分布式控制区域设计对网络智能电网稳定的影响

Eman M. Hammad, Abdallah K. Farraj, D. Kundur
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引用次数: 4

摘要

研究了控制区域设计对分布式控制性能的影响。具体而言,我们考虑了参数反馈线性化(PFL)控制的分布式实现,以在电力系统发生扰动后实现有效的暂态稳定。我们采用层次谱聚类和k均值谱聚类技术来设计电力系统中具有高物理耦合的控制区。我们提出了三种分布式控制场景:(i)适用于控制区域内所有发电机的分布式控制,(ii)仅适用于控制区域内最大惯性发电机的分布式控制,以及(iii)分层分布式控制,其中所有发电机都采用分布式控制,而控制区域内的先导发电机采用集中控制。我们研究了区域聚类结果的影响,并比较了三种控制方法对各种电力系统故障的性能。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
On the effects of distributed control area design for the stabilization of cyber-enabled smart grids
We study the effect of control area design on the performance of distributed control. Specifically, we consider distributed implementations of parametric feedback linearization (PFL) control for efficient transient stability after the occurrence of a power system disturbance. We employ hierarchical spectral clustering and k-mean spectral clustering techniques to design control areas with high physical coupling within the power system. We address three distributed control scenarios: (i) distributed control applied to all generators of a control area, (ii) distributed control applied only to the largest inertia generator within a control area, and (iii) hierarchical distributed control where all generators apply distributed control and lead generators within a control area have centralized control. We investigate the effect of area clustering outcomes and compare the performance of the three control approaches for various power system faults.
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