搜索资源列表
disflowtry
- 潮流计算：算例为IEEE33 计算网络节点电压 -Computing network node voltage power flow calculation examples for the IEEE33
PF_qianhou
- Matlab潮流计算程序，前推回推法计算，以IEEE33节点为算例-Matlab flow calculation program, forward and backward extrapolation calculations to IEEE33 node example
chaoliu33
- 配网前推回代潮流算法的matlab程序，采用IEEE33节点作为算例-Distribution network trend of forward and backward substitution algorithm matlab program, IEEE33 node as an example
QTHDF
- 以IEEE33节点配电网络系统为例，采用前推回代法对该系统进行潮流计算。-probabilistic flow
Power-flow-calculation
- 用前推回代法计算IEEE33节点电网的潮流计算-Grid computing trend IEEE33 node calculated using forward and backward substitution method
matlab-8.1
- ieee33节点的牛顿拉夫逊法matlab潮流程序-ieee33 node Newton method matlab program
IEEE33
- 33节点的源代码程序，用于配电网重构的潮流计算。-33 node source code for distribution network power flow calculation.
IEEE33
- 用于电力系统有功负荷，无功负荷、节点电压等潮流计算(For power system flow calculation.)
Untitled
- 前推回代法的IEEE33节点的潮流计算matlab程序(Pre thrust generation)
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
fuheDG
- 首先判断IEEE33节点的拓扑结构是否满足辐射状约束，然后采用牛顿拉夫逊法计算潮流，考虑分布式电源的不确定性，采用半步变量法进行随机潮流计算，仔细研究非常有用(First, determine whether the topology of IEEE33 nodes meets the radial constraint, and then use Newton Raphson method to calculate power flow, considering the uncertainty
IEEE33
- 该程序是牛拉法的直角坐标潮流计算，已用33节点加以验证，特此分享给大家！