Self-Regulated PID Controller for Improving EV Charging Station Performance by Harris Hawk Optimization Technique

The most modern charging stations right now are for electric vehicles. Due to their better efficiency, electric vehicles may be charged more affordably with electricity than with fuel or diesel. When employing renewable energy sources, driving an electric car can be highly environmentally benign. The most crucial component of such an electric car is its charging mechanism. The current system cannot be more effective because it lacks self-regulation. To accomplish an objective like boosting efficiency and reduce the process time, etc., the system constant cannot be changed independently of the system parameters. The proposed work uses a self-monitoring PID controller to improve EV charging station efficiency, and it is based on the Harris Hawk Optimization Method. The Harris Hawk optimization Technique enables quick EV battery charging. The key benefit of the proposed method's distinct benefit over other conventional approaches is its reduced time and billing costs.