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33node 33节点的配电网潮流计算程序
- 33节点的配电网潮流计算程序，程序自带33节点数据-33 nodes in the power flow calculation program, the program comes with 33 node data
IEEE-data 包括15个常用的IEEE电网节点数据
- 包括15个常用的IEEE电网节点数据，有BPA，清华，IEEE和euro四种格式-it contains 15 power grid IEEE data, there are BPA, tsinghua, IEEE and euro format
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 example, can be realized in c
ieee9
- 电力系统中的IEEE3机9节点系统图及相应的参数，并且有利用PSCAD/EMTDC搭建的系统模型。-Power system IEEE3 machine 9-bus system diagram and the corresponding parameters, and there use of PSCAD/EMTDC to build the system model.
dse
- 可以进行辐射状8节点配电网的状态估计，但是由于权重的选取不合适，程序收敛，但估计质量不高，可以通过合理的选择权重，来达到很高的估计质量。-Radial 8 nodes distribution network state estimation, but inappropriate due to the weight of the selected program convergence, it is estimated that the quality is not high, can be a
IEEE34-no-wind
- PSCAD34个节点的电力系统仿真模型，含继电保护，供参考。--PSCAD34 node power system simulation models, including the relay, for reference.
disflowtry
- 配电网潮流计算，以IEEE33节点为例,运用前退回代法计算-Power flow calculation, in order to IEEE33 nodes, for example, the use of return on behalf of the former method
powerflow
- C#实现，前推回代法进行配电网33节点潮流计算-developed with C#,this is a distribution network load flow calculation program using forward and backward substitution method
CEPRI36v6
- PSASP 8机36节点模型，可用于电力系统仿真等分析，模型相对简单-PSASP 8 machine 36 node model
IEEE4and14and30and57and118and300
- 非常全面详细的各种ieee标准节点的稳定计算分析，基于matlab的源代码，值得收藏-it is well know for every electrical engineer，and it is esay for learning。。。
IEEE39
- atp是电力系统暂态仿真软件，在atp仿真软件上建立了IEEE三机九节点的仿真模型，并得到了潮流及稳定的仿真结果-atp is the power system transient simulation software, simulation software in the atp built on the IEEE three-machine nine nodes in the simulation model, and has been the trend and stability of
PQload_flow_calculate
- PQ分解法针对IEEE14和30节点的电力网络潮流计算matlab程序-PQ decomposition IEEE14 and 30 nodes for the electricity network power flow calculation program matlab
power-system-calculation-
- 这是一个实现电力系统IEEE9节点的计算程序。很好用的哟。-Achieve power system and the calculation of the node.
MATLAB简化3节点分析
- 简单的三节点系统最优潮流，包含发电机的经济参数，用于OPF计算分析。(Simple three node system optimal power flow, including the generator's economic parameters, is used for OPF calculation analysis.)
30节点系统最优潮流计算
- 30节点系统最优潮流计算，自编程序，可供最优潮流计算研究初学者提供系统分析；(30 node system optimal power flow calculation, self compiled procedures for optimal power flow calculation, beginners to provide system analysis;)
16737065IEEE34bus
- PSCAD IEEE34BUS IEEE34分布式节点模型，pscad搭建(PSCAD IEEE34BUS IEEE34 distributed node model, PSCAD build)
潮流计算（极坐标2014.3.20）
- matlab潮流计算极坐标法，带IEEE14节点，30节点，118节点数据(Matlab power flow calculation polar coordinates, with IEEE14 nodes, 30 nodes, 118 node data)
IEEE39BusSystem
- 基于PSCAD的IEEE39节点测试系统，可实现电磁暂态仿真、机电暂态仿真以及小信号稳定性仿真分析等。通过E-TRAN将PSS/E数据转换为PSCAD模型，模型包含有E-TRAN的元件库等。(IEEE New England 39-bus test system based on PSCAD/EMTDC. The model can be used in electromagnetic transient simulations, electromechanical transient sim
micro-grid-6bus
- 微电网，6节点的电网数据，包括风力，负荷，发电机输出功率，节点图等信息，可参考(Microgrid, 6-node grid data, including wind power, load, generator output power, node diagram and other information, can be referred to.)
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)