MINIMALISASI RUGI-RUGI DAYA DENGAN REKONFIGURASI JARINGAN TEGANGAN MENENGAH PADA PENYULANG BJM DAN MTL PT. PLN (PERSERO) AREA BANJARMASIN
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Institusion
Institut Teknologi Perusahaan Listrik Negara
Author
ROSYADI, TRI SUTRISNO
Pahiyanti, Novi Gusti
Pahiyanti, Novi Gusti
Subject
Teknik Elektro
Datestamp
2019-10-28 04:27:15
Abstract :
Network reconfiguration is one way of optimizing the energy flow in the distribution channel. This thesis aimed to get a distribution system that is optimal in the PT.PLN Banjarmasin Feeders BJM02, MTL04 and MTL10. Feeders MTL10 that will be recovered by reconfiguring the network to split the load on the feeders nearby, namely feeders BJM02 and MTL04. This study uses 3 scenarios with attention to the state of the network who have been there to get the power loss to the minimum. The analysis of obtained get the conclusion that before the reconfiguration of the feeders BJM02, MTL04 and MTL10 experience a power loss of 0.472 MW and the lowest voltage 18,869 kV. To overcome these problems, it can be done reconfiguration of the network at Feeders BJM02 will divide the load KST02 and the burden of housing the earth's circumference basirih permai at feeders MTL04 to the feeders MTL10. The things done in the reconfiguration of this by opening the circuit breaker KST02 on the substation circuit KS.Tubun and close disconneting switch (Feeders BJM02) so that it is connected with the feeder MTL04. Feeders MTL04 will cut the cable load translucent mantuil and connect the cable on the housing of the earth's circumference basirih permai so that the load gets KST02 connected. The results obtained after the reconfiguration to minimize power loss by 56 kW or 12,076 % and the lowest voltage 19,913 kV.
Network reconfiguration is one way of optimizing the energy flow in the distribution channel. This thesis aimed to get a distribution system that is optimal in the PT.PLN Banjarmasin Feeders BJM02, MTL04 and MTL10. Feeders MTL10 that will be recovered by reconfiguring the network to split the load on the feeders nearby, namely feeders BJM02 and MTL04. This study uses 3 scenarios with attention to the state of the network who have been there to get the power loss to the minimum. The analysis of obtained get the conclusion that before the reconfiguration of the feeders BJM02, MTL04 and MTL10 experience a power loss of 0.472 MW and the lowest voltage 18,869 kV. To overcome these problems, it can be done reconfiguration of the network at Feeders BJM02 will divide the load KST02 and the burden of housing the earth's circumference basirih permai at feeders MTL04 to the feeders MTL10. The things done in the reconfiguration of this by opening the circuit breaker KST02 on the substation circuit KS.Tubun and close disconneting switch (Feeders BJM02) so that it is connected with the feeder MTL04. Feeders MTL04 will cut the cable load translucent mantuil and connect the cable on the housing of the earth's circumference basirih permai so that the load gets KST02 connected. The results obtained after the reconfiguration to minimize power loss by 56 kW or 12,076 % and the lowest voltage 19,913 kV.
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