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Static Voltage Stability Analysis of Power System Using the Combination of P-V Curve and the Modal Analysis

机译:使用P-V曲线组合和模态分析的电力系统静态电压稳定性分析

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Acorrding to the poor effect of traditional voltage stability method in the actual power network, a new method, combination of the P-V curve and modal analysis, was put forward. First, Kp(power reserve coefficient) was calculated to measure the power system static voltage stability margin through P-V curve. Then, on the basis of that, the modal method was used to get a detailed analysis. The participation factors under the minimum singular value of each node were calculated to find out the weak area, the key branch and key generators of the power system. These results may guide operators to note the weak areas, timely adjust the power flow, and arrange reactive power compensation and so on after a major disturbance. The study of a large power grid, with the help of the PSD-Vsap, a static voltage stability program, verifies the validity and practicability of the method.
机译:对传统电压稳定性方法在实际电网中的差的效果不良,提出了一种新方法,P-V曲线和模态分析的组合。首先,计算KP(电源储备系数)以通过P-V曲线测量电力系统静态电压稳定性裕度。然后,在此基础上,模态方法用于获得详细分析。计算每个节点的最小奇异值下的参与因素以找出电力系统的弱区域,关键分支和关键发生器。这些结果可以指导操作员注意弱区域,及时调整电流,并在大扰动后排列无功功率补偿等。借助PSD-VSAP,静态电压稳定性程序的帮助,研究了大电网的研究验证了该方法的有效性和实用性。

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