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IEEE5
- IEEE5节点经典算例程序，非常完整的潮流计算程序，对电力系统自动化专业的学生非常有用 -IEEE5classic example node procedure is a complete flow calculation procedure of the power system is very useful for students Automation
IEEE5
- IEEE5节点潮流程序，自己编写，经过教授验证，可以对潮流计算的编写起到参考作用-IEEE5 node flow program, their preparation, through Professor verification, writing can serve as a reference flow calculation
powerflow
- 适用于IEEE5，9,14,30节点的潮流计算程序，采用直角坐标系，牛拉法求解。-Applicable IEEE5, flow calculation program 9,14,30 nodes, using Cartesian coordinates, cattle Rafah solving.
case_5
- 电力系统ieee5节点 simulink模型 可用于电力系统仿真，亲测可用-ieee5 node simulink model
P-Q-method-of-power-flow-calculation
- MATLAB编写利用P-Q分解法的潮流计算程序，程序中利用基于稀疏技术的因子表法进行迭代求解，以降低存储量，提高运算速度。本程序只适用于简单系统，如IEEE5节点系统。对于复杂系统，由于PV节点电压越限等问题尚未考虑，得到的潮流结果可能有误！-MATLAB flow calculation program written using PQ decomposition method, program utilization based o
power-flow-based-on-BB-plan
- C语言编写P-Q分解法潮流计算程序，基于BB方案，且该程序采用基于稀疏技术的因子表法进行迭代求解，以降低存储量，提高运算速度。附有IEEE5,14,30,39,118节点系统数据及潮流结果，已验证程序的可行性。-C language PQ decomposition method flow calculation procedures, based on BB plan and carry out the program uses an
ieee5
- ieee5节点牛顿拉夫逊法潮流计算程序 使用电力系统标准模型-load flow matlab
ieee5
- Department of Electrical and Computer Engineering, American University of Beirut, Beirut 1107 2020, Lebanon Corresponding author: M. Baydoun (mhb13@aub.edu.lb)
power-flow-program
- 电力系统潮流程序，包括高斯赛德尔迭代、牛拉法、PQ法、保留非线性法，有注释和说明文档，IEEE5节点系统-Power Flow program, including G-s & NL & PQ & nonlinear method, notes and documentation, IEEE5 node system
cljsByPj
- IEEE5、IEEE9、IEEE11、IEEE13、IEEE14节点潮流计算程序-IEEE5, IEEE9, IEEE11, IEEE13, IEEE14 node flow calculation program
chaoliuIEEE
- 这个是采用matpower来对IEEE5节点和14节点来进行潮流计算，对于学习潮流计算的人来说很有帮助。-This is the use of matpower to IEEE5 nodes and 14 nodes to the trend of the calculation, for people who learn the trend of the calculation is very helpful.
牛顿法
- IEEE5节点潮流计算,导纳矩阵计算，关联矩阵计算，支路数据处理(IEEE5 node power flow this is the stand Power grid.according the newton method to calculate the power flow)
case5
- 2机5节点系统，可实现简单牛拉法，快速解耦法迭代潮流计算(2-machine 5-node system can realize simple Niula method and fast decoupling method to iterate power flow calculation)