Toward Online Control of Local Bifurcation in Power Systems via Network Topology Optimization

This paper presents online methods for controlling local bifurcations of power grids with the goal of increasing bifurcation values (i.e. increasing load margins) via network topology optimization, a low-cost control. In other words, this paper presents online methods for increasing power transfer c...

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Published inInternational journal of bifurcation and chaos in applied sciences and engineering Vol. 25; no. 12; p. 1550167
Main Authors Wang, Lei, Chiang, Hsiao-Dong
Format Journal Article
LanguageEnglish
Published Singapore World Scientific Publishing Company 01.11.2015
World Scientific Publishing Co. Pte., Ltd
Subjects
Bifurcations
Control methods
Electric power grids
Load margins
Methodology
Network topologies
Networks
Online
Power transfer
Static stability
Switching theory
Topology optimization
Transmission lines
online bifurcation control
network topology optimization
static stability limits
structure-induced bifurcation
Saddle-node bifurcation
Online AccessGet full text
ISSN0218-1274
1793-6551
DOI10.1142/S0218127415501679

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Abstract This paper presents online methods for controlling local bifurcations of power grids with the goal of increasing bifurcation values (i.e. increasing load margins) via network topology optimization, a low-cost control. In other words, this paper presents online methods for increasing power transfer capability subject to static stability limit via switching transmission line out/in (i.e. disconnecting a transmission line or connecting a transmission line). To illustrate the impact of network topology on local bifurcations, two common local bifurcations, i.e. saddle-node bifurcation and structure-induced bifurcation on small power grids with different network topologies are shown. A three-stage online control methodology of local bifurcations via network topology optimization is presented to delay local bifurcations of power grids. Online methods must meet the challenging requirements of online applications such as the speed requirement (in the order of minutes), accuracy requirement and robustness requirement. The effectiveness of the three-stage methodology for online applications is demonstrated on the IEEE 118-bus and a 1648-bus practical power systems.
AbstractList This paper presents online methods for controlling local bifurcations of power grids with the goal of increasing bifurcation values (i.e. increasing load margins) via network topology optimization, a low-cost control. In other words, this paper presents online methods for increasing power transfer capability subject to static stability limit via switching transmission line out/in (i.e. disconnecting a transmission line or connecting a transmission line). To illustrate the impact of network topology on local bifurcations, two common local bifurcations, i.e. saddle-node bifurcation and structure-induced bifurcation on small power grids with different network topologies are shown. A three-stage online control methodology of local bifurcations via network topology optimization is presented to delay local bifurcations of power grids. Online methods must meet the challenging requirements of online applications such as the speed requirement (in the order of minutes), accuracy requirement and robustness requirement. The effectiveness of the three-stage methodology for online applications is demonstrated on the IEEE 118-bus and a 1648-bus practical power systems.
Author Wang, Lei
Chiang, Hsiao-Dong
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static stability limits
structure-induced bifurcation
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SubjectTerms Bifurcations
Control methods
Electric power grids
Load margins
Methodology
Network topologies
Networks
Online
Power transfer
Static stability
Switching theory
Topology optimization
Transmission lines
Title Toward Online Control of Local Bifurcation in Power Systems via Network Topology Optimization
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