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A method for identification of effective locations of variable impedance apparatus on enhancement of steady-state stability in large scale power systems

机译:大型电力系统中提高稳定状态稳定性的可变阻抗装置有效位置的识别方法

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Variable impedance apparatus such as a static VAr compensator (SVC) and a variable series capacitor (VSC) can improve the steady-state stability of a power system if they are located appropriately. The present paper proposes an index for identifying the location of SVC and VSC in large scale power systems for effective damping. The index is called LIED (location index for effective damping) by the authors. Since LIED can be computed quickly for large scale power systems which have more than two hundred generators without conducting a number of digital simulations and eigenvalue analyses, it is valuable for the system planner who needs to identify the effective location of SVC and VSC. The proposed index is applied to the New England test system and its validity is demonstrated through digital simulations.
机译:如果放置适当,诸如静态VAr补偿器(SVC)和可变串联电容器(VSC)的可变阻抗设备可以提高电力系统的稳态稳定性。本文提出了一种指标,用于识别在大型电力系统中有效阻尼的SVC和VSC的位置。作者将该索引称为LIED(有效阻尼的位置索引)。由于可以对具有200多个发电机的大型电力系统快速进行LIED计算,而无需进行大量的数字仿真和特征值分析,因此对于需要确定SVC和VSC的有效位置的系统规划人员而言,这非常有价值。拟议的指标应用于新英格兰考试系统,并通过数字仿真证明了其有效性。

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