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Design and construction of a smart IOT-based load shedding system

 Department:Electrical Electronics Engineering  
 By:usericon harnubhoi  

 Project ID: 8866
 Rating:  (5.0) votes: 1
   Price:₦5000
Abstract
This project presents the design and construction of a Smart IoT-Based Load Shedding System aimed at addressing the challenges of energy management, especially in environments with unstable power supply or high energy consumption. The system is designed to automatically monitor electrical parameters such as current and voltage in real-time, analyze usage patterns, and intelligently shed or restore electrical loads based on predefined thresholds. At the heart of the system is the ESP32 microcontroller, which receives input from current and voltage sensors and activates relay switches to disconnect non-priority loads when consumption exceeds safe limits. The system integrates Internet of Things (IoT) technologies by leveraging cloud storage and mobile/web applications for data logging and remote monitoring. Real-time consumption data is uploaded to platforms such as Firebase, enabling users to access historical logs, receive overload notifications, and manually control load priorities from anywhere. The LCD display also offers local status feedback. The combination of hardware and software components such as ACS712 sensors, 12V relays, mobile interface, and cloud connectivity, ensures an efficient, responsive, and user-friendly solution to load shedding. This project contributes significantly to smart energy management and demonstrates how IoT can be harnessed to optimize power usage, reduce energy waste, and provide transparency to consumers....
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