Claim Missing Document
Check
Articles

Found 1 Documents
Search
Journal : Jurnal ULTIMA Computing

Design of Greenhouse Prototype Controller and Monitor on Green Mustard Plants Rozzaq, Ahmad Nur; Harijanto, Alex; Maryani
ULTIMA Computing Vol 17 No 1 (2025): Ultima Computing: Jurnal Sistem Komputer
Publisher : Faculty of Engineering and Informatics, Universitas Multimedia Nusantara

Show Abstract | Download Original | Original Source | Check in Google Scholar | DOI: 10.31937/sk.v17i1.4054

Abstract

The prototype greenhouse control and monitoring system for green mustard plants is expected to facilitate greenhouse farmers in farming activities. Control and monitoring are carried out on the intensity of incoming sunlight, greenhouse temperature, greenhouse humidity, and soil moisture. The control and monitoring system is carried out by ESP32, BH1750 sensor, DHT22 sensor, and soil moisture sensor. The control process is assisted by an actuator that will turn on and off automatically according to the value limits entered by the greenhouse owner and the readings from the sensor. The control and monitoring device uses Blynk IoT which is connected to an internet of things (IoT) connection. The purpose of this study is to describe the design process of the controller and monitor of the prototype greenhouse for green mustard plants based on the internet of things (IoT) and to find out the results of the controller and monitor of sunlight intensity, air temperature, air humidity, and soil moisture on green mustard plants in the greenhouse. This study uses quantitative descriptive research. The results of this study are the realization of a prototype greenhouse control and monitor for green mustard plants based on the internet of things (IoT) with the main control system being ESP32. The results of the calibration values of the 4 sensor variables are very satisfactory and can be considered as valid tools. The R_square values of the 4 sensor calibrations, namely the BH1750 light sensor, DHT22_1 temperature sensor, DHT22_2 temperature sensor, DHT22_1 humidity sensor, DHT22_2 humidity sensor, and soil moisture sensor are respectively 0.9936; 0.9689; 0.9665; 0.9412; 0.9451; 0.9574.
Co-Authors A. Syukri Shaleh Abdul Khoir HS Adi Jaya, Adi Adventa, Alma Ahmad Hasany Ahmad Syamsul Bahri, Ahmad Syamsul Albertus Djoko Lesmono, Albertus Djoko Alex Harijanto Aminuyati Ana Andriyani Andini, Alfenda Dwi Arroyyani, Risa Arya Yanuar, Fitra Binti Baharuddin, Rasdiana Eci Daryanti, Karlina Endang Setyaningsih Evnaweri Fitri Novianti Fitriani Wira Kurniawati, Anita Gunawan, Syahrul Hadi Sucipto, Tinoto Handayani, Rif’ati Dina Hudaya, Muhammad Reza I Ketut Mahardika Ibnu Nurrahman, Pandu Idil Adha Indri, Indri Suci Wardhani Irma Fitria Jannaton Naim Juliansyah Khoirul Hidayat Kholilah, Aulia L. Sihaloho, Maya Lailatul Nuraini M. Kamal Fathoni Martiana Nugraha, Puput Martina Sri Rejeki Hutapea Maulidiyatul Jannah, Nella Mutia Sari NASRUDIN Neni Triana Nisa, Umi Khoirun Nopembereni, Eti Dewi Nubzatussaniyyah, Nunu Nur Arifah Drajati Nuraini Nurhayati, Pipin Nurlansi Nurmila Nurul hayati Oktavia, Wiwin Page, Susan E. Pauzan Haryono Pidayan Sasnifa Pipin Nurhayati Rahmania, Ulya Ghifrani Ramlah Rauzatunnur Reni Barus, Emi Rif’ati Dina Handayani Robiatul Adawiyah Roihan Ramadhan, Muhammad Rosana Elvince Rosita Rozzaq, Ahmad Nur Sahidin Saidah Salih, Martha Adi Samin Batubara Sampuji Saragih, Osi Karina Shofian Bin Ahmad Sholikhah, Nikmatus Siti Khoirotunnisa Siti Nurhidayah Sofiyanti, Ida SRI ASTUTIK Subianto, Pratiwi Supeno Suryansyah Syarif, Aiman Syukri Saleh Taufik Muhtarom Tessa Nathalia Timiyatun, Endar Ubaidillah Umar Yusuf Umban Adi Jaya Umi, Umi Khoirun Nisa Ummi Suraya Ummil Fadhliyah Soraya Ummil, Ummil Fadhliyah Soraya Upton, Caroline Wahyu Indriyani, Dina Wahyu Wulansari, Rizki Zainal Arifin