Automatic Electrical Load Control And Monitoring System

Abstract

This extension aims to collect more electrical data, including the buyers' control use and current, and deliver these real-time values across the network. This project also includes a relay that will switch the electrical circuits use load; when the electrical loads do not need to be used, the relay turns off the load. Substation mechanization has become a prerequisite for each utility firm as the dissemination arrangement has become more modern. It is crucial to understand the urgency that has occurred to advance the quality of power when the security, monitoring, and control of a control system is inadequate. With the help of the current sensor, this system can routinely update electrical characteristics in real time. Although a microcontroller is utilized in this project, we have used an ESP-8266 microcontroller for demonstration reasons because it is a prototype of the suggested concept. The controller must be able to connect to a Wi-Fi network and be able to interact with the computer quickly. When we turn on the control for our model, all of the sensors start to detect current and provide real-time data to the server and the user interface of the app. All current values are stored in Firebase data storage. If the issue continues for the specified amount of time, the relay separates the loads from the rest of the system. In the meantime, the comparison is carried out as already, and transfers are utilized to re-connect the loads to the rest of the framework when the issue settle