Feasibility Study of Smart House Design with ESP32 and Telegram in a Simple House
Olnes Yosefa Hutajulu, Mhd Dominique Mendoza, Yoakim Simamora

Universitas Negeri Medan

Abstract

Current technological developments cause people to rely heavily on the use of internet-based devices and applications. This dependence is based on how easy it is for people to get information and communicate. Internet of things (IoT) then emerged with the offer that with information technology not only humans and humans communicate, even objects with objects can communicate with the help of the internet. The concept of IoT then develops to give rise to extraordinary ideas from remote control, smart cars, and smart homes to smart cities. However, this technology may not necessarily be enjoyed by the entire community, considering the costs that must be incurred to enjoy IoT facilities are quite large, especially to implement smart homes. This research was then carried out to analyze the feasibility based on the costs required to provide/develop smart homes in today^s society. This research proposes to utilize smart home design with primary devices for IoT using ESP32 and user interface (UI) with telegram so that people can communicate with monitored objects. The use of electrical energy is also one of the cost components that is also taken into account in this feasibility study. The results of this study are expected to provide information about the feasibility of the IoT system being applied to build smart homes, especially in simple homes so that people who want to use it can find out cost information as a basis for consideration. It is hoped that this research can help provide convenience and smart home models that can be used by all groups.

Keywords: Smart home system, Internet of Things, ESP32, Telegram, Energy Efficiency

Topic: Applied Sciences-Computers and Engineering