搜索资源列表
33节点潮流计算
- 本程序是一个IEEE33节点潮流计算程序。。。对配网重构等很有好处，经被人亲测可以使用。。。
IEEE39节点潮流计算程序
- 本程序是IEEE39节点潮流计算程序，经本人亲自测试能正常使用，而且测试结果与标准数据库比较接近。。。对于之后的配网重构，无功优化等很有好处。
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
33jiedian
- IEEE33节点电力系统前推回代潮流算法-IEEE33 node power system load flow algorithm forward and backward substitution
fenbushidianyuan
- 用mathlab7.0编码，实现分布式电源接入对配电网电压，网损影响仿真，并以IEEE33节点为例说明。代码可直接运行-Mathlab7.0 coding to achieve the access of distributed power distribution network voltage loss affect the simulation, and IEEE33 node example. Code can be run directly
HSA
- 利用和声搜索算法对IEEE33节点进行无功优化，采用前推回代潮流计算方法-Harmony search algorithm on IEEE33 node reactive power optimization, flow calculation method using forward and backward substitution
IEEE33jdmlabbc
- 本程序是利用牛顿法编制的潮流计算程序员源码，33节点的数据，符合ieee33节点的要求。-This program is the use of the Newton method for the preparation of the trend programmers source, 33-node data, in line with the requirements of ieee33 node.
33
- 混合智能算法：采用人工神经网络对不确定性函数与及约束进行拟合，并采用pso算法求解考虑多个风电节点的IEEE33节点系统随机规划模型。-Hybrid intelligent algorithm: the use of artificial neural network to fit the function of the uncertainty and constraint, and using pso algorithm considering IEEE33 node system stoch
IEEE33
- 针对33节点编写的潮流程序,运用前推回代法，实用性很强-Flow program written for 33 nodes, use push backward substitution method very practical
matlab_IEEE33node_Power-flow
- IEEE33节点的matlab前推回代法潮流计算，能计算电压幅值和相角-Before matlab IEEE33 node backward substitution method flow calculation can calculate the voltage amplitude and phase angle
ieee33
- IEEE33节点配电网matlab算例源代码。含数据和注解。可以更改数据。-Source distribution power flow calculation can be run directly, you can modify the input data
Matlab-trend-IEEE33-node
- 采用牛顿拉夫逊算法对ieee33节点系统进行潮流计算-Newton Raphson algorithm flow calculation ieee33 bus system
IEEE33
- ieee33节点配电网系统，前推回代法计算潮流- Ieee33 node distribution network system, forward and backward generation method to calculate the power flow
case33bw
- IEEE33 节点的MATPOWER潮流计算数据模版(MATPOWER power flow data template for IEEE33 nodes)
IEEE33节点算例
- IEEE33节点配电网电磁暂态仿真模型，包含配电网无限大电源母线，三相对称的支路与负荷模型，以及各负荷点处测量单元。(The electromagnetic transient simulation model of IEEE33 node distribution network includes the infinite bus of distribution network, the three-phase symmetrical branch and load model, and th
ieee33潮流计算
- 前推回代潮流计算，任意网络结构下均可以计算，内带IEEE33节点算例(The forward backward and forward power flow calculation can be calculated under any network structure, and the IEEE33 node with inner band can be calculated.)
IEEE33节点网络生成程序
- 根据0,1变量（开关关系）在线生成IEEE33节点网络。(The IEEE33 node network is generated online based on the 0,1 variable (switch relation).)
IEEE33
- IEEE33节点标准配电网数据，可以转换成所需要的格式，比如可以利用PSAT进行转换分析。(IEEE33 node standard distribution network data can be converted into the required format, such as PSAT for conversion analysis.)
mieee33
- 说明： 可以利用IEEE33节点模型做配网仿真，该仿真已经在matlab2017b上稳定运行 (IEEE33 node model can be used for distribution network simulation.)(IEEE33 node model can be used for distribution network simulation.)
IEEE33配电网潮流计算
- IEEE33节点的潮流计算，比较适合学习(Power flow calculation of 33 nodes)