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

Nasyarudin, Achmad Faris; Ritzkal, Ritzkal; Goeritno, Arief

doi:10.22146/ijeis.58316

Cited by 8 publications

(12 citation statements)

References 5 publications

(10 reference statements)

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“…The research methods consist of an algorithm for acquiring each observation target and are constructed in the form of a flowchart, as has been done in several study findings [7][8][9][10][11][12]. Each observation objective's implementation process includes a number of stages, on which this observation's phases are based.…”

Section: B Methods Of Observationmentioning

confidence: 99%

Simple Methods for Observing and Utilizing Biogas as a Renewable Energy Source

Arief Goeritno,

Nursyamsu Mahyuddin,

Walad Ahsani

et al. 2024

JuTEkS

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One combustible and burnable gas that can be created through an anaerobic fermentation process is biogas. An anaerobic process occurs when organic material, like animal dung, is processed in a digester (reactor) without the presence of oxygen. This observation's objectives are to (i) disseminate knowledge about the biogas production process and (ii) acquire a generation system for producing biogas. The observation methods are based on the use of an observation algorithm in the form of a flow chart, and it includes (a) observations related to various stages of choosing the type of installation, the requirements and processes for the formation of biogas observed and utilized from readily available organic materials, and influencing factors; and (b) observations related to the generation system for the production of biogas observed and utilized, including the physical reservoir, the amount of biogas produced, and the biogas utilized for supply to the electricity generator. The results of the observations related to the generation system, including the physical reservoir, the amount of biogas produced, and the biogas used for supplying the electricity generator, while the results of the observations related to the biogas production process, including the availability of installations, requirements and processes for biogas production, and influencing factors for the formation of biogas. Based on these findings, it can be said that the best period of time for biogas production is between 14 and 16 days, with a production volume of 6.0 m3 /day. While 0.64 m3 of biogas is needed for electric lighting, 0.30 m3 /hour of biogas at a pressure of 75 mm H2O is needed for cooking activities. While pure methane gas has an energy content of 8,900 kcal/m3 , the resulting calorific value is relatively high, ranging from 4,800 to 6,700 kcal/m3.

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Section: B Methods Of Observationmentioning

confidence: 99%

Simple Methods for Observing and Utilizing Biogas as a Renewable Energy Source

Arief Goeritno,

Nursyamsu Mahyuddin,

Walad Ahsani

et al. 2024

JuTEkS

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“…5 No. 1 (2021) 163 -173 DOI: https://doi.org/10.29207/resti.v5i1.2879 164 mikrokontroler yang termanfaatkan secara umum untuk berbagai keperluan dalam bentuk prototype atau miniature sebuah sistem [15][16][17][18][19][20][21][22][23]. Berdasarkan berbagai hal itu, peranan peranti elektronika berupa sistem PLC maupun modul mikrokontroler tersebut telah menjadi suatu keniscayaan sebagai bagian penting pada sistem otomasi secara realtime pada sistem smarthome [1,2,24].…”

Section: Pendahuluanunclassified

“…Keberadaan semua peralatan elektronika dapat terkendali secara otomatis dengan jarak tertentu, termasuk di dalamnya sistem pengkondisian udara (air conditioning) dalam ruangan, pesawat televisi, home theatre, microwave, lampu penerangan, dan pengoperasian pintu gerbang [24]. Pengendalian terhadap hampir semua perlengkapan dan peralatan listrik, dapat dilakukan melalui perintah berupa suara [9], sinar inframerah [10,11], atau kendali jarak-jauh (remote) [18,20,22,[25][26][27], sehingga pengaturan tata lampu hingga ke berbagai peralatan pada gedung atau rumah tinggal terpusatkan pada sistem smarthome [24,1,2]. Sebelum rumah atau gedung mulai dilakukan pembangunan, penentuan terhadap peralatan elektronika harus direncanakan dan dipertimbangkan [24].…”

Section: Pendahuluanunclassified

Pabrikasi Unit Kontrol Berbasis Web pada Smarthome System untuk Pengoperasian Pintu Gerbang

Hardian¹,

Goeritno

2021

RESTI

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A control unit based-on web in smarthome system has been designed and constructed. The control unit can be integrated into the smarthome system platform for gate operation via a smartphone. The research objectives, namely (i) integration of hardware and availability of raw files for applications, (ii) programming for control unit, and (iii) availability of control unit and implementation of validation tests. The result of integration is a form of successful hardware handshaking. The programming result is a form of successful software handshaking, including (i) a flowchart-based algorithm, while the syntax structure is based on the Arduino IDE, (ii) the comfiling and uploading stages of the syntax structure to the Arduino UNO R3 module, including the process online control based on RemoteXY version 4.5.1 via a web browser, and (iii) uploading files from personal computers and smartphones based on Android. The availability of the control unit physical building for the validation test process is the achievement of handshaking in hardware and software, in the form of performance measurement of the control unit with 3 (three) kinds of observations, namely (i) “open”, (ii) “close”, or (iii) lock/unlock state. In general, it is concluded that the web-based control unit on the smarthome system for gate operation can function and perform according to plan.

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“…Pembuatan sistem pengontrol sebagaimana penelitian-penelitian sebelumnya, dapat dilakukan melalui pabrikasi untuk keterbentukan sebuah modul elektronika [8][9][10][11] berbasis chip mikrokontroler ATmega328 [12] atau melalui pemanfaatan modul Arduino [13] untuk sejumlah sistem pengontrol [14][15][16][17][18]. Keberadaan modul pengontrol untuk pengoperasian analogi lampu pijar berbasis mekanisme kendali secara remote melalui jaringan Internet [19,20,1,21,22], merupakan upaya untuk penyelesaian alternatif pada penelitian ini.…”

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“…Berpedoman kepada penjabaran latar belakang tersebut, sejumlah hasil penelitian sebelumnya untuk review terhadap keberadaan "state of the art" terkait dengan penelitian ini, yaitu keberadaan minimum system melalui keberhasilan jabat-tangan (handshaking) secara perangkat keras (hardware) dan perangkat lunak (software) yang berbentuk fisis rangkaian elektronika terintegrasi untuk pengendalian secara remote [19,20,1,21,22]. Keberhasilan handshaking secara hardware dilakukan melalui pengintegrasian sejumlah perangkat elektronika [19][20][21][22]1], sedangkan secara software dilakukan melalui (i) penyusunan struktur program berbasis Arduino IDE [23] dan aplikasi monitoring berbasis App Inventor pada komputer personal, (ii) pemasangan aplikasi monitoring pada smartphone Android [17,19,20,1] dengan sistem pengoperasian (Operating System, OS) mobile [24], dan (iii) pembuatan aplikasi untuk ditanamkan pada board Arduino UNO R3 dan smartphone Android melalui jaringan Internet [2,25]. Sejumlah hal itu digunakan keperluan pengendalian solenoid penggerak kunci [26], untuk pemantauan dan pengendalian beban listrik pada analogi instalasi listrik fase-tiga [19,20,1].…”

unclassified

Monitoring dan Kendali Tegangan Jaringan Listrik Fase-tiga melalui Smartphone

Goeritno

Hendryan

2022

J. RESTI (Rekayasa Sist. Teknol. Inf.)

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This paper describes the creation of a minimum system for monitoring and controlling the voltage on a three-phase electrical network. Making a minimum system based on the result of previous research that has been implemented in the forms of device assembly, programming, and performance measurement. The research objectives are (i) assembling the hardware and programming based on Arduino software version 1.8.10 and (ii) measuring the minimum system performance. The research method for achieving the objective of assembling a minimum system is carried out through integrated wiring as an effort to get the hardware achievement, while for programming is an effort to get the software achievement. The implementation of the research method for measuring the performance as an effort to get the achievements of hardware and software is carried out by giving the orders to activate the paths of each phase. The result of the assembly is the integration of the Arduino UNO R3 module, Ethernet Shield type of W5100, MikroTik RouterBoard, relay modules, and Android smartphone, while the results of the programming are compiling and uploading the syntax to the Arduino module and making applications in the .apk format for a smartphone. Performance measurements are carried out by activating conditions for the three phases of phase-R, phase-S, and/or phase-T. The conclusion can be obtained, that the manufacture of a minimum system is appropriate for the fulfillment with respect to the presence of an electronic device for monitoring and controlling the voltage on a three-phase electrical network.

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

Cited by 8 publications

References 5 publications

Simple Methods for Observing and Utilizing Biogas as a Renewable Energy Source

Simple Methods for Observing and Utilizing Biogas as a Renewable Energy Source

Pabrikasi Unit Kontrol Berbasis Web pada Smarthome System untuk Pengoperasian Pintu Gerbang

Monitoring dan Kendali Tegangan Jaringan Listrik Fase-tiga melalui Smartphone

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