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Research of Power System Closest Voltage Collapse Boundary

机译:电力系统最近电压崩溃边界的研究

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The determination of power system voltage collapse boundary is very important to study voltage stability. The explicit expressions of power system voltage high and low voltage curves are obtained by solving the equations which are formed by the hybrid network equations and then get the characteristic equations of the voltage collapse boundary. For analyzing the closest boundary by the characteristic equations we define the one-node voltage collapse boundary and all-node voltage collapse boundary. The closest stability boundary of the power system has been found out by comparing the active power index. Because the Jacobian matrix is singular near the voltage collapse boundary the dimensionality reduced algorithm is proposed. This method can get the value of voltage collapse boundary effectively. The simulations show that the concepts and methods presented in this paper are correct.
机译:电力系统电压崩溃边界的确定对于研究电压稳定性非常重要。通过求解由混合网络方程组成的方程,得到电力系统电压高低压曲线的明确表达式,然后得到电压崩溃边界的特征方程。为了通过特征方程式分析最接近的边界,我们定义了一个节点的电压崩溃边界和所有节点的电压崩溃边界。通过比较有功功率指标,找到了电力系统最接近的稳定边界。由于雅可比矩阵在电压崩溃边界附近是奇异的,因此提出了降维算法。该方法可以有效地获得电压崩溃边界值。仿真表明本文提出的概念和方法是正确的。

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