ANALISA PERENCANAAN SISTEM KEAMANAN UNTUK SISTEM DISTRIBUSI DAYA SIGNAL HUT PADA LINTAS STASIUN ANGKE DAN STASIUN KAMPUNG BANDAN
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Institusion
Institut Teknologi Perusahaan Listrik Negara
Author
PITER SIADARI, SIMSON
sirait, rummi
sirait, rummi
Subject
Teknik Elektro
Datestamp
2022-11-04 06:41:47
Abstract :
The Japanese type SDDSH is used on the KRL line from Duri Station to Tangerang Station, particularly at Angke Station and Kampung Bandan Station. It may be hazardous to move the load supply if a disturbance occurs at one of the traction substations since the power supply equipment on the Japanese type SDDSH now lacks a suitable security or protection system. Therefore, a security system is required that makes it simpler to monitor the flow of power supply to the power supply equipment, allowing the signaling equipment to function and preventing disruption of the train signaling system. The results of the interviews used in this study are converted into a programming simulation utilizing a PLC application employing a descriptive qualitative methodology. On a ladder diagram, logic 1 is used as input and logic 0 (zero) as output to lock the flow of electrical power to power supply equipment, particularly LBS and MCB. Four options for a better power supply system are presented by the simulation's findings. This simulation indicator works by changing the color of the LED light on the HMI display. If there is no power supply or the LBS is locked, a red light will appear. The green light signifies that there are no interruptions in the incoming electric power flow into the power supply machinery or the power supply for the signaling system at the SDDSH both stations.
The Japanese type SDDSH is used on the KRL line from Duri Station to Tangerang Station, particularly at Angke Station and Kampung Bandan Station. It may be hazardous to move the load supply if a disturbance occurs at one of the traction substations since the power supply equipment on the Japanese type SDDSH now lacks a suitable security or protection system. Therefore, a security system is required that makes it simpler to monitor the flow of power supply to the power supply equipment, allowing the signaling equipment to function and preventing disruption of the train signaling system. The results of the interviews used in this study are converted into a programming simulation utilizing a PLC application employing a descriptive qualitative methodology. On a ladder diagram, logic 1 is used as input and logic 0 (zero) as output to lock the flow of electrical power to power supply equipment, particularly LBS and MCB. Four options for a better power supply system are presented by the simulation's findings. This simulation indicator works by changing the color of the LED light on the HMI display. If there is no power supply or the LBS is locked, a red light will appear. The green light signifies that there are no interruptions in the incoming electric power flow into the power supply machinery or the power supply for the signaling system at the SDDSH both stations.
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