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40节点潮流程序
- 使用matlab，前推回代法，针对40节点的算例
san 配电网前推回代法三相潮流程序
- 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
flowofdistribution33nodes
- 此程序为MATLAB实现的配电网33节点潮流计算，方法为前推回代法。-MATLAB realization of this program for the distribution network 33 nodes in power flow calculation, and methods for the former to push back on behalf of the law.
DistributionFlow
- 采用前推回代法计算配电网潮流的程序，同时给出了IEEE33节点的算例-Using forward and backward substitution method to calculate distribution power flow program, and gives examples of nodes IEEE33
formback11
- 利用前推回代法，计算配电网潮流，收敛性较好-Use of the former back on behalf of law, distribution power flow calculation, a better convergence
c
- 利用前推回代法计算配电网潮流，可以算得电压，功率以及电流-Use of the former back-generation distribution power flow method can be considered as voltage, power and current
qthdpdwcljs
- 用前推回代法计算配电网潮流,且有数据，可以运行出结果的-use a new method calculate the power flow
chaoliu
- 【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
qthdchaoliu
- 配电网潮流计算根据她的特点提出这个方法配电网前推回代法潮流计算-qiantuihuidai math
formback
- 前推回代法求解配网潮流（电流、电压、功率）-disflow
chaoliu
- 配电网潮流计算，前推回代法，matlab程序-distribution system calculation
qthd33
- 基于MATLAB编写的前推回代法求解IEEE33节点电压-Forward and backward substitution method to solve the node voltage IEEE33
1
- 基于前推回代法的三相不对称潮流计算，用于解决一般的辐射网-Forward and backward substitution method based on the three-phase asymmetrical power flow
the-backforward-sweep-method-
- 该程序介绍的是40节电电力系统的前推回代法潮流计算过程-The program is presented in the first 40 power-saving electric power system to push back on behalf of the current calculation method
潮流计算：前推回代法
- 由π型模块级联成的简单电网作潮流计算的一种情况：已知始端电压和末端复功率及电网各处参数，利用前推回代法求始端复功率和末端电压(A simple power grid cascaded by PI module is used for power flow calculation: the initial terminal voltage and terminal complex power and the parameters of the grid are known. The forward
main
- 一个简单的配电网潮流计算，利用前推回代法，IEEE33节点系统，可直接出结果。(A simple distribution network power flow calculation, using the forward back generation method, IEEE33 node system, can be directly out of the result.)
PF_QTHD_33_gut
- 实现33节点前推回代法，可实现弱环网计算。(The 33 node forward and backward substitution method is realized, and the calculation of weak ring network can be realized.)
Untitled
- 前推回代法的IEEE33节点的潮流计算matlab程序(Pre thrust generation)
前推回代潮流计算程序
- 前推回代法已知配电网的始端电压和末端负荷，以馈线为基本计算单位。 最初假设全网电压都为额定电压，根据负荷功率由末端j向始端k逐段推算，仅计算各元件中的功率损耗而不计算节点电压，求得各支路上的电流和功率损耗，并据此获得始端功率，这是回代过程。 再根据给定的始端电压和求得的始端功率，由始端向末端逐段推算电压降落，求得各节点电压，这是前推过程。如此重复上述过程，直至各个节点的功率偏差满足允许条件为止。(The forward and backward substitution method
前推回代法潮流计算
- 33节点配电网三相前推回代法潮流计算 配电网三相前推回代法潮流计算