Microgrid Monitoring System
Built using ESP32-S3, IoT sensors, and a real-time web dashboard, the system monitors voltage, current, and power usage, provides live analytics, enables remote circuit control, and supports automation features like overcurrent protection and configurable safety thresholds for smarter energy management.
01 / Context
Executive Overview
Built using ESP32-S3, IoT sensors, and a real-time web dashboard, the system monitors voltage, current, and power usage, provides live analytics, enables remote circuit control, and supports automation features like overcurrent protection and configurable safety thresholds for smarter energy management.
02 / The Problem
Constraints & Friction
Traditional energy monitoring systems focus mainly on passive data collection and lack intelligent real-time response capabilities, making modern microgrids less efficient and more vulnerable to overloads and unsafe operating conditions. This project addresses that gap by combining monitoring, automation, and remote control into a single smart energy management solution.