搜索资源列表
IEEE33jdmlabbc
- 本程序是利用牛顿法编制的潮流计算程序员源码，33节点的数据，符合ieee33节点的要求。-This program is the use of the Newton method for the preparation of the trend programmers source, 33-node data, in line with the requirements of ieee33 node.
IEEE33jdsjsm
- IEEE33节点的数据整理于此处，便于查阅。无错误的收集在一起，方便参考，实验。-IEEE33 node data collation in here for ease of reference. Reference to international standards at the same time easily accessible.
33
- 混合智能算法：采用人工神经网络对不确定性函数与及约束进行拟合，并采用pso算法求解考虑多个风电节点的IEEE33节点系统随机规划模型。-Hybrid intelligent algorithm: the use of artificial neural network to fit the function of the uncertainty and constraint, and using pso algorithm consid
bccdp
- 细菌取药性算法与微分进化算法的结合，选取IEEE33节点的系统网损为优化目标-BCC & DP
formbackold
- 使用IEEE33 BUS系統所求出來的匯流排電壓、相角、功率，是用前代回法求解電力潮流，希望對大家有幫助。-Seeking out the use the IEEE33 BUS system bus voltage, phase angle, power, with the previous generation back method for solving power flow, and I hope for all of us t
IEEE33
- 针对33节点编写的潮流程序,运用前推回代法，实用性很强-Flow program written for 33 nodes, use push backward substitution method very practical
DistributionPowerFlow
- 上传的是eclipse工程文件夹。计算辐射型配电网的分层算法，通过从文本文档读取数据。以IEEE33节点系统为例，数据保存在1.txt中，使用方法里面有txt文档说明-Upload eclipse project folder. Hierarchical algorithm calculation of the radiation distribution network, read data from text documents.
IEEE33
- IEEE致力于电气、电子、计算机工程和与科学有关的领域的开发和研究，该程序为IEEE30节点潮流计算,电压初值计算，-IEEE is committed to electrical, electronics, computer engineering and science-related fields of development and research, the program flow calculation for the I
rand03.6
- In order to minimize power losses caused by high current and improve the voltage profile in the network distribution, the introduction of dispersed generations also called productions decentralized in distribution networ
Tide-power-generation-algorithm
- 改进潮流前推回带法，（对IEEE33节点进行计算）-Improvements before pushing back the tide with a law (on IEEE33 node calculation)
matlab_IEEE33node_Power-flow
- IEEE33节点的matlab前推回代法潮流计算，能计算电压幅值和相角-Before matlab IEEE33 node backward substitution method flow calculation can calculate the voltage amplitude and phase angle
lHspeidianwang
- 利用前推回代法求解IEEE33节点配电系统各节点电压-Before use backward substitution method to solve IEEE33 node of each node voltage distribution system
network-reconfiguration
- 一种基于和声搜索算法的配电网重构算法，并在IEEE33节点上进行算例的验证。-Harmony search algorithm based distribution network reconfiguration algorithms and validate numerical example in IEEE33 node.
relaxed-newton
- 采用一种松弛牛顿法，对IEEE33节点系统进行潮流计算，并得出正确结果。-Newton s method uses a relaxation programming for IEEE33 node system and derive the correct results
chaoliu
- IEEE33节点配电网潮流计算程序，采用前推回代方法进行计算-IEEE33 node flow calculation program，power generation method is used to calculate.
case_33
- IEEE33节点的对应节点信息，编程时可直接载入计算。-IEEE33 node corresponding node information, programming can be directly loaded into computing.
33-node-feeder
- IEEE33节点 配电网信息梳理 包含节点、支路等信息-IEEE33 node
test_ga33
- 基于遗传算法电力系统无功优化(对于ieee33节点的算例程序)-Reactive Power Optimization of Power System Based on Genetic Algorithms(For example ieee33 node procedure)
IEEE33
- IEEE30节点遗传算法，简单实用，适合初学者学习，可用于配电网重构-Genetic algorithms, simple and practical, suitable for beginners to learn, can be used for distribution network reconfiguration
IEEE33DG
- IEEE33节点含DG遗传算法，简单实用，适合初学者学习，可用于配电网重构-Genetic algorithms, simple and practical, suitable for beginners to learn, can be used for distribution network reconfiguration