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
NODE_IEEE30
- 电力系统标准测试系统，30节点系统，格式完全正确，可以方便的用来分析计算。-Power system standard test system, 30-bus system, the format entirely correctly, can easily be used to analyze the calculation.
chaoliu-matlabIEEE-30-bus-system
- 牛拉法潮流matlab仿真算例IEEE 30-bus system-Rafah, the trend of cattle matlab simulation example IEEE 30-bus system
jizuobiao
- 本程序采用MATLAB对IEEE标准测试系统算例进行编程，并给出了9,14,30，39,57等系统的数据，将数据直接导入潮流主程序编程进行计算分析-The program uses MATLAB to IEEE standard test systems for programming examples, and gives 9,14,30,39,57 other system data, trend data directly into the main program for calcula
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
case30
- 这是一个30节点的IEEE-30标准测试系统后感数据代码-This is a 30-node IEEE-30 standard test system a sense of the data code
IEEE
- ieee 标准测试系统原始数据--14 30 57 118节点-ieee standard test system, the raw data 14 30 57 118
l-p-opf
- matlab ieee modified 30 bus data and pso economic disaptch
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
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
IEEE-30-PSO
- 3个节点无功优化，还有IEEE30节点数据,可以用作比较-30 node reactive power optimization, as well as IEEE30 node data
svc-30-bus
- placement of svc in IEEE 30 bus system
ieee-30
- 实现了30节点的状态估计，对比了ekf,ukf,ckf和aukf-A 30-node state estimation is implemented, comparing ekf, ukf, ckf, and aukf
ieee_30_bus
- ieee 30节点 pscad仿真图 可以看有功功率 无功功率 电压 包涵标幺值参数。(ieee 30 bus pscad active power reactive power voltage pu parameters)
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)
IEEE4,14,30,57,118,300
- 包含多IEEE标准系统的潮流计算程序，采用牛顿拉夫逊法，文件包括六个典型算例以及五个m文件(Power flow calculation program containing multi IEEE standard system)
IEEE 30 bus system data
- IEEE 30 BUS SYSTEM Comparisons between stochastic and deterministic Unit Commitment solutions are provided. The generation of Unit Commitment solution is guaranteed by DEEPSO, which is a hybrid DE-EA-PSO algorithm, where DE stands for Differential
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)
半动态法节点优化
- 可实现ieee30节点编号的优化，以及利用稀疏技术存储(It can optimize IEEE 30 node number and store it with sparse technology)