搜索资源列表
matpower3.0.0
- 这是关于电力系统潮流优化的30个节点测试标准，基于MATLAB开发
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.
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
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.
PQpowerflow
- matlab编写的潮流程序，内附30个节点的验证-matlab program written in the tide, containing 30 nodes verify
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.
opf-ieee14-30-118
- 矢量编程潮流及最优潮流算法。包含IEEE4,14,30,57,118,300节点的数据包和潮流计算程序。-Vector programming trends and Optimal power flow calculation including the data and the matlab program of IEEE 4,14,30,57,118,300. It is useful and helpful for the students who are major in electri
continuous-power-flow
- 使用matlab编写的连续潮流，考虑了30发电机节点，结果相对比较可靠-continuous power flow matlab by myself，maybe it isvery useful
powerflow(matlaB)
- 利用牛顿拉夫逊法进行电力系统潮流计算。附带IEEE-14、30节点数据。-Newton Raphson power flow calculation method. Comes with IEEE-14,30 node data.
matpower5.123
- 对于学习MATLAB编写潮流程序和最优潮流的同学非常有用,包括4、6、9、30、36、118节点等case-MATLAB flow program for learning to write and OPF students useful case including 4,6,9,30,36,118 nodes, etc.
Newton-Ralph-Xun-
- 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.-About IEEE-6, 1430 node system is very practical, after running a reliable MATLAB program on the power flow calculation.
case30
- 在matlab中计算30节点的潮流计算，可输入节点信息得出潮流分布结果-In the matlab calculation flow calculation of 30 nodes, can input node information tide distribution 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)
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)