Monitoring Dan Pengisian Air Tandon Otomatis Berbasis Arduino

Wagino, Wagino; Arafat, Arafat

doi:10.31602/tji.v9i3.1414

Cited by 10 publications

(14 citation statements)

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“…Penelitian ini dilakukan berdasarkan tahapan-tahapan penting yang dilakukan dengan menghubungkan Node mcuesp8266 dengan web server sehingga dapat monitoring secara real, maka tahapan-tahapan penelitian ini dimulai dari analisa masalah, yang berhubungan dengan kekeruhan pada sumber mata air [10]. Yang pertama analisa kebutuhan, dalam hal ini segala kebutuhan dalam meneliti baik dari jurnal, buku, observasi, literatur-literatur, alat dan bahan [10] dilanjutkan dengan membuat skema sistem yang akan dibangun dengan menggunakan nodemcu ESP8266 beserta sensor digunakan [10]. Kemudian dilanjutkan dengan membuat program dengan menggunakan arduino IDE dan sublime Text 3 [10].…”

Section: Tahapan Penelitianunclassified

“…Yang pertama analisa kebutuhan, dalam hal ini segala kebutuhan dalam meneliti baik dari jurnal, buku, observasi, literatur-literatur, alat dan bahan [10] dilanjutkan dengan membuat skema sistem yang akan dibangun dengan menggunakan nodemcu ESP8266 beserta sensor digunakan [10]. Kemudian dilanjutkan dengan membuat program dengan menggunakan arduino IDE dan sublime Text 3 [10]. Dilanjutkan dengan melakukan menguji alat dengan kode program yang dibuat pada arduino ide [10].…”

Section: Tahapan Penelitianunclassified

“…Kemudian dilanjutkan dengan membuat program dengan menggunakan arduino IDE dan sublime Text 3 [10]. Dilanjutkan dengan melakukan menguji alat dengan kode program yang dibuat pada arduino ide [10]. Jika sudah melewati tahapan yang diterapkan maka akan dilakukan pengujian alat yang dibuat dengan koneksi internet secara monitoring real time [10].…”

Section: Tahapan Penelitianunclassified

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Prototype Sistem Monitoring Kekeruhan Sumber Mata Air Berbasis Internet of Things

Udin¹,

Hamrul²,

Mansyur³

2021

JACOST

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Water is very important for the life of living things on earth. The function of water for life cannot be replaced, but water taken directly from springs often experiences turbidity which usually occurs during the rainy season where excessive rainwater intensity can affect the clarity of the water flowing into people's homes. From this problem, it is necessary to design a monitoring sistem for the turbidity of water flowing into the main tank which can be monitored via laptops, computers or cellphones that have internet access that can monitor in real-time and in the form of graphs and data stored in My Structured Query language (mysql) in this design. Using the nodemcu esp8266 which controls the tool in the design, the turbidity sensor is used to detect water turbidity, the ultrasonic sensor is used to detect the water level in the main tank, the relay is used to control the electric current, the solenoid valve is used to close the valve according to the conditions given with the design results of 120 ntu down and water height > 15 cm then the on relay and solenoid valve open the valve so that water can flow into the reservoir, while 121 ntu up and water height < 5 cm then the off relay and solenoid valve close the valve, the test is done using blackbox testing and the results of this test that the function on the sistem is 100% appropriate.

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Section: Tahapan Penelitianunclassified

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Prototype Sistem Monitoring Kekeruhan Sumber Mata Air Berbasis Internet of Things

Udin¹,

Hamrul²,

Mansyur³

2021

JACOST

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“…Perangkat elektronika berbasis mikrokontroler berbantuan sensor dan aplikasi Blynk [1] terhubung ke sistem Internet [2,3] untuk pendeteksian atau pengukuran level ketinggian air saat penuh atau berkurang, melalui pemberian perintah ke bagian [1][2][3]. Sistem otomatisasi dipasang sebagai bentuk pengembangan dari cara pemantauan berbasis operasi manual ke sistem berbasis perangkat elektronika untuk pengoperasian pompa listrik, sehingga kondisi kekosongan air pada tangki dapat diantisipasi.…”

unclassified

“…Sistem otomatisasi dipasang sebagai bentuk pengembangan dari cara pemantauan berbasis operasi manual ke sistem berbasis perangkat elektronika untuk pengoperasian pompa listrik, sehingga kondisi kekosongan air pada tangki dapat diantisipasi. Pompa air berfungsi untuk penyedotan air dan proses pengisian air ke tangki (tandon) air secara otomatis berbantuan water level control [4], atau saklar listrik otomatis [5], maupun sensor jarak (distance sensor) jenis ultrasonik yang terintegrasi dengan mikrokontroler dan aplikasi Blynk [1][2][3]. Pemantauan dan pengendalian air minum dalam tangki dilakukan melalui informasi laporan status dan pengiriman purchase order secara otomatis kepada pemasok (supplier) air minum melalui electronic mail (email), sedangkan pendeteksian atau pengukuran level ketinggian air saat penuh atau berkurang melalui pemberian perintah ke bagian kontroler melalui pengoperasian smartphone berbasis Android [6], termasuk pemilihan smartphone pada umumnya [7].…”

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Prototipe Perangkat untuk Pemantauan dan Pengendalian Berbasis Web Diiintegrasikan ke Smarthome System

Nasyarudin

Ritzkal

Goeritno

2020

Indonesian J. Electron. Instrum. Syst.

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The design and construction of a device prototype for a water level measurement system in a tank and controlling a number of garden light analogies has been carried-out and the prototype can be integrated into smarthome system. Three topics are discussed in this paper, including the manufacture, programming, and performance measurement of device prototypes. The formation of prototype of the device is done through wiring integration between electronic devices, in order to obtain the hardware handshacking. Programming the prototype of device is done through the creation of algorithms and preparation of syntax, in order to obtain the software handshacking. The performance of the prototype of device is measured when integrated into the Smarthome system, in order to obtain the hardware and software handshacking. The performance of prototype of the device when monitoring in the form of information about the water level in the water tank with 3 (three) conditions, namely the criteria of "empty", "medium", and "full", while the control in the form of information about the operation of ON/OFF of the LED as an analogy to the lamp garden are done for 3 (three) positions, namely position #1, #2, and #3. The manufactured subsystem prototype can be integrated into the smarthome system when a validation test is performed. Prototype of the device for monitoring and control based-on web that can be integrated into the smarthome system.

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Pengembangan teknologi tangki pintar sebagai sistem peringatan dini bencana kekeringan

Kurniawan,

Setyawan,

Sembada

et al. 2023

teknosains

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According to the National Disaster Management Agency, in 2021 there were 5,402 incidents recorded, one of them being drought disasters. During the drought, the availability of clean water was minimal, so clean water assistance came from other areas. The problem that is often encountered in the field is delays in water distribution assistance due to sudden information and the location of the aid is in areas that are difficult to reach. This research developed a water tank technology equipped with a sensor to provide information about water availability, the location of the tank placement to speed up information on dropping water in drought areas. This technology uses the NodeMCU ESP8266 module which functions as a microcontroller, to provide sensor-based information that detects the quantity and quality of water as well as the location of the tank. This system is based on the Internet of Things (IoT) and Blynk Android which makes it easier for people to get information in real time. The water availability indicator is presented in a three-color graphical display, namely green is a safe sign (sufficient water), yellow is a warning sign (water is reduced), and red is a sign that water availability is running low and it is necessary to drop clean water. Other information presented is water quality parameters such as pH, TDS, turbidity, and temperature as well as the location of the tank. This technology supports the achievement of SDGs, namely goals number 6 (clean water and proper sanitation) and 11 (sustainable cities and settlements).

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Monitoring Dan Pengisian Air Tandon Otomatis Berbasis Arduino

Cited by 10 publications

References 0 publications

Prototype Sistem Monitoring Kekeruhan Sumber Mata Air Berbasis Internet of Things

Prototype Sistem Monitoring Kekeruhan Sumber Mata Air Berbasis Internet of Things

Prototipe Perangkat untuk Pemantauan dan Pengendalian Berbasis Web Diiintegrasikan ke Smarthome System

Pengembangan teknologi tangki pintar sebagai sistem peringatan dini bencana kekeringan

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