Iot Integrated Air Humidity and Moss Monitoring System for Orchid Plant
Sistem Monitoring Otomatisasi Kelembapan Udara dan Moss Tanaman Anggrek Terintegrasi IoT
DOI:
https://doi.org/10.21070/ups.2655Keywords:
Air Humidity, Blynk, DHT-22, Internet of Things, Moss Humidty, OrchidAbstract
The Orchidaceae is a plant that has significant value as an ornamental material in the perfume, medical and cosmetic industries. Orchid cultivation often fails due to human error, which can be eliminated through modern innovation. This research aims to design an IoT-integrated automation system that can monitor and control key parameters in orchid plants, including air temperature, humidity and moss moisture. The test results show that the air temperature reading of the DHT-22 sensor has an average difference of 0.29º (0.9% error). The DHT-22 sensor in air humidity reading is at 1.2%RH (2.1% error), while the difference between the capacitive soil moisture sensor moss moisture reading and the calibrator averaged 2%RH (3.65% error). The automation system successfully maintains air humidity at 40%RH to 80%RH and moss humidity at 50%RH to 80%RH. The Blynk application works optimally by displaying the output and history of recorded data from the sensor.
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