Implementation of the Control system for energy-efficient Electrical devices on IoT

Abstract

As Internet speed and capacity continue to increase, the Internet of Things (IoT) is breaking into new markets and opening doors for innovative ideas. This research presents an IOT-based surveillance and control system for energy-efficient electrical devices. The smart plugs attached to each device in the suggested system are designed to be turned on and off at the appropriate times by a smart controller, which regulates the consumption of electrical gadgets. This system is part of a household consumption unit and is made up of many electrical loads with varying amounts and priorities of use. With the help of the suggested system, which combines voice control and real-time monitoring, electrical switches, and devices can be remotely operated and observed with or without the use of an Android app. Similarly, smart management control systems have been developed to effectively regulate the operation time of electronic gadgets. Through computer simulation, the suggested smart home's functionality is verified. The findings of the simulation demonstrate that the suggested smart home system is effective at lowering the energy consumption of the appliances used in a smart house and is less susceptible to interference.