage regulator, Node MCU, temperature sensor, 12V DC fan, and transmitting coil. Utilizing the temperature sensor, the system dynamically regulates the fan operation, activating it when the transmitting coil’s temperature surpasses a predefined threshold to initiate cooling. Meanwhile, in the receiving section, a diode, potentiometer, and Node MCU collaborate to facilitate seamless wireless communication, enabling remote monitoring and control of critical parameters such as coil temperature and voltage during charging cycles. The development of the user interface is a testament to modern web technologies, with HTML, CSS, and JavaScript being employed to create an intuitive and visually appealing platform for real-time data visualization and system management. Through this integration, the system optimizes energy utilization and bridges the gap between renewable energy sources and smart cooling technologies, this integrated approach not only addresses the pressing need for eco-friendly cooling solutions additionally lays the background for a more environmentally friendly and sustainable future.