搜索资源列表
yezhijiedian
- 查找拓扑结构的叶子节点，并计算其节点功率。潮流程序前推的第一步。
8-nodes
- 以8节点为例。运用前推回代法计算潮流，简单易学。-Take an 8-node system for example, using the forward /backward method to calculate the power flow, which is easy to learn and apply.
graphicsfile-Sch50
- IEEE系统原始数据，可以用于电力系统潮流计算，便于人员的交流-IEEE Transactions on Systems raw data
N_R
- 潮流计算万能程序，能够计算潮流，网络潮流程序编写的不错-Universal flow calculation program
Desktop
- 牛顿拉夫逊直角坐标系的潮流计算程序。本程序含有注解比较容易懂(Newton Ralph Xun power flow calculation program in Cartesian coordinate system)
zc33
- 基于33节点的前推回代潮流计算方法，有详细得注释(Based on 33 nodes before back flow calculation method, detailed notes)
matpower6.0b1
- 基于30节点的半不量法编程，概率潮流计算，有详细注释(30 nodes based on the method of half not programming, the probabilistic power flow calculation, there are detailed notes)
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)
常规潮流算法-牛拉法-直角坐标 - 最小化潮流
- 将数学规划原理和常规潮流计算相有机结合，形成的带有最优乘子的牛顿算法(Combining the mathematical programming principle with the conventional power flow calculation, the Newton algorithm with the optimal multiplier is formed)
case69
- IEEE69节点潮流计算程序，包括节点数据，支路数据和发电机数据。(MATLAB, case69.m, include bus data, branch data and generator data.)
chaoliu
- 牛顿拉夫逊法潮流计算，含详细的注释说明，有助于更好地理解电力系统机算潮流(Newton rafson method power flow with Detailed explanatory notes)
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)
case14
- IEEE14节点系统潮流计算，其能计算的结果包括系统的节点导纳矩阵、所有节点的节点类型、各节点电压的幅值和相角、各节点消耗的有功功率和无功功率、发电机节点发出的有功功率和无功功率以及它们的总容量(IEEE14 node system power flow calculation, the calculation results including the system nodal admittance matrix, all node types, each node voltage ampli
电力系统课设
- 用牛顿拉夫逊法计算潮流，电力系统课设必需(With newton-raphson method for calculating the tidal current, power system courses required)
IEEE-30DC_program
- 直流潮流法计算IEEE-30节点的潮流数据(Calculation of Power Flow Data at IEEE-30 Nodes by DC Power Flow Method)
新建 WinRAR 压缩文件管理器
- IEEE123节点牛顿拉夫逊法潮流计算程序(IEEE123 Node Newton Raphson Power Flow Computing Program)
基本粒子群 - 副本
- 对IEEE33节点系统进行配电网重构，利用基本粒子群迭代优化，采用前推回代计算潮流，有中文注释，是初学者必备的程序教程(Reconfiguration of the distribution network of the IEEE33 node system, using the basic particle swarm iterative optimization, using the pre-push back to the calculation of the trend, with Ch
l
- 本程序实现了22节点的交直流配电网潮流计算。(This program implements the 22-node AC-DC distribution network power flow calculation.)
power flow1
- 牛拉法计算潮流，利用牛拉法基于MATLAB计算电力系统稳态潮流(The niula method is used to calculate the power flow, and the steady-state power flow of the power system is calculated based on MATLAB)