Controlling Chaos and Voltage Collapse using Layered Recurrent Network-based PID-SVC in Power Systems
Abstract: Chaos and voltage
collapse occurred in critical power systems due to disturbing of energy.
PID-SVC layered reccurrent neural network-based (LRN-based PID-SVC) was
proposed to solve these problems. The PID is used to control chaos and voltage
collapse. Meanwhile, an SVC LRN-based is used to maintan the load voltage. By
using the proposed controller, chaos and voltage collapse are able to suppress
and maintain the load voltage around the setting value. When the maximum load
isforced to load bus, the reactive power supplied by SVC, SVC additional
voltage and load voltage are at the values of j0.1127, 4.0095´10-3 and 0.980010
pu, respectively. Furthemore, the proposed controller gives better response
than PI-SVC controller.
Author: I Made Ginarsa, Agung
Budi Muljono, I Made Ari Nrartha
Journal Code: jptkomputergg130069