第二章建立了配电网络各种元件的三相数学模型，这是三相潮流计算的基础。
In the second chapter, three-phase models for distribution system elements are established, which is the basis of three-phase power flow.
利用补偿原理对配电网网络重构的最优流模式算法进行改进，以减少潮流计算次数，降低计算量。
This article reports an improved optimal flow pattern algorithm based on compensation principle for distribution network reconfiguration for loss minimization.
该算法将网络节点按层次进行分类，并分层并行计算各层次的功率损耗和节点电压，因而可大幅度提高配电网潮流的计算速度。
In this algorithm, the nodes of network are sorted by layers and the loss of voltage and power of speed of power flow can be increased greatly.
利用补偿原理对配电网网络重构的最优流模式算法进行改进，以减少潮流计算次数，降低计算量。
An improved optimal flow pattern algorithm for the network reconfiguration to minimize line losses is presented.
利用补偿原理对配电网网络重构的最优流模式算法进行改进，以减少潮流计算次数，降低计算量。
An improved optimal flow pattern algorithm for the network reconfiguration to minimize line losses is presented.
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