Development and Control of an IOT-Based Smart Electricity Meter Using a Mobile Application

Abstract

This is about the development of a prototype model of a smart electricity cadence that can be covered and controlled through a mobile operation. The proposed smart cadence is designed to give real-time monitoring of home appliance energy consumption and allow users to manage their energy consumption through a mobile operation. A smart cadence consists of a microcontroller, wireless communication modules, a mobile operation, and a power force. The microcontroller collects data from detectors that are connected to home appliances and sends the data to the mobile operation via wireless communication modules. The mobile operation displays the voltage, current, and power value of each appliance and allows druggies to turn off the appliances. The results show that the proposed smart cadence is effective in monitoring and controlling the energy consumption of home appliances. A wireless protocol and power cadence chip allow the SEM to measure the quantum of electricity used to communicate data.