搜索资源列表
QTHD8node
- 一个简单的8节点配网的前推回代潮流算法。求解配电网潮流-A simple front with eight-node network flow backward substitution algorithm. Solving distribution power flow
mieee33
- 标准33节点的配网测试系统的前推回代潮流算法-33 before the standard distribution network node test system flow backward substitution algorithm
chaoliu33
- 配网前推回代潮流算法的matlab程序，采用IEEE33节点作为算例-Distribution network trend of forward and backward substitution algorithm matlab program, IEEE33 node as an example
WLS33
- 33节点的配网状态估计，估计结果精度较高-33 node distribution network state estimation, the estimated results of high precision
qiantuihuitui
- 配电网中潮流计算不能通过传统的潮流计算方法，前推回推经典的配网潮流计算方法-Power flow calculation can not by the traditional power flow calculation method, calculation method of forward and backward power flow classic
COMTRADE
- 最近在做配网自动化的产品馈线终端，用到故障录播，其使用的规范要求是电力系统瞬态数据交换的通用格式。-In doing recent distribution automation product feeder terminal used taped fault, its specification is a common format used by power system transient data exchange.
AnQuanFangHu
- 国网公司《配电自动化系统安全防护方案》---根据《电力监控系统安全防护规定》(Safety protection scheme for distribution automation system)
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)
ieee33distribute_3
- IEEE33节点搭建matlab模型，适用于电力系统配电网电压控制计算仿真(IEEE33 node builds matlab model, which is suitable for power system distribution network voltage control simulation.)
DFIG
- 基于MATLAB中的Simulink模块中的双馈风机仿真示例，在此基础上重新设定合理的风机、配网及大电网的参数，设计加入四分量叠加法的风速模型。同时设计了110KV电网电压突然下降，在风电场并网点选择不同模式下的仿真结果分析和35KV配网发生三相短路故障时的风电机组输出特性仿真(Based on the simulation example of the doubly fed fan in the Simulink module in
Matlab and OPENDSS for Distribution power Flow
- 实现了matlab COM接口与OPENDSS的交互，可以在matlab中编程对PENDSS内的程序进行更改。以 IEEE-13节点系统潮流计算作为opendss与matlab交互编程的标准示例，帮助学习者更快的掌握opendss与matlab的交互。(OpenDSS utilized for a distribution system power flow using Matlab COM Interfacing)
AirKissDebugger
- 手机airkiss配网测试工具，可用于智能硬件连网测试(Mobile airkiss distribution network testing tool)
33bpso_ploss
- 以减小网损为目标的配电网重构问题求解，利用二进制粒子群优化算法(To solve the problem of distribution network reconfiguration with reduced network loss, binary particle swarm optimization algorithm is used.)
AirKissDemo
- Android客户端Airkiss配网demo(Android Airkiss demo)
AirKissDebugger.apk
- 内含airkiss 配网功能，aikiss是解决设备间配网的技术。此apk可以模拟airkiss(the function of airkiss is can make device connect to other device.)
IEEE33_3
- 可以利用IEEE33节点模型做配网仿真，该仿真已经在matlab2017b上稳定运行(IEEE33 node model can be used for distribution network simulation.)
IEEE34_grid_with-Wind-PV
- pscad搭建的ieee34节点配网模型，含风电和光伏(IEEE34 distribution grid with Wind and PV )
储能优化
- 用于对配网中的储能配置进行优化，目标是成本最小。(It is used to optimize the energy storage configuration in the distribution network, with the goal of minimizing the cost.)
PSO_Garver6网架规划（直流计及可靠性）
- 采用粒子群算法对GARVER-6节点配网系统进行计及经济性与可靠性的网架规划(Particle Swarm Optimization (PSO) is used to plan the GARVER-6 node distribution network system considering economy and reliability.)
mieee33
- 说明： 可以利用IEEE33节点模型做配网仿真，该仿真已经在matlab2017b上稳定运行 (IEEE33 node model can be used for distribution network simulation.)(IEEE33 node model can be used for distribution network simulation.)