Sistem Monitoring dan Notifikasi Kualitas Udara dalam Ruangan dengan Platform IoT

Waworundeng, Jacquline; Lengkong, Oktoverano

doi:10.31154/cogito.v4i1.105.94-103

Cited by 25 publications

(17 citation statements)

References 2 publications

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“…Kandungan unsur dan senyawa gas dalam ruangan tergantung kepada kondisi polutan yang terjadi pada ruang tersebut. Untuk menjaga agar kadar unsur dan senyawa gas berbahaya dalam ruangan tetap sesuai dengan batas maksimum yang diizinkan, maka dapat digunakan sebuah sistem kontrol otomatis untuk mengendalikannya [7,8]. Dengan demikian pemanfaatan sistem kontrol dapat digunakan untuk memonitor dan mengendalikan gas berbahaya yang ada dalam ruangan agar tetap berada pada kategori udara sehat bagi pengguna [9][10][11].…”

Section: Pendahuluanunclassified

Sistem Kontrol Berbasis Pemrograman LabVIEW MyRIO untuk Monitoring Kualitas Udara Dalam Ruangan

Andrizal

Lifwarda

Antonisfia

et al. 2020

RESTI

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A multisensor control system based on the LabVIEW myRIO programming has been created for monitoring indoor air quality. The purpose of this research is to create a system to monitor and control the levels of CO and CO2 in the room so that it remains within the threshold of healthy air and does not endanger users. The research phase began with the manufacture of a multisensor circuit and a relay module for the air purifier system and connected to the input and output ports of the myRIO module as a processor programmed with LabVIEW. The process of testing the multisensor response and the activation response of the air purifier on-off is carried out in open areas and indoors by adding artificial air pollution. Besides, air quality control and monitor is also carried out when the level of CO or CO2 gas exceeds the threshold by increasing the number of users and set the air conditioner activation. From the results and data analysis, it was found that the system could be used as a monitor and control the indoor air quality as expected. The range of CO sensor readings is 7.46 ppm - 27.65 ppm and CO2 296.8 ppm - 1190.5 ppm. Air purifier on-off control response time to change of CO and CO2 are 7 and 6 seconds. The air purifier system is able to clean indoor air with a long activation time depending on the number users and the room air conditioner activation settings.

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Section: Pendahuluanunclassified

Sistem Kontrol Berbasis Pemrograman LabVIEW MyRIO untuk Monitoring Kualitas Udara Dalam Ruangan

Andrizal

Lifwarda

Antonisfia

et al. 2020

RESTI

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“…Monitoring dilakukan pada suhu dan kelembaban pada nilai tertentu, untuk menyesuaikan kebutuhan perkembangan jamur tiram. Penelitian yang lain bertujuan menginformasikan pentingnya kualitas udara yang sehat melalui kombinasi wemos dan sensor MQ135 via website [2]. Pemantauan kondisi gas lingkungan dilakukan dengan menggunakan sensor gas MQ4 dan MQ135 yang dikombinasikan dengan modul ESP 8266.…”

Section: Rancang Bangun Portable Monitoring Suhu Lingkungan Berbasis unclassified

Rancang Bangun Portable Monitoring Suhu Lingkungan Berbasis Internet Of Things

Suryo

2019

CYCLOTRON

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Abstrak— Perancangan sistem monitoring suhu yang portable akan menjawab kebutuhan akuisisi data yang tidak terbatas tempat dan waktu. Ketergantungan terhadap sumber daya menjadi faktor penentu utama portabilitas sistem yang berbasis internet of things. Rancangan penelitian ini merupakan aktifitas monitoring suhu lingkungan dalam satuan Celcius yang bisa ditempatkan di manapun. Melibatkan komponen utama sebagai penunjang aktifitas monitoring berupa sensor suhu untuk mendapatkan data, mikrokontroler sebagai pengontrol kerja sistem dan GSM/GPRS serial modem sebagai modul komunikasi data. Pencatatan data berupa besaran suhu analog yang dikonversi dengan kenaikan 10mV/oC dengan tingkat akurasi sebesar 0.5oC. Pencatatan data hasil monitoring berpusat di server Thing speak yang dilakukan secara realtime. Pengguna dapat mengolah data yang diperlukan untuk keperluan analisis lebih lanjut. Berdasarkan perancangan sistem ini, didapatkan kemampuan untuk mengukur suhu dari 6oC sampai 100oC dengan error rata-rata sebesar 0.023oC. Kata kunci : portable, internet of things, monitoring, Thingspeak, realtime Abstract— The design of a portable temperature monitoring system responses data acquisition that are not limited to time and place. Dependence on resources is the main issue of system portability based on internet of things. The design of this research is environmental temperature monitoring in Celsius which can be placed anywhere. Involving the main components as supporting monitoring activities like temperature sensor to obtain data, a microcontroller as the controller and GSM/GPRS serial modem as a data communication module. Recording data in the form of analog temperature quantities that are converted with an increase of 10mV/oC with an accuracy of 0.5oC. The recording of monitoring data results is concentrated on the Thingspeak server which is done in realtime. User can process the data for further analysis. Based on the design of this system, it was obtained the ability to measure temperatures from 6oC to 100oC with an average error of 0.023oC. Keywords : portable, internet of things, monitoring, Thingspeak, realtime

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“…The technology is related to a concept called the Internet of Things (IoT) [6]. Some research uses the IoT concept, such as research on the development of carbon monoxide detection systems using IoT [7] , indoor air quality monitoring and notification systems with the IoT platform [8] , and air pollution mapping using motion sensors based on the internet of things [9] . The IoT concept has been widely applied to various fields such as industry, agriculture, transportation, health, security, and the environment.…”

Section: Introductionmentioning

confidence: 99%

The Monitoring System of Sulfur Dioxide Gas Using a Web-based Wireless Sensor

Sunarno¹,

Purwanto²,

Suryono³

2020

Proceedings of the Proceedings of the 13th International Interdisciplinary Studies Seminar, IISS 2019, 30-31 October 2019, Mala

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Air pollution is a problem that has a serious impact on environmental damage and health. Therefore, it is very important to have a good air pollution monitoring system to obtain data that can describe current air quality conditions. This study employs the design of a continuous, online and real-time air quality monitoring system using the IoT platform and web. The system is made using the Arduino Uno development board based on Mega2560, several sensors including anemometer module, MQ-136, SHT15, and sim900 GSM module which functions as a communication medium between that device and the webserver. The software uses C-language for Arduino as its embedded system and PHP-MySQL for building web applications. The function of the web server in this system is to inform the air quality to the public through the internet as effectively as possible. This system has great potential to strengthen the existing ISPU station. The results of this research show that the device can measure SO2 concentration of exhaust gases from diesel cars and send data to a web server using the internet network.

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Sistem Monitoring dan Notifikasi Kualitas Udara dalam Ruangan dengan Platform IoT

Cited by 25 publications

References 2 publications

Sistem Kontrol Berbasis Pemrograman LabVIEW MyRIO untuk Monitoring Kualitas Udara Dalam Ruangan

Sistem Kontrol Berbasis Pemrograman LabVIEW MyRIO untuk Monitoring Kualitas Udara Dalam Ruangan

Rancang Bangun Portable Monitoring Suhu Lingkungan Berbasis Internet Of Things

The Monitoring System of Sulfur Dioxide Gas Using a Web-based Wireless Sensor

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