An IoT-Based Approach to Real-Time Conditioning and Control in a Server Room

Onibonoje, Moses Oluwafemi; Bokoro, Pitshou N.; Nwulu, Nnamdi; Gbadamosi, Saheed Lekan

doi:10.1109/idap.2019.8875880

Cited by 20 publications

(11 citation statements)

References 5 publications

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“…Hal ini dapat berujung pada rusaknya citra institusi, meningkatnya ketidakpuasan pelanggan, serta berkurangnya pendapatan. Dalam hal ini, panas adalah salah satu faktor lingkungan yang paling berkontribusi pada downtime karena kerusakan perangkat keras komputer [1].…”

Section: Pendahuluanunclassified

Pemantauan Suhu dan Deteksi Gerak Obyek Berbasis IoT pada Ruang Server Menggunakan Thinger.IO

Bakri

Farhan

Sujatmiko

et al. 2022

TELKA

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Server memiliki peran vital dalam kelangsungan bisnis. Oleh karena itu, parameter ruang server seperti suhu dan kelembapan penting untuk dipantau untuk kepentingan pemeliharaan. Berbeda dengan penelitan sejenis terdahulu, penelitian ini bertujuan merancang sistem pemantauan suhu dan kelembapan, serta deteksi gerak objek pada ruang server secara real-time dengan memanfaatkan aplikasi Thinger.io. Metode perancangan perangkat pemantauan ruang server dibangun dari satu microcontroler, satu sensor suhu dan kelembapan, serta sensor gerakan obyek dan kamera. Luaran dari sensor diproses oleh Node MCU sebelum dikirim ke internet menggunakan Thinger.io. Selanjutnya, data hasil pemantauan tersebut ditampilkan di browser dan smartphone. Hasil pengujian menunjukkan bahwa perangkat pemantauan yang telah dirancang memiliki kinerja yang baik. Pembacaan suhu yang dikirimkan Thinger.io ke internet melalui browser dan smartphone memiliki selisih 0,39°C. Sementara pengiriman notifikasi peringatan suhu di luar standar berhasil dikirimkan via email dan pesan telegram. Pengiriman notifikasi adanya gerakan objek juga berhasil dikirimkan via email serta pengiriman foto objek terdeteksi melalui telegram bot. Waktu pengiriman notifikasi adalah 13 detik untuk email dan 23 detik untuk telegram bot. The server has a vital role in business continuity. Therefore, server room parameters such as temperature and humidity are important to monitor for maintenance purposes. In different to previous similar research, this study aims to design a temperature and humidity monitoring system and detect object motion in the server room in real-time using Thinger, io application. The design method of the server room monitoring device is built from a microcontroller, a temperature and humidity sensor, an object movement sensor, and a camera. The output of the sensor is processed by the Node MCU before being sent to the internet by using Tinger.io. Furthermore, the monitoring data is displayed in browsers and smartphones. The implementation results show that the device that has been designed has good performance. The temperature measurement that Thinger.io sends to the internet via a browser and then smartphone has a difference of 0,39°C. Meanwhile, the sending of temperature warning notification outside of the standard was successfully sent via email and telegram massage. Notification of objects was also successfully sent via email and photos of detected objects were sent via telegram bot. Notification delivery time takes13 seconds for email and takes 23 seconds for telegram bot.

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Section: Pendahuluanunclassified

Pemantauan Suhu dan Deteksi Gerak Obyek Berbasis IoT pada Ruang Server Menggunakan Thinger.IO

Bakri

Farhan

Sujatmiko

et al. 2022

TELKA

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“…It also had unique double feature designs, such as using 2 fans, 2 light-emitting diodes, and 2 sensors. Onibonoje et al [29] realized a project which aimed to control the speed of the fan automatically using Arduino, temperature, and humidity sensors. Fan speed needed to be manually controlled every time.…”

Section: Literature Reviewmentioning

confidence: 99%

IoT based smart fan controller and fire prevention in computer laboratory

2022

IJATEE

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Computer laboratory plays the role of key elements with high interest for different categories of populations. Event of fire, smoke, heat, and water leakage when occurs could cause a big loss for business continuity. This paper presents a developed system for internet of things (IoT) based smart fan controller and fire prevention in the computer laboratory. The aim was to develop an automated computer laboratory that would control and monitor the computer laboratoryenvironment from the incident of fire, heat, smoke, and water leakage. The system was created using three nodes and a single database. The first node used a flame sensor which detects fire and activates a fire extinguisher automatically. The second node used a digital humidity and temperature sensor (DHT), along with an ultrasonic sensor, which was used to manage a fan controller and activate the controller when the temperature is high and a person is present. Thirdly, smoke and water sensors were used to detect the presence of smoke and water leakage. Microcontrollers, access points, and software are used to accomplish the development of this system. Different actions of warning users were done. Triggering buzzers and sending emails were done whereas fire, smoke, and water leakage are detected. The email was also sent to the users registered in the system when there was a temperature of more than 25.

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“…Sebagai acuan, beberapa sistem kontrol suhu dan kelembapan ruangan telah dibuat pada penelitian sebelumnya dengan fungsi pemanfaatan yang berbeda-beda. Pemanfaatannya ada yang digunakan pada greenhouse [9], ruang server [10], thermal [11], dan lainnya.…”

Section: Pendahuluanunclassified

Optimasi Pengendalian Suhu dan Kelembapan Ruangan di Kota Yogyakarta Menggunakan Metode Fuzzy

2022

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The dry season is a season where most regions in Indonesia experience an increase in temperature. This unstable temperature can have a negative effect on the human body, so a control device is needed according to the needs of the body automatically. This study focuses on optimizing room temperature and humidity control in Yogyakarta City using a fan duty cycle unit with the Fuzzy Tsukamoto method. The ideal temperature and humidity range is obtained from measurements by the Indonesian Board of Meteorology, Climatology, and Geophysics (BMKG). The purpose of this study is to reduce the hot temperature in the room to normal temperature conditions. The calculation results with a temperature of 28.29°C and humidity of 79.06% resulted in a duty cycle of 40.92%. Based on 50 sample data taken each fan rotated for five minutes showed that the average change in temperature was -0.01°C and humidity -0.032%, meaning it could lower 0.01°C and humidity 0.032% every five minutes. This result is considered inefficient considering the very small changes, so in subsequent studies it is recommended to use technology such as air conditioning as a control tool

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An IoT-Based Approach to Real-Time Conditioning and Control in a Server Room

Cited by 20 publications

References 5 publications

Pemantauan Suhu dan Deteksi Gerak Obyek Berbasis IoT pada Ruang Server Menggunakan Thinger.IO

Pemantauan Suhu dan Deteksi Gerak Obyek Berbasis IoT pada Ruang Server Menggunakan Thinger.IO

IoT based smart fan controller and fire prevention in computer laboratory

Optimasi Pengendalian Suhu dan Kelembapan Ruangan di Kota Yogyakarta Menggunakan Metode Fuzzy

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