Electric Grid Monitoring and Control System: Initialized Cortex Microcontroller

This project proposes a real-time electric grid monitoring and control system using Cortex microcontroller integrated with Wi-Fi for data communication. The objective is to obtain voltage, current and other electrical parameters, then utilize a phone to transmit this information. This design also attempts to protect the electrical circuits by using electromagnetic relay. This relay triggered each time the parameters exceeds the thresholds and also control a circuit to swell to cut off the electrical force. When the circuit swells, or when the voltage or current exceeds the intended limits, this system can be configured to send SMS, and displays real-time data on LCD interface. This design incorporates an integrated pc or referred to as a cortex microcontroller. The detectors being used an efficiently communicate with this. The regulator uses internal memory to store the law. This memory dumps a series of assembly instructions into the regulator. Additionally, these instructions are required for the regulator to function. The regulator is programmed using Embedded C programming. This paper presents the design, implementation and analysis of system along with its role in enhancing grid management.