V/VAR Control for the Iraqi National SHV Grid by Optimum Placement of SVC using Genetic Algorithm

The reactive power control has as its main objectives for reducing losses, increasing transmission capacity, and maintaining voltage within acceptable limits. This paper suggests using SVC (Static VAr Compensator) for Iraqi National Super High Voltage (SHV) Grid System (400 kV). The aim is to improv...

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Veröffentlicht in:	International journal of computer applications 2013-01, Vol.66 (12)
Hauptverfasser:	Hassonny, H A, Pfeiffer, K, Tuaimah, Firas M
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Sprache:	eng
Schlagworte:	Acceptability Electric potential Gallium High voltages Optimization Reactive power VAR Voltage
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container_title	International journal of computer applications
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creator	Hassonny, H A Pfeiffer, K Tuaimah, Firas M
description	The reactive power control has as its main objectives for reducing losses, increasing transmission capacity, and maintaining voltage within acceptable limits. This paper suggests using SVC (Static VAr Compensator) for Iraqi National Super High Voltage (SHV) Grid System (400 kV). The aim is to improve voltage profile across the load nodes and enhance system stability as well as to reduce active power losses, which depends greatly on how these devices are placed in the system. The general problem to optimally determine the locations and sizes of SVC's to be installed by following an optimization approach. GA, as one of the heuristic methods, will be used to solve the optimization problem.
doi_str_mv	10.5120/11136-6215
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subjects	Acceptability Electric potential Gallium High voltages Optimization Reactive power VAR Voltage
title	V/VAR Control for the Iraqi National SHV Grid by Optimum Placement of SVC using Genetic Algorithm
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