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Hopf bifurcations induced by SVC Controllers: A didactic example

机译:SVC控制器引起的Hopf分叉:一个教学示例

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This paper illustrates the effects of a static var compensator (SVC) device on the stability of a simple "single-machine dynamic-load" system. Firstly, the stability of the test system without SVC is investigated. The analysis is based on bifurcation diagrams, small signal stability analysis and time domain simulations. Without the SVC device, the system presents a saddle-node bifurcation. Then, static and dynamic analyses are repeated for the system with a SVC device located at the load bus. The SVC is able to improve system loadability but leads to a Hopf bifurcation. Finally, a multi-parameter bifurcation analysis is presented to study the effect of system parameters on the Hopf bifurcation.
机译:本文说明了静态无功补偿器(SVC)设备对简单的“单机动态负载”系统的稳定性的影响。首先,研究了没有SVC的测试系统的稳定性。该分析基于分叉图,小信号稳定性分析和时域仿真。如果没有SVC设备,系统将呈现鞍形节点分叉。然后,对位于负载总线上的SVC设备的系统重复进行静态和动态分析。 SVC可以提高系统负载能力,但会导致Hopf分叉。最后,进行了多参数分叉分析,以研究系统参数对Hopf分叉的影响。

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