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#AIOT074 Smart Load Management in Distribution Networks: IoT-Based Zone Monitoring with Priority-Based Shedding and Remote Control

Smart Load Management in Distribution Networks: IoT-Based Zone Monitoring with Priority-Based Shedding and Remote Control

Project Fee:Negotiable

Project Discount:0

Project Duration:30 Days

Smart Load Management in Distribution Networks: IoT-Based Zone Monitoring with Priority-Based Shedding and Remote Control

Introduction

The Smart Load Management in Distribution Networks project is designed to monitor and control electrical loads across different zones using IoT technology. The prototype uses a microcontroller, relay modules, and electrical bulbs to represent distribution zones and demonstrate priority-based load shedding. The system helps manage power demand by controlling selected loads and supporting remote operation. This project provides a practical approach to improving load distribution, reducing unnecessary power consumption, and understanding smart energy management.

Objectives

  • To develop an IoT-based load management system.

  • To monitor electrical loads across multiple zones.

  • To implement priority-based load shedding.

  • To enable remote control of selected loads.

  • To reduce unnecessary power consumption during peak demand.

  • To improve distribution network monitoring and control.

Methodology

  • Developing the project concept and preparing the block diagram and circuit diagram.

  • Collecting the required components and programming the microcontroller for load monitoring and control.

  • Connecting the relay modules to control the bulbs representing different distribution zones.

  • Integrating IoT-based communication for remote monitoring and switching.

  • Testing zone control, load prioritization, and automatic load-shedding responses.

Instrument List

  • ESP32 / NodeMCU

  • Relay Modules

  • Electrical Bulbs and Holders

  • Voltage or Current Sensor (if used)

  • IoT Monitoring Interface

  • Power Supply

  • Circuit Board / PCB

  • Connecting Wires

  • Switches

  • Distribution Model Board

Working Principle

  • The electrical bulbs represent loads connected to different distribution zones.

  • The microcontroller manages the connected loads according to predefined priorities.

  • Relay modules switch individual loads ON or OFF based on control commands.

  • When the demand exceeds a predefined limit, the system can disconnect lower-priority loads first.

  • IoT communication enables users to monitor the system and remotely control selected loads.

  • The system demonstrates how priority-based load shedding can help balance demand across a distribution network.

Advantages

  • IoT-Based Load Monitoring

  • Zone-Wise Load Control

  • Priority-Based Load Shedding

  • Remote Switching Capability

  • Improved Demand Management

  • Reduced Unnecessary Power Usage

  • Flexible Load Prioritization

  • Real-Time System Monitoring

  • Cost-Effective Prototype

  • Supports Smart Grid Development

Conclusion

The Smart Load Management in Distribution Networks project demonstrates how IoT technology and relay-based control can support efficient management of electrical loads across multiple zones. Priority-based shedding helps maintain essential loads while disconnecting lower-priority loads when required, and remote control provides greater operational flexibility. With additional voltage and current sensing, data logging, and improved protection features, the system could be developed further for more advanced distribution network monitoring and control


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