搜索资源列表
DFIG-wind-turbien-simulation
- 风力发电机论文，对于异步电机的并网建模及模拟-thesis about DFIG wind turbine
DFIG
- 双馈风力发电系统并网模型及其对电压稳定性的影响-Doubly-fed wind power generation systems and network model and its voltage stability
DFIG-No-load-runningprogram
- 这是一个用Matlab_s函数写的双馈风力发电机并网子程序。-This is to write a function Matlab_s doubly-fed wind generation subroutine.
power_wind_ig
- 双馈风机并网 仿真实例，可用于实际工程算法和研究学习-DFIG grid simulation example, can be used for practical engineering algorithms and learning
fadian
- 自己搭建的DFIG空载并网后的运行模型，以实现稳定运行-DFIG load and build their own network after running the model, in order to achieve stable operation
bingwangguocheng
- 双馈异步发电机并网过程及控制方法的改进，适用于dfig系统仿真-Doubly-fed and improve net process control methods and asynchronous generators for dfig System Simulation
power_wind_dfig
- MATLAB/SIMULINK下的DFIG并网模型-DFIG model in MATLAB/SIMULINK
power_wind_dfig_avg
- 风电并网的平均模型，这个演示说明了仿真的9兆瓦风力发电厂使用平均模型的双馈感应发电机-This demonstration illustrates simulation of a 9 MW wind farm using an average model of a Doubly-Fed Induction Generator (DFIG)
connect2122_grid_flux_NEW10211
- 并网型双馈电机仿真，主要研究其有功，无功独立解耦控制策略-Grid DFIG simulation, its major research active and reactive power decoupled control strategy
DFIGinPLECS
- 基于PLECS的双馈式风机的并网程序，可以学习并借鉴的-DFIG in PLECS
dfig
- 可实现双馈风力发电机在并网过程中的网侧模拟(Can realize double fed fan grid connected simulation)
shuankuifadianjibingwang
- 风力发电 双馈发电机 并网 仿真 策略 电流滞环控制 锁相环(matlab DFIG dianliu fangzhen suoxianghuan zhihuan)
9MW变速变桨距控制的DFIG
- 这是一个变速变桨距控制的9MW风力发电并网系统（DFIG），先运行.m文件，设定Ts=5e-6s。亲测有效(This is a variable speed pitch control 9MW wind power generation grid connected system (DFIG). First, run the.M file and set Ts=5e-6s. Pro test effectiveness)
Constant Power Control of DFIG Wind Turbines
- 双馈式风机并网谐波控制研究，用于多台DFIG并网研究转子侧、电网侧、并网点谐波(Research on Harmonic Control of Doubly-fed Fan Connected to Grid. It is used to study harmonic waves on rotor side, grid side and grid point of multiple DFIG grid connection.)
DFIG并网.mdl
- matlab实现dfig并网，亲测可以运行出结果。(MATLAB realizes DFIG grid connection, and pro-test can run the results.)