KAJIAN PENGATURAN TEGANGAN DI PENYULANG DIDIK
GARDU INDUK CILEDUG
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Institusion
Institut Teknologi Perusahaan Listrik Negara
Author
Ramadhani, Easy
Suwarno, Suwarno
Suwarno, Suwarno
Subject
Teknik Elektro
Datestamp
2019-10-29 03:28:23
Abstract :
Medium Voltage Distribution Network (MVDN) is a part of distribution network that distributes large amounts of energy and reaches a large area. Medium voltage distribution network consists of Air Channel Medium Voltage (ACMV) and Cable Channel Medium Voltage (CCMV). Both networks cover wide range of areas. So both of them can result in voltage losses that often exceed the allowable standard, ie + 5% -10%. The growing load voltage causes the emergence of voltage drops. So voltage supply in the distribution transformator decreases. As a result, voltage on the customer side does not match with the specified tolerance limit. To maintain the supply of voltage on distribution transformator, it need a voltage regulation so that the voltage level customer can be according with the requirement. In this thesis, it will be discussed about voltage regulation on feeder ?Didik? by used a shunt capacitor when the voltage drop occured that has exceeded the allowed standard limit. The results of the ETAP 12.6 simulation drop voltage during the growth of the fourteenth year load when the peak load is 6.64% and when the low load is 3.08%. The result of voltage drop after the installed shunt capacitor when the peak load of 5.97% and when the low load 2.67%.
Medium Voltage Distribution Network (MVDN) is a part of distribution network that distributes large amounts of energy and reaches a large area. Medium voltage distribution network consists of Air Channel Medium Voltage (ACMV) and Cable Channel Medium Voltage (CCMV). Both networks cover wide range of areas. So both of them can result in voltage losses that often exceed the allowable standard, ie + 5% -10%. The growing load voltage causes the emergence of voltage drops. So voltage supply in the distribution transformator decreases. As a result, voltage on the customer side does not match with the specified tolerance limit. To maintain the supply of voltage on distribution transformator, it need a voltage regulation so that the voltage level customer can be according with the requirement. In this thesis, it will be discussed about voltage regulation on feeder ?Didik? by used a shunt capacitor when the voltage drop occured that has exceeded the allowed standard limit. The results of the ETAP 12.6 simulation drop voltage during the growth of the fourteenth year load when the peak load is 6.64% and when the low load is 3.08%. The result of voltage drop after the installed shunt capacitor when the peak load of 5.97% and when the low load 2.67%.
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