|
As the number of electric and hybrid vehicles on the road continues to grow, charging has become an increasingly important aspect of daily life. With more people charging their vehicles, the demand for energy has increased significantly. To meet this demand, and reduce costs, and carbon emissions, research has been conducted on the "Balanced Charging Function of AFC and Solar Tracking Charging System". This system has the potential to not only improve energy supply in the electric vehicle industry but also be applied to home energy use. The system is comprised of three main components: the solar tracking end, which utilizes sensors to detect brightness and maximize energy production to charge the battery; the hollow center, which collects and integrates data using an EVB and relay control to manage charging sources and methods (grid, solar, battery); and the charging end, which features a motorized VR for manual or remote voltage (AC) output control, collects sensor data via a microcontroller, and transmits data to a router via WiFi. The computer can then display the status of the entire system through a human-machine interface, providing a more efficient way to monitor system conditions.
Keywords: green energy, AFC, electric vehicles, charging station.
|