Monitoring System Behavior in The Use of Electrical Equipment IOT-Based Smart Home

This study intends to assess the activity of user behavior toward sensors in the use of electronic equipment, which results in a level of wastage of electrical equipment as a baseline for the construction of wasteful and non-wasteful linguistics. At present, saving electrical energy is a prominent study area. Furthermore, it is barely discussed regarding technology to determine user behavior and the level of waste in a single device in order to maximize effectiveness and save electricity for people’s lives. The primary objective of this study’s IoT-based SmartHome model is to control the output of the Current sensor and voltage sensor installed in each Circuit Unit alongside Electrical Equipment by giving the data to a Spreadsheet to be processed with program procedures in NodewMCU-ESP8266 as a WiFi-based delivery device. It did cause the microcontroller to react to the input current sensor and voltage sensor to output potential control data for wasteful or non-wasteful conditions applied to lights (room, living room, terrace), fans, air conditioners (AC), water pumps, refrigerators, rice cookers, televisions, and used to monitor waste levels using Ultrasonic sensors, Lumens, temperature, infrared, and other sensors using the C.4.5 Algorithm Method in the house. This technology is functional and used whether the user is inside or outside the house. Currently, the results of the tool in the box packaging and data testing results reveal that the proposed Smart Home model can perform properly and successfully according to the design.