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cx
- 电力系统配网潮流计算,vb编制 配电网潮流计算程序(也可用于其它电压等级辐射网)采用当前流行的“前推回推”算法，收敛速度快（一般不超过3次迭代即可获得满意的精度）。
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
qiantuihuidaifa
- 基于前推回代算法的配电网潮流计算，很经典的程序源代码-Based on behalf of the algorithm back to the distribution power flow calculation, it is the classic source code
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
qiantuihuidai
- 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
pp14
- 潮流计算程序 采用前推回代方法。在配电网的潮流计算中，与输电网不同，输电网是闭环运行。配电网开环运行 -Flow calculation program uses forward and backward substitution method. The trend in the calculation of distribution network, with different transmission grid, transmission is the closed-loop oper
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
formback
- 前推回代法求解配网潮流（电流、电压、功率）-disflow
qiantuihuitui
- 前推回推法计算配电网潮流，已经通过验证，结果正确。同时计算出电压、电流、网损。-Calculation of forward and backward push distribution networks, has been validated, the results correctly. At the same time to calculate voltage, current, power loss.
peiwangchaoliu
- 前推回代配电网潮流程序源代码，并给出了计算实例-Forward and backward substitution power flow program source code, and calculation examples are given
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
myfile
- 简单前推回代潮流计算matlab，为初学者提供一点借鉴帮助(push backward substitution method matlab)
test
- 通过前推回代法对相应节点网络进行潮流计算(Power flow calculation of the corresponding node network by forward and backward generation method)
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