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33node 33节点的配电网潮流计算程序
- 33节点的配电网潮流计算程序，程序自带33节点数据-33 nodes in the power flow calculation program, the program comes with 33 node data
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
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
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
caoliu
- PQ分解法潮流计算程序。既可以用于高压输电网的潮流解算，又可以用于低压配电网的潮流解算，还可以同时解算输电网 加配电网的混合潮流问题。-PQ decomposition process flow calculation. Both high-voltage transmission networks can be used to calculate the trend, but also can be used in the trend of low voltage distribution
yibufadianjichaoliujisuan
- 基于异步发电机的配电网潮流计算程序,适合于分布式发电对配网的影响分析-Induction generator based on the distribution power flow calculation program, suitable for distributed generation impact on distribution network analysis
chaoliu
- 配电网潮流计算，前推回代法，matlab程序-distribution system calculation
h
- 配电网潮流计算电磁暂态的程序，很经典，用c编制，已经通过上机调试-pei dian wang dian ci zantai
Forward
- matlab潮流计算程序 多是基于输电网开发的，而对于配电网中的潮流计算程序较少，真对辐射型配电网的特点，开发了用于配电网潮流计算的MATLAB程序，该程序采用新的支路选择方法，无需对网络进行复杂的编号。-matlab flow calculation procedure is based on multi-grid development, and for power distribution network power flow calculation program less true o
chaoliujisuan
- 配电网潮流计算程序，有40个节点，并且利用时下普遍的前推回代算法计算-Distribution power flow calculation program, with 40 nodes, and use nowadays generally forward and backward substitution algorithm
matpower6.0b2
- matpower6.0b2资料包，适合计算配电网潮流计算(Matpower6.0b2 data package, suitable for calculating power flow calculation of distribution network)
IEEE33Newton
- 适用于配电网的潮流程序，非常适用，大家可以参考一下(Applicable to the distribution network of the trend of the program, very applicable, we can refer to)
14节点配电网牛拉法潮流计算程序
- 牛顿拉弗逊法潮流计算程序（matlab）(newton-raphson method power flow calculation program (matlab))
power flow2
- 本程序用于计算特殊配电网的潮流，使用的是matlab语言加以实现(This program is used to calculate the power flow of a special distribution network, which is implemented by the MATLAB language.)
IEEE33dg
- IEEE33节点潮流计算程序，用于计算配电网的潮流。(IEEE33 node power flow calculation program It is used to calculate the power flow of the distribution network)
cthd3940
- 利用matlab编写的配电网潮流计算程序，有40个节点，该算法利用前推回代法计算(The power flow calculation program of distribution network written by MATLAB has 40 nodes. The algorithm is calculated by the forward back generation method.)
潮流程序
- 基于MATLAB的电力系统潮流计算程序，配电网网络结构和数据来源于《现代配电系统分析》的附录。(The power flow calculation program based on MATLAB,distribution network network results and data are from the appendix of Modern Distribution System Analysis.)
配电网前推回代潮流计算程序
- matlab语言，电力系统配电网潮流计算程序(Power flow calculation program, MATLAB language)
33节点含分布式电源配电网的程序
- 33节点符合分布式电源电力系统配电网的潮流计算(Matlab language, power flow calculation of power system distribution network)
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