Perancangan Sistem Elektrikal Pada Alat Pengisian Minyak Rem Otomatis Mobil

Persada, Anggun Angkasa Bela; Ningsih, Yuliana; Gunawan, Heru

doi:10.34128/je.v6i1.91

Cited by 3 publications

(3 citation statements)

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“…Prinsip pengoperasian picohydro ini adalah dengan memanfaatkan perbedaan tinggi jatuh aliran air dan jumlah air yang dikeluarkan per detik. Aliran air akan memutar poros turbin dan menciptakan energi kinetik yang diubah menjadienergi listrik didalam turbin generator [8] [9].…”

Section: Pendahuluanunclassified

Evaluasi Kinerja Turbin Crossflow Dengan Jumlah Sudu 35

Yahya,

Apriani,

Saleh

et al. 2024

J. SINTA: Sist. Inf. dan Teknol.Komputasi

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Potensi energi sumber daya air sangat tinggi karena menyimpan energi potensial dan kinetik. Energi mekanik dari air dapat digunakan untuk menghasilkan energi listrik. Kebutuhan akan listrik terus meningkat seiring dengan perbaikan kondisi ekonomi, pertumbuhan penduduk, dan percepatan pembangunan. Pembangunan memerlukan infrastruktur energi. Tujuan dari penelitian ini adalah untuk merancang model turbin crossflow yang akan dipasang pada sistem pembangkit listrik tenaga Picohydro (PLTPh), dengan cara menganalisis nilai outputnya baik analisis menggunakan beban maupun tanpa beban, serta menganalisis efisiensi yang dapat dihasilkan oleh model tersebut. Metode penelitian yang dilakukan terdiri dari beberapa tahapan penelitian, dimulai dari perencanaan dan desain jumlah sudu PLTPh, pembuatan alat penelitian, pengujian alat, tahapan analisis data uji serta evaluasi hasil penelitian yang telah di buat. Hasil dari pengujian menunjukkan bahwa Efisiensi dan kinerja model PLTPh yang dihasilkan model turbin Crossflow dengan jumlah sudu 35 adalah Daya air 88,2 Watt, Daya turbin 66,15 Watt, Daya terbangkitkan 49,61 Watt, dan Efisiensi Turbin 75%.

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Section: Pendahuluanunclassified

Evaluasi Kinerja Turbin Crossflow Dengan Jumlah Sudu 35

Yahya,

Apriani,

Saleh

et al. 2024

J. SINTA: Sist. Inf. dan Teknol.Komputasi

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“…In our daily activities, we often need to regulate the electric current of various devices, such as lights, fans, or other electronic equipment [1]. The main problem today is the wastage of electricity which is increasingly becoming the focus of environmental attention.…”

Section: Introductionmentioning

confidence: 99%

Design Of Electric Switching Systems For Electronic Equipment In Home Based Internet of Thing (IoT)

PELAWI,

ACHMAD FAUZI,

MILLI ALFHI SYARI

2023

j. of artif. intell. and eng. appl.

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The tool for designing an IoT-based electronic equipment switch system has been designed. This system uses the NodeMCU ESP 8266 microcontroller where the NodeMCU ESP8266 functions as a data processor, and also as a receiver for wi-fi networks emitted by wi-fi network systems. This tool system uses a control system using an Android smartphone to turn on and off switches for electronic devices at home, this tool uses a Wi-Fi network communication system so that the device system and Android smartphone can be connected, in this tool system it uses a DC fan and incandescent lamps as outputs. connected to an electrical switch system, and the switch can turn on and turn off electronic devices on designed devices. The smartphone application used in this design is the Blynk application which can be downloaded at Playstore or Google.com. This tool is expected to help and facilitate humans in controlling electronic equipment at home both at home and when traveling.

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“…Plastic injection moulding tools can reduce plastic waste to be recycled into new items, where the plastic is melted down using a band heater heating element. The heater circuit uses a temperature controller which functions to regulate the heater temperature, and the circuit can turn itself off when the heater temperature has exceeded the set temperature limit and will reactivate when the temperature drops [6]. The cycle process for injection moulding consists of four stages: clamping before material injection into the mould.…”

mentioning

confidence: 99%

Design Of A Heating System In A Plastic Injection Molding Machine With A Working Temperature Of 250 C

Bagas¹,

Muharom²,

Muchid³

et al. 2023

JISTI

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The working system of the heating process on a plastic injection molding machine needs to be considered in more detail. Due to the influence of temperature and the type of material according to the quality of the product. In this study, the plastic injection machine that used a temperature variation used several different variations, and three experiments were given at each temperature variation of 200°C – 250°C using 75 grams of plastic material with a heating time of 120-141 seconds and 150 grams of plastic material with a heating time of 120-141 seconds. Warm-up 210-250 seconds. Temperature control using the REX C100 Controller. The injection machine can operate according to the design. Namely, the heating temperature can be adjusted. Implementation and control of the control system show a good response. The plastic to be melted is of the HDPE (High-Density polypropylene) type with a temperature for melting the plastic of 250°C.

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Perancangan Sistem Elektrikal Pada Alat Pengisian Minyak Rem Otomatis Mobil

Cited by 3 publications

References 0 publications

Evaluasi Kinerja Turbin Crossflow Dengan Jumlah Sudu 35

Evaluasi Kinerja Turbin Crossflow Dengan Jumlah Sudu 35

Design Of Electric Switching Systems For Electronic Equipment In Home Based Internet of Thing (IoT)

Design Of A Heating System In A Plastic Injection Molding Machine With A Working Temperature Of 250 C

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