ANALISIS MENGATASI TRANSFORMATOR YANG OVERLOAD DENGAN METODE PECAH BEBAN PADA GARDU DISTRIBUSI DI PT PLN UP3 MARUNDA
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Institusion
Institut Teknologi Perusahaan Listrik Negara
Author
SARA YESICA PASARIBU, YOHANA
Erlina, Erlina
Erlina, Erlina
Subject
Teknik Elektro
Datestamp
2022-11-02 06:33:13
Abstract :
The electricity system continues to develop every year, especially the occurrence of customer growth or the burden of electric power which will be greater due to the increase in the population so that the demand used will also increase. This resulted in frequent disturbances in the distribution system, an overload on the transformer. Where there is a transducer in PT. The overloaded PLN UP3 Marunda is in the PK51N substation in Forest Feeder with a loading ratio of 92% and the load unbalance value of the b section is 24.63%, the d section is 29.31%, and the electronic section is 25%. The solution is the load rupture method on the transformer which is experiencing an overload condition. So that after breaking the load on the PK51N substation, the load ratio becomes 73% and the unbalance value of the b section becomes 9.3%, the d section 3.3% and the electronic section is 7%. So that the load rupture method is one of the ways that can overcome the overload on the transformer.
The electricity system continues to develop every year, especially the occurrence of customer growth or the burden of electric power which will be greater due to the increase in the population so that the demand used will also increase. This resulted in frequent disturbances in the distribution system, an overload on the transformer. Where there is a transducer in PT. The overloaded PLN UP3 Marunda is in the PK51N substation in Forest Feeder with a loading ratio of 92% and the load unbalance value of the b section is 24.63%, the d section is 29.31%, and the electronic section is 25%. The solution is the load rupture method on the transformer which is experiencing an overload condition. So that after breaking the load on the PK51N substation, the load ratio becomes 73% and the unbalance value of the b section becomes 9.3%, the d section 3.3% and the electronic section is 7%. So that the load rupture method is one of the ways that can overcome the overload on the transformer.
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