EVALUASI DROP TEGANGAN PADA UJUNG JARINGAN TEGANGAN RENDAH DI GARDU RWI TANGGENG PT.PLN (persero) UP3 Cianjur
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Institusion
Institut Teknologi Perusahaan Listrik Negara
Author
Ariyanti, Siti Balqis
Dini, Hasna Satya
Dini, Hasna Satya
Subject
Teknik Elektro
Datestamp
2022-11-02 06:29:16
Abstract :
In low voltage distribution systems (TR) low voltage, where the nominal voltage is transmitted 230 volts. Pt. PLN (Persero) UP3 Cianjur is a company located on the road on Jl. Dr. Muardi No. 165, Bojongherang, Cianjur District, Cianjur Regency, Jawabarat, which serves several ULPs including ULP. Cianjur city, ULP. Cipanas, ULP. Tanggeng With the frequent occurrence of voltage drops caused by conducting cables that do not meet the current conductivity strength, network lengths that exceed radius provisions or loads that have exceeded capacity or over load. Where the voltage drop provisions are allowed according to SPLN T6.001-2013. At the end of the net, it is only ±5%, it is done at substations that have 4 majors where in one major, namely major 4, it will experience a voltage drop exceeding ±5%.. So that the equipment at the customer cannot function properly, this is caused by the small conduction cable. The effort made is to simulate the voltage drop by comparing the results of the ETAP Software and the KWH Measurement (kilo watt hour) located at the end of the network. To anticipate this, one of the efforts to repair the voltage drop by changing the conducting cable to a larger one, guided by how much the current conductor is strong, with the change of the cable, the network distributed to the conducting cable will be stable and there will be no voltage drop.
In low voltage distribution systems (TR) low voltage, where the nominal voltage is transmitted 230 volts. Pt. PLN (Persero) UP3 Cianjur is a company located on the road on Jl. Dr. Muardi No. 165, Bojongherang, Cianjur District, Cianjur Regency, Jawabarat, which serves several ULPs including ULP. Cianjur city, ULP. Cipanas, ULP. Tanggeng With the frequent occurrence of voltage drops caused by conducting cables that do not meet the current conductivity strength, network lengths that exceed radius provisions or loads that have exceeded capacity or over load. Where the voltage drop provisions are allowed according to SPLN T6.001-2013. At the end of the net, it is only ±5%, it is done at substations that have 4 majors where in one major, namely major 4, it will experience a voltage drop exceeding ±5%.. So that the equipment at the customer cannot function properly, this is caused by the small conduction cable. The effort made is to simulate the voltage drop by comparing the results of the ETAP Software and the KWH Measurement (kilo watt hour) located at the end of the network. To anticipate this, one of the efforts to repair the voltage drop by changing the conducting cable to a larger one, guided by how much the current conductor is strong, with the change of the cable, the network distributed to the conducting cable will be stable and there will be no voltage drop.
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