Analyzing the potential and the load evaluation on Ubrug hydro power plant of Sukabumi, West Java

Built in 1923, the Ubrug Hydro Power Plant in Sukabumi was set up with an installed power of 5,94 MW on 1st unit and 2nd unit and 6,48 MW on the 3rd unit resulting in sum total of 18,36 MW. However, at present, the actual total power only generates 15,045 MW, a smaller number than its initial capaci...

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Main Authors: Notosudjono Didik, Wismiana Evita, Alamsyah Fitrah, Ramadhon Bagus Dwi
Format: Article
Language:English
Published: EDP Sciences 2018-01-01
Series:MATEC Web of Conferences
Online Access:https://doi.org/10.1051/matecconf/201815401043
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spelling doaj-c5a71da97b634522963d137d22f677592021-02-02T06:29:47ZengEDP SciencesMATEC Web of Conferences2261-236X2018-01-011540104310.1051/matecconf/201815401043matecconf_icet4sd2018_01043Analyzing the potential and the load evaluation on Ubrug hydro power plant of Sukabumi, West JavaNotosudjono DidikWismiana EvitaAlamsyah FitrahRamadhon Bagus DwiBuilt in 1923, the Ubrug Hydro Power Plant in Sukabumi was set up with an installed power of 5,94 MW on 1st unit and 2nd unit and 6,48 MW on the 3rd unit resulting in sum total of 18,36 MW. However, at present, the actual total power only generates 15,045 MW, a smaller number than its initial capacity, due to the lack of water discharge. Based on the measurement data, the load of the generator has experienced a decrease of power in normal field operation with a peak load of 9,5 MW and the lowest of 6 MW. On daily operations, only 2 generators are being operated, leaving the 3rd generator unoperated. This is due to the aging hydroelectric power plant on the location and the transition of forest functions in the upstream area, that serves as water absorption, to settlements of residents, and industrial estates. The other and the most salient cause is the waste carried by the Cicatih River coming along with the flow of water in the conduit.https://doi.org/10.1051/matecconf/201815401043
collection DOAJ
language English
format Article
sources DOAJ
author Notosudjono Didik
Wismiana Evita
Alamsyah Fitrah
Ramadhon Bagus Dwi
spellingShingle Notosudjono Didik
Wismiana Evita
Alamsyah Fitrah
Ramadhon Bagus Dwi
Analyzing the potential and the load evaluation on Ubrug hydro power plant of Sukabumi, West Java
MATEC Web of Conferences
author_facet Notosudjono Didik
Wismiana Evita
Alamsyah Fitrah
Ramadhon Bagus Dwi
author_sort Notosudjono Didik
title Analyzing the potential and the load evaluation on Ubrug hydro power plant of Sukabumi, West Java
title_short Analyzing the potential and the load evaluation on Ubrug hydro power plant of Sukabumi, West Java
title_full Analyzing the potential and the load evaluation on Ubrug hydro power plant of Sukabumi, West Java
title_fullStr Analyzing the potential and the load evaluation on Ubrug hydro power plant of Sukabumi, West Java
title_full_unstemmed Analyzing the potential and the load evaluation on Ubrug hydro power plant of Sukabumi, West Java
title_sort analyzing the potential and the load evaluation on ubrug hydro power plant of sukabumi, west java
publisher EDP Sciences
series MATEC Web of Conferences
issn 2261-236X
publishDate 2018-01-01
description Built in 1923, the Ubrug Hydro Power Plant in Sukabumi was set up with an installed power of 5,94 MW on 1st unit and 2nd unit and 6,48 MW on the 3rd unit resulting in sum total of 18,36 MW. However, at present, the actual total power only generates 15,045 MW, a smaller number than its initial capacity, due to the lack of water discharge. Based on the measurement data, the load of the generator has experienced a decrease of power in normal field operation with a peak load of 9,5 MW and the lowest of 6 MW. On daily operations, only 2 generators are being operated, leaving the 3rd generator unoperated. This is due to the aging hydroelectric power plant on the location and the transition of forest functions in the upstream area, that serves as water absorption, to settlements of residents, and industrial estates. The other and the most salient cause is the waste carried by the Cicatih River coming along with the flow of water in the conduit.
url https://doi.org/10.1051/matecconf/201815401043
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