PERANCANGAN INTERNET OF THINGS PADA PROTOTIPE PLTMH AIR TERJUN DESA LES

Les Village is famous for its natural attractions. Nature tourism in Les Village, especially Les Waterfall, has a lot of potential, one of which is water flow as a driving source for a MicroHydro Power Plant. In addition to its great potential as a source of generation, as a tourist area,Les Waterfall is quite deep into the forest so that if an MHP is built it is quite difficult to conductdirect monitoring. Through a prototype made with a size 4 times smaller than the size it shouldbe, an Internet of Things design was made with the aim of being able to monitor the performanceof an MHP anywhere and anytime as long as it has an internet connection. The IoT itself isdesigned using the PZEM-017 sensor which is connected to the ESP8266 as a data sender toBlynk. With this prototype, the maximum voltage produced is 10.3 Volts with a current of 0.10Ampere. The data can already be displayed with Blynk Console for lay users to be easilyunderstood.

Authors

Publication Details

Journal
Jurnal SPEKTRUM
Published
2024-12-31
DOI
https://doi.org/10.24843/spektrum.2024.v11.i04.p7
Primary Topic
IoT-based Control Systems
Type
article
Field-Weighted Citation Impact
0.00
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article

PERANCANGAN INTERNET OF THINGS PADA PROTOTIPE PLTMH AIR TERJUN DESA LES

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Jurnal SPEKTRUM
IoT-based Control Systems
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PERANCANGAN INTERNET OF THINGS PADA PROTOTIPE PLTMH AIR TERJUN DESA LES

I Wayan Sukerayasa, Nyoman Gunantara, I Made Arsa Suyadnya, Fransiscus Asisi Joko Siswanto, Ida Bagus Putra Winaya, Nyoman Gede Resa Guna Winangun
article en

Abstract

Les Village is famous for its natural attractions. Nature tourism in Les Village, especially Les Waterfall, has a lot of potential, one of which is water flow as a driving source for a MicroHydro Power Plant. In addition to its great potential as a source of generation, as a tourist area,Les Waterfall is quite deep into the forest so that if an MHP is built it is quite difficult to conductdirect monitoring. Through a prototype made with a size 4 times smaller than the size it shouldbe, an Internet of Things design was made with the aim of being able to monitor the performanceof an MHP anywhere and anytime as long as it has an internet connection. The IoT itself isdesigned using the PZEM-017 sensor which is connected to the ESP8266 as a data sender toBlynk. With this prototype, the maximum voltage produced is 10.3 Volts with a current of 0.10Ampere. The data can already be displayed with Blynk Console for lay users to be easilyunderstood.

Jurnal SPEKTRUMVol. 11(4)
Openalex Percentile: Top 71%
IoT-based Control Systems
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