MULTI-PORT CHARGER FOR LIGHT EVs WITH DUAL FUNCTION FOR DOMESTIC APPLIANCE POWERING

The goal of this research is to design a smart multi-port charger for electric vehicles with an additional power output for household appliances and light-electric vehicles (LEVs). The system's stated goal is to make EV charging infrastructure more efficient by allowing for the simultaneous charging of many LEVs and, in times of crisis or excessive demand, by supplying electricity to household appliances. The charger makes use of energy management techniques, a centralized design for high-efficiency power conversion, and intelligent control over power distribution. Bidirectional power flow enables vehicle-to-home (V2H) capabilities, and an Internet of Things (IoT) user interface improves real-time scheduling and monitoring. Embedded microcontroller-based control software ensures safety, regulates voltage, and balances loads. The system's ability to manage electricity in a sustainable, dependable, and adaptable manner for both stationary and mobile energy demands has been demonstrated through simulations and prototype testing. In order to facilitate the connection of smart grids, the proposed solution is an excellent method for future-proofing residential and urban charging networks.