Analisis Tegangan Sags Akibat Pengasutan Motor Induksi Menggunakan Dynamic Voltage Restorer (DVR)
Abstract: The modeling and
analysis of Dynamic Voltage Restorer (DVR) for improving the voltage sag due to
the motor starting is discussed in this
paper. DVR is installed through a transformer in series between the feeder and
the sensitive load to compensate the voltage sag during the disturbance. To determine
the optimum location of DVR, the load flow analysis is performed. Based on the
load flow analysis, the worst voltage bus profile will be determined and as a
candidate for the optimum location of DVR. To show the impact of DVR, then dynamic
analysis is performed during the motor starting. The three conditions for motor
starting are: one unit motor of 55 kW,
half block system load of 28 unit motor (340 kW); and full blok system of 39
unit motors (544.3 kW). The simulation results show that the voltage sag can be
compensated up to 99%, 97% and 94% for the cases one unit, half block and full block
unit motors.
Penulis: Lauhil M. Hayusman,
Hadi Suyono, Taufik Hidayat
Kode Jurnal: jptlisetrodd110078
