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PQ分解法算潮流
- 运用C语言编程，使用PQ分解法进行潮流计算，给出33节点基本算例。适合初学者学习
zc33
- 使用matlab编写的 配电网前推回代潮流计算程序 使用IEEE 33节点配电系统作为算例，可实现弱环网情况下的潮流计算-Matlab prepared using forward and backward substitution distribution network power flow calculation program uses IEEE 33 node power distribution system as an
33-32
- 基于33节点配电网的前推回带潮流计算程序，改程序考虑了线路损耗-Based on the 33 node distribution network to push back with a flow calculation program, change the program considers the line losses
33-node-distribution--matlab--model
- 33节点matlab配电网仿真模型与matpower潮流计算结果等-33 node distribution network matlab simulation model and matpower flow calculation results, etc.
33-nodes-trend-technology-program
- 33节点潮流计算 毕业设计论文中可能会用到 总之很牛逼就对了-33 nodes trend technology program
33-node-test
- 33节点测试：计算联络线转供方案；负荷点损失风险计算；过电流风险计算-33 node test: contact wire transfer for computing program load point risk of loss calculation overcurrent calculated risk
配电网算例(33-69节点)
- 配电网算例33-69，基础算例，适合做初始资料(Distribution network example 33-69, the basic example, suitable for initial data)
IEEE33节点matlab潮流程序
- 能计算33节点的潮流计算，程序很方便。能自行计算(Calculation of 33 node power flow)
EV_LA_33
- IEEE33节点配电系统的最优潮流程序，基于matpower(Optimal power flow of 33 node distribution system)
ieee33
- ieee33节点配电网，模型和程序都有，仅供参考(Ieee33 node distribution network,Both models and programs are available for reference only)
33节点潮流
- 用于电力系统潮流计算，可运行，用于标准33节点，方便快捷。(For power system load flow calculation, can be run for standard 33 nodes, convenient and fast.)
33节点配网重构
- 对IEEE 33节点配电网重构进行编程分析，适合初学者学习。(Program analysis of IEEE 33 node distribution network reconstruction for beginners to learn)
33
- 带分布式电源的33节点配电网位置容量优化程序(Location Capacity Optimization Program for 33-Node Distribution Network with Distributed Generation)
IEEE33节点
- 采用simulink搭建IEEE标准33节点仿真模型及.m程序(IEEE standard 33 node simulation model)
33节点含分布式电源配电网的程序
- 33节点符合分布式电源电力系统配电网的潮流计算(Matlab language, power flow calculation of power system distribution network)
NL_ieee33
- 计算33节点潮流，IEEE标准33节点，使用牛拉法的直角坐标形式(djhcbhuhdwblvykuerbviuren)
33节点系统重构程序实现
- 33节点潮流计算，用于IEEE-33节点配电网系统重构程序的实现(33-node power flow calculation for the implementation of IEEE-33-node distribution network system reconstruction program)
IEEE33配电网潮流计算
- IEEE33节点的潮流计算，比较适合学习(Power flow calculation of 33 nodes)
电力系统课程设计
- 33节点系统潮流计算，风险计算 采用pq分解法进行编写，公式对应文档(33-node system power flow calculation, risk calculation)
33节点DG最优分布
- 通过粒子群算法实现在33节点中的分布式电源的选址定容(Location and capacity determination of distributed generation in 33 nodes by particle swarm optimization)