An Internet of Things-Based Temperature Monitoring System: Design and Deployment

Abstract

The primary goals of this project are to create an autonomous temperature ventilation system that can thoroughly temperate a room and to monitor the voltage of AC-supported equipment. This will also prevent our electronics from becoming too hot. The purpose of this project is to automate machinery by using a Node MCU microcontroller and IP networking to allow for remote access and control. Overheating may be prevented in part by using a smartphone to remotely activate devices like lights, fans, and refrigeration units. This technique is especially useful in modern settings where maintaining a comfortable temperature is essential. To demonstrate the practicality and efficiency of the suggested voltage management technique, it has been implemented using goods such as an AC light, an AC fan, and a DC cooling fan. The use of IoT is increasing day by day; the significance and utilization are on the increase with more sophistication. In a real-world situation, the electricity board calculate the bill amounts and passes them to the user mail or EB card.