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DG placement and size with continuation power flow method

机译:DG放置和大小与延续电流法

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Optimum location and size of distributed generations (DGs) is important to maximize the system's stability. This paper presents a new simple but robust method based on the continuation power flow (CPF) method to determine the optimal location of DG units. The tangent vector in the CPF method provides the ratio of differential change in voltage to differential change in load. Size of DGs at each location is computed through an iteration process until the stable condition of the system is achieved. The proposed CPF method is tested on the IEEE 24-bus Reliability Test System (RTS) the results show the robustness of the method. Further relevant findings are also discussed in this paper.
机译:分布式代代(DGS)的最佳位置和大小对于最大化系统的稳定性非常重要。本文提出了一种基于延续电流(CPF)方法的新简单但坚固的方法,以确定DG单位的最佳位置。 CPF方法中的切线载体提供差分变化的电压与负载变化的比率。通过迭代过程计算每个位置处的DG的大小,直到实现系统的稳定条件。在IEEE 24总线可靠性测试系统(RTS)上测试了所提出的CPF方法,结果显示了该方法的鲁棒性。本文还讨论了进一步的相关调查结果。

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