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Research of control strategy of SVC on subsynchronous oscillation suppression

机译:SVC抑制次同步振荡的控制策略研究。

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Subsynchronous oscillation may cause the unstable torsional vibration of turbine-generator shaft system, and even damage the generator shaft, endangering the safe operation of power system. Based on the simulation, this paper uses Static Var Compensator to damp subsynchronous oscillation by utilizing extra voltage control and modal separation control. The subsynchronous oscillation effect of Static Var Compensator suppressing IEEE first benchmark model under the above two control strategies is analyzed and compared in detail. It is shown that both of the control strategies can help to damp subsynchronous oscillation, but the effect of modal separation is relatively better on the whole.
机译:次同步振荡可能会导致涡轮发电机轴系统的扭转振动不稳定,甚至损坏发电机轴,从而危及电力系统的安全运行。在仿真的基础上,本文利用静态无功补偿器通过额外的电压控制和模态分离控制来抑制次同步振荡。分析并比较了上述两种控制策略下静态无功补偿器抑制IEEE第一基准模型的次同步振荡效应。结果表明,两种控制策略都可以帮助抑制次同步振荡,但是模态分离的效果总体上相对较好。

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