id: 32588
Title: The climate control system using ESP8266 and Arduino IoT Cloud
Authors: Tsyrulnyk S., Tsyrulnyk M., Potapova N., Semenov A., Tromsyuk V.
Keywords: climate control, remote control, data monitoring, cloud service, module IoT, temperature and humidity sensor, dewpoint, method of weighted moving average
Date of publication: 2023-03-01 15:54:51
Last changes: 2023-03-01 15:54:51
Year of publication: 2022
Summary: Humidity in the air and temperature have a long-term and destructive effect on people, machines, and materials. This paper proposes a system designed for remote control and monitoring of the temperature and humidity of the premises of an educational institution. To increase the accuracy of temperature and humidity measurement, the method of weighted moving average is used. Such a system allows you to determine the dew point or
thermodynamic parameters of the air to control ventilation, heating, air conditioning in the room, during working and non-working hours, as well as to control emergencies. This technique uses a wireless control module with an ESP8266 microcontroller using a Wi-Fi channel, which is integrated into the Internet of Things system. The microcontroller allows you to measure temperature and humidity, send the measured value via a Wi-Fi
network to the IoT cloud, and perform remote control of the load, which is connected to the 220 V power grid through a relay module. The free cloud service Arduino IoT Cloud allows you to collect, analyze and manage data from a mobile application IoT Remote and web dashboard. The proposed system can be improved and integrated into the centralized climate control system of the educational institution, which in turn will allow the efficient
use of financial resources.
URI: http://socrates.vsau.edu.ua/repository/getfile.php/32588.pdf
Publication type: Статті Scopus
Publication: CEUR Workshop Proceedings. 2022. Vol. 3309. P. 462-477. Code 185325.
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