Design And Implementation of An IoT Based Home Automation Framework

Abstract

. These days, automation plays a critical role in meeting both industrial and domestic demands for higher-quality electricity delivery. We can control electrical devices using our voices with the help of a controlling system. Using the proposed system, we can keep the utility up and running to ensure that the needs of the domestic population can be met. Voice messages and the effects of the environment can be used to control the parameters used to monitor the devices. With the sensors installed, the microcontroller will work together. Protecting transformers from overheating from overload, short circuit, over-voltage, and surges is made possible by continuously monitoring electrical parameters like current and voltage against their rated values. When this occurs, the entire system is shut down, including any transfers that detect it, and the electrical switch is immediately stopped. The sensors are capable of transforming messages that can be used to detect current parameters and transmitting signals, information, and receiving commands, as well as transmitting signals. Thus, labour costs can be reduced, and energy consumption can be increased. As a result, the substation's efficiency in terms of monitoring and working will rise significantly.