搜索资源列表
IEEE
- 关于IEEE-6、14 30节点系统很实用的，经过运行可靠MATLAB程序上的潮流计算-power flower
v
- 潮流计算的程序，于5ieee,14ieee,30ieee都运行的不错，对于节点较多的没有验证-Flow calculation procedure, in 5ieee, 14ieee, 30ieee are running well, no more for the node to verify
PQload_flow_calculate
- PQ分解法针对IEEE14和30节点的电力网络潮流计算matlab程序-PQ decomposition IEEE14 and 30 nodes for the electricity network power flow calculation program matlab
30statcom
- 该文件是PQ分解法，可以更有效地解决IEEE30节点系统的潮流，希望可以给广大朋友一定的帮助。-The file is PQ decomposition, can more effectively address the trend IEEE30 bus system, hoping to be helpful to the general friend.
case_ieee-30
- ieee 30节点标准测试系统，可用于电力系统潮流、最优潮流计算-ieee30 nodes
case30
- 高等电力网络分析 附录B中的30节点潮流计算实验数据-Higher power network analysis in Appendix B 30 node experimental data flow calculation
IEEE-30-node-data--in-power-system
- 提供IEEE 30节点数据 方便对matlab编写的潮流程序进行测试-provide IEEE 30 node data in power system
30-Flow-calculation
- 使用30节点模型的潮流计算，C++版本，看看吧-30 node model using flow calculation, C++ version, look at it
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)
30节点系统最优潮流计算
- 30节点系统最优潮流计算，自编程序，可供最优潮流计算研究初学者提供系统分析；(30 node system optimal power flow calculation, self compiled procedures for optimal power flow calculation, beginners to provide system analysis;)
IEEE30节点
- 用MATLAB实现基于牛顿拉尔逊法的30节点的电力系统潮流计算(Realization of power flow calculation of 30 node power system based on Newton Raphson method with MATLAB)
IEEE-5-30-39 bus system
- IEEE-5-30-39节点潮流计算程序，有正确的结果！(IEEE-5-30-39 node power flow calculation program, the correct results)
PQ load flow
- MATLAB的潮流计算程序，14节点和30节点(MATLAB's power flow program, 14 nodes and 30 nodes)
Power Flow6.23
- MATLAB求解电力系统潮流；牛顿迭代法；适用于14节点30节点300节点1047节点等。(MATLAB solves the power system tidal current; Newton iteration method; it applies to 14 nodes, 30 nodes, 300 nodes, 1047 nodes, etc.)
潮流计算（极坐标2014.3.20）
- matlab潮流计算极坐标法，带IEEE14节点，30节点，118节点数据(Matlab power flow calculation polar coordinates, with IEEE14 nodes, 30 nodes, 118 node data)
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)
直流潮流
- 基于直流潮流法的IEEE-30节点潮流计算(Power Flow Calculation of IEEE-30 Nodes Based on DC Power Flow Method)
潮流计算程序
- matlable中的ieee30节点潮流计算(IEEE 30-node power flow calculation in Matlable)
免疫粒子程序
- 免疫粒子群算法是粒子群算法得一种，求30节点的电力系统潮流有较好的效果(Immune particle swarm optimization is a kind of particle swarm optimization algorithm, and it has a good effect on power flow of 30 nodes power system)
case30
- 用matlab写的30节点的电力系统，用于计算潮流分析的案例。(The 30 node power system written in MATLAB is used to calculate the case of power flow analysis.)