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Smart Energy Meter IoT Project

The document describes an IoT-based Smart Energy Meter that enables real-time monitoring of electricity consumption via a mobile app or web dashboard, improving efficiency and reducing errors associated with traditional meters. It outlines the working principle, required components, and various applications such as smart homes and industrial monitoring. Future enhancements include AI-based load prediction and solar power integration.

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SAIKUMAR NAYAK
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24 views2 pages

Smart Energy Meter IoT Project

The document describes an IoT-based Smart Energy Meter that enables real-time monitoring of electricity consumption via a mobile app or web dashboard, improving efficiency and reducing errors associated with traditional meters. It outlines the working principle, required components, and various applications such as smart homes and industrial monitoring. Future enhancements include AI-based load prediction and solar power integration.

Uploaded by

SAIKUMAR NAYAK
Copyright
© © All Rights Reserved
We take content rights seriously. If you suspect this is your content, claim it here.
Available Formats
Download as PDF, TXT or read online on Scribd
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Smart Energy Meter with IoT-Based Monitoring

1. Introduction

Traditional energy meters require manual reading, which can be time-consuming and prone to
errors. This IoT-based Smart Energy Meter allows real-time monitoring of electricity consumption
through a mobile app or web dashboard. It helps users track power usage, optimize energy
consumption, and even set up automatic alerts for overuse.

2. Working Principle

- Current and voltage sensors measure real-time power consumption.


- A microcontroller (ESP8266/Arduino) processes the data and sends it to a cloud platform.
- Users can view live energy usage through a mobile app or website.
- The system can also trigger alerts or cut power if consumption exceeds a threshold.

3. Components Required

1. Microcontroller - ESP8266, Arduino, or Raspberry Pi


2. Current Sensor - ACS712
3. Voltage Sensor - ZMPT101B
4. Relay Module - For automatic power cutoff
5. LCD Display - To show power consumption
6. Wi-Fi Module - ESP8266 (if using Arduino)
7. Cloud Platform - Thingspeak, Firebase, or Blynk
8. Power Supply - 5V/12V adapter

4. Applications

- Smart Homes - Helps users track energy usage and reduce electricity bills.
- Industrial Power Monitoring - Prevents overuse and ensures efficient power distribution.
- Smart Grids - Can be expanded to track power consumption at a city-wide level.
- Prepaid Energy Billing - Can be integrated with online payment systems.

5. Future Enhancements

- AI-Based Load Prediction - Uses machine learning to predict future power consumption.
- Mobile App Control - Turn off appliances remotely through an app.
- Solar Power Integration - Monitor both grid and renewable energy sources.

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