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2下载：
配电网前推回代法三相潮流程序，收敛迅速，可靠收敛-Distribution network on behalf of the three-phase forward and backward flow procedures, rapid convergence, reliable convergence
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使用matlab编写的 配电网前推回代潮流计算程序
使用IEEE 33节点配电系统作为算例，可实现弱环网情况下的潮流计算-Matlab prepared using forward and backward substitution distribution network power flow calculation program uses IEEE 33 node power distribution system as an example, can be realized in c
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C++编制，配电网单相前推回代潮流计算程序，IEEE 33配电网作为算例，自己做项目编的-C++,, with single-phase power flow calculation forward and backward substitution procedures, IEEE 33 distribution network as an example, do their own project compiled
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C#实现，前推回代法进行配电网33节点潮流计算-developed with C#,this is a distribution network load flow calculation program using forward and backward substitution method
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【配网潮流计算程序】本程序采用前推回代法，适用于35kV以下辐射型开式网络潮流计算，且若支路有备用支路需换算为单支路再行计算，适用于回路无环路时（有详细程序说明）。-【Distribution network load flow calculation program】 This procedure uses forward and backward on behalf of the law applicable to the following radiation-type open-35kV
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Step by step forward and backward sweep
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配电网网损计算，前推回代算法，基于分成分区原理-Distribution network loss calculation, forward and backward substitution algorithm is divided into partitions based on the principle
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IEEE 33节点系统（仅PQ节点）三相不平衡潮流的前推回代算法，MATLAB中直接运行出结果。可在本程序基础上做修改，进行进一步开发。-IEEE 33-node system (only the PQ node) three-phase unbalanced trend forward and backward substitution algorithm, results run directly MATLAB.
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根据IEEE 33节点配电网拓扑图设计的前推回代法潮流计算matlab程序-According to IEEE 33 node distribution network topology design forward and backward substitution method flow calculation matlab program
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matlab网络拓扑识别程序，前推回代法计算线损。-Forward and backward substitution flow calculation
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IEEE8节点的潮流网络，计算出了每个节点的电压和相角-IEEE8 nodes forward and backward substitution method to give each node voltage phase angle
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Power flow in distribution system is systematically different with transmission systems.
Because in distribution system the ration of R/X is high and the conventional power flow
methods such as Newton-Raphson cannot always be used. In this regard
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