Design and Implementation of Artificial Intelligence Based Power Management System for industrial Application

The resource for the energy demand management, revolves around one major resource, power. It is a major tool or the necessity for every act across the globe. The power has to be efficiently used in both commercial basis and household . The system proposed is mainly developed on the effective use of power during the peak hours in an industry . Invariably all industries require power for any work that is to be carried out . It is the system that is developed with two sources , one with the solar panel along with battery and the other with the EB supply. The former is acquired naturally and can be stored with the help of battery for further use. The main unit of the method devised is the microcontroller unit which is programmed with artificial intelligence , assists the entire unit to function in a smooth manner. A relay unit denotes the mode in which the power is consumed with respect to load in the industry with the help of a microcontroller unit to process the event without any hindrance . The presence of voltage and current sensors will display the values of voltage and current. All the values like voltage, current, power, PWM and the mode of input in which the power is consumed are displayed in the LCD display. Collectively, this helps in proficient use of power at peak hours with two inputs.