Rancang Bangun Alat Pengering Pakaian Berbasis IoT

Muhammad Akmal Ghufron; Diah Arie Widhining Kusumastutie; Farrady Alif  Fiolana

Authors

Muhammad Akmal Ghufron Universitas Islam Kadiri Author
Diah Arie Widhining Kusumastutie Universitas Islam Kadiri Author
Farrady Alif Fiolana Universitas Islam Kadiri Author

Keywords:

Esp8266, IoT, Sensors, Dryer

Abstract

In an era of ever-developing technology, household appliances are increasingly adopting the Internet of Things (IoT) concept to increase functionality and user comfort. One application that can be improved is an IoT-based clothes dryer. The process of drying clothes itself is very dependent on sunlight, so during the rainy season the drying process is not optimal. This research aims to design and implement a clothes dryer connected to the internet. The research methodology includes hardware design using and integrating sensors to control the drying process, as well as developing an interface application to facilitate interaction with users. Tests were carried out to evaluate the performance of the tool based on measurement accuracy, reliability of the IoT communication system, and dryer performance in various room temperature conditions. To make an IoT-based clothes dryer, the Esp8266 component is needed as the main control, DHT 22 and Ds18b20 sensors for humidity detection and temperature detection, a load cell for clothes weight detection, and an I2C LCD as an information display. The process of drying clothes using one component is a dryer. The dryer will work when the room temperature is below 50o because when the room temperature is below a predetermined level, the drying process occurs. With an error percentage value of 1.55%, the accuracy of the DHT22 sensor is 98.45%. With a load cell reading error percentage value of 0.49%, the load cell accuracy in this study was 99.51%.

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