Development of power plugs to control electrical equipment through mobile applications using Internet of Things technology. Development of power plugs to control electrical equipment through mobile applicationsusing Internet of Things technology.

Abstract

The objectives of this research are to 1) develop a control and protection system for household electrical equipment by applying IoT technology through a mobile application. 2) evaluate the suitability of a system for controlling and protecting household electrical equipment by applying it. Use IoT technology through mobile applications. 3) Transfer the control and protection system for household electrical equipment by applying IoT technology through mobile applications to the community. The target group is Expert in developing Internet of Things technology and embedded technology three people participated in wireless technology to assess the quality of the development of a system for controlling and protecting household electrical equipment by applying IoT technology through a mobile application. Research tools include: 1) A system for controlling and protecting household electrical equipment using IoT technology through a mobile application. 2) Assessment of the suitability of the system for controlling and protecting electrical equipment within the household by applying IoT technology through a mobile application. 3) Questionnaire on user satisfaction of the system. 4) Test of system performance. 5) Questionnaire on impacts affecting system usage statistics used in research include mean and standard deviation.

            The results of the research found that 1) Development of a system for controlling and protecting household electrical equipment by applying IOT technology through a mobile application. It was found that the components of controlling and protecting household electrical equipment by applying IOT technology. ot via mobile application consists of 3 main parts: Part 1: Application to control turning on-off/setting the system operating time, consisting of 1) System operation status display 2) System turn-on/off section 3) System turn-on/off timer section 4) System temperature display section 5) Shows receipt of notification to LINE application. 2 components of the embedded structure include 1) Hardware equipment consisting of Relay Module, ESP8266 board, DTH 11 sensors 2) Software consisting of Arduino IDE. Part 3 IOT PLATFORM consists of BLYNK SERVER. 2) Results of the assessment of the suitability of the system for controlling and protecting electrical equipment within the household using IoT technology through a mobile application. It was found that the assessment results were at the most appropriate level ( = 4.59, SD. = 0.09) and 3) the results of transferring to the community the use of a system to control and protect electrical equipment within the household by applying IoT technology through a mobile application. It was found that 3.1) the results of the system efficiency test overall it is 100 percent. 3.2) Results of the questionnaire regarding the satisfaction of system users. is at the most appropriate level 3.3) Impacts that affect the use of the household system during a period of 30 days, it was found that the system would cut off work when the electrical current exceeded the size of each household in the range of 2-6 times, accounting for 6.67-20.00 percent