smart energy meter project presentation.pptx

Project

1. Smart energy meter PROJECT OVERVIEW

2. Objectives Monitor and manage energy consumption intelligently. Communicate with devices for real-time energy data. Minimize energy wastage for efficient resource utilization.
Improve billing accuracy with precise energy usage data.
Enable effective energy conservation measures.
Tailor for personalized energy management. Control home devices for convenience and efficiency.

3. Components

4. Esp32 The ESP32 gathers real-time energy consumption data from sensors.
Utilizing its Wi-Fi capabilities, the ESP32 connects to the internet for data transmission.
Through MIT, the ESP32 communicates with other devices in the system.
The ESP32 manages energy usage by controlling switching devices. Hosting a web server, the ESP32 provides a user-friendly interface for data visualization.

5. AC single phase voltage sensor transformer module The ZMPT101B AC single phase voltage sensor ensures accurate power calculations.
The voltage sensor converts AC variations for microcontroller readability.
The voltage sensor integrates efficiently into IoT projects. The voltage sensor safeguards components from voltage damage. The voltage sensor enables dependable power consumption readings.

6. Non invasive sct-013 30A ac sensor split core current transformer Non-intrusive current measurement without disturbing the wire.
Simple installation due to its split-core design.
Detects the magnetic field to provide a proportional output. Integrates smoothly into 30A AC systems.
Ensures accurate current sensing for precise energy calculations.

7. DC Fan Connecting a DC fan illustrates the energy meter’s ability to monitor power usage.
Displaying the fan’s energy consumption helps users understand and manage their overall energy use.
Versatility: Monitoring the DC fan showcases the energy meter’s adaptability to diverse appliances.
By providing real-time data, the energy meter empowers users to make energy-efficient choices.
User Application Integration: Planning to control the fan through a custom MIT user reference application highlights the project’s interactive and user-centric design approach.

8. Thingspeak IOT cloud platform ThingSpeak enables insightful visualizations of energy consumption data.
Users can remotely control connected appliances through ThingSpeak. ThingSpeak stores historical energy consumption data for tracking purposes.
ThingSpeak alerts users about energy usage limits and other conditions.
ThingSpeak integrates with other IoT platforms for complex automation .

9. The MIT application can remotely control the DC fan, allowing users to turn it on or off from their smartphone.
The application can display real-time energy consumption data of the DC fan and other appliances connected to the energy meter.
Users can set energy usage limits for the DC fan through the application, receiving alerts if the limit is exceeded.
The application can schedule the operation of the DC fan, enabling users to set specific times for it to turn on or off.
Based on the energy consumption data, the application can provide tips and recommendations to help users reduce energy usage.
Users can receive notifications on their smartphones about the status of the DC fan, energy usage, and any alerts or warnings.
The application can provide graphical representations of energy consumption data, making it easier for users to understand their usage patterns. MIT Application uses

10. Thank you Quantum nexus Team Members: Dinesh Harish kumar Ranjitha Malarveni Vishvapreethi Arjun