搜索资源列表
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.
IEEE14ChaoLiuZS
- IEEE14节点潮流计算程序。程序最初的数据模块可以修改成别的,如IEEE30节点和57节点的等等,矩阵取名用的是中文拼音-IEEE14 node flow calculation program
BRANCH_IEEE30
- IEEE30节点支路数据,格式标准,对于那些想找标准测试系统的同行绝对有价值。-IEEE30 node slip data format standard, for those looking for standard test system, the absolute value counterparts.
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.
gauss
- 高斯法用于IEEE30节点系统的潮流计算源代码-Gauss law for the IEEE30 bus system source code flow calculation
Gui
- matlab编制的牛顿拉夫逊法潮流分析,以及PQ、快速PQ法。采用IEEE30 节点算例-matlab prepared Newton Raphson load flow analysis, and the PQ, fast PQ method. IEEE30 bus test cases
IEEE30
- IEEE30节点测试系统matlab M文件,包含各节点信息-The IEEE30 nodes test system M-file
case30
- IEEE30节点电力系统标准参数和潮流数据-IEEE30 node power system standard parameters and trend data
case30
- IEEE30节点数据 已验证 可运行 可借鉴-IEEE30 node data
IEEE30
- ieee30节点潮流计算的主程序 课程设计中可能会用到-main course design ieee30 node flow calculation may be used
PQ
- 配电网潮流计算,PQ分解法,IEEE30节点验证。-Distribution power flow calculation, PQ decomposition method, IEEE30 node validation.
ieee30
- ieee30节点的matlab程序,基于极坐标下牛拉法的求取雅可比矩阵-failed to translate
pso_ieee30
- pso无功优化,基于ieee30节点,注意下载matpower3.2,以提供数据。-Reactive power optimization pso based ieee30 node, note download matpower3.2, to provide data.
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
SE
- 一个简单的以IEEE13和IEEE30节点系统为例的电力系统状态估计算例,是一个比较好的学习例子-A simple to IEEE13 IEEE30 bus system and power system state estimation example, is a good example of learning
GetJacobianMatrix
- 生成雅克比矩阵包括IEEE14 IEEE30 节点的都可以希望对你有用-Generate Jacobian matrix includes IEEE14 IEEE30 node can hope useful to you
IEEE30
- 基于数学规划软件GAMS的优化算法,对IEEE30节点调度问题进行仿真优化,非常有助于地啊你系统专业学生研读学习GAMS的语言,程序可以有效运行(Based on the mathematical programming software GAMS optimization algorithm, IEEE30 node scheduling problem simulation optimization, very helpful, ah, your system professional st
IEEE标准模型
- IEEE30节点标准模型和说明,可用来分析稳态潮流(Standard model and descr iption for IEEE30 nodes)
case30
- 电力系统IEEE30节点系统潮流计算所需数据(Data needed for power flow calculation of power system IEEE30 test system)
cljs
- 搭建IEEE30节点的simulink仿真模型(IEEE30 Flow calculation simulink)