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pscaddfig
- 基于pscad的DFIG变速恒频双馈风力发电仿真模型，是2010年3月修改版，将直流母线电压降到800V，电机为0.9【MVA】。可以进行低电压穿越仿真。-Based pscad of DFIG VSCF doubly fed wind power generation simulation model is a modified version in March 2010, the DC bus voltage down to 800V, motor 0.9】 【MVA. Can be low
Dynamicmodelsimulationofdoubly-fedwindturbines
- 为满足在电网发生故障时风电机组需保持与电网连接并向系统不间断供电的要求,提出 了双馈风力发电机的动态模型、变流器模型、变流器保护及电网模型,以研究双馈风力发电机的暂 态特性.以1·5MW SUT-1500双馈风力发电机为原型,由一个无穷大电源等效电网模型,变流器模 型采用定子磁链的定向电流矢量控制方法,利用PSCAD软件对双馈电机的暂态特性进行仿真.仿 真结果表明,矢量控制能够实现双馈电机的有功、无功解耦,并可改善系统的低压穿越能力. -To meet the power f
HVDC_wind
- 基于PSCAD软件环境下，利用HVDC Light输电方式下的风力发电系统仿真模型-Based on PSCAD software environment,the mode of the wind power system simulationusing using HVDC Light transmission.
Rec_WindGen
- 基于PSCAD软件环境，实现永磁同步风力发电机的软件仿真，能够模拟各种情景下的风力发电机输出与风力关系的仿真。-PSCAD-based software environment, to achieve permanent magnet synchronous wind turbine simulation，it can simulate various scenarios of wind turbine simulation of the relationship between output
Simulation-of-wind-energy
- 在PSCAD/EMTDC软件环境下进行风力发电系统系统仿真的文件和代码。-In the PSCAD/EMTDC software environment for wind power generation system files and system simulation code.
050308_fixed
- 风力发电机的模型，采用电力仿真软件设计，参数比较适合。-wind energy conversion system PSCAD
psmg
- pscad仿真环境中的直驱永磁风力机整流侧仿真模型，可应用于直流微电网中直驱风机的仿真-the simulation environment pscad in direct-drive permanent magnet wind turbine rectifier simulation model can be applied to direct-drive wind turbine simulation of DC micro-grid
linjie
- 一个风力发电机的pscad仿真模型，对于想学习的人有帮助-Pscad simulation model of a wind turbine, for people who want to learn to help
DFIG
- 双馈风力发电机的 PSCAD 的仿真模型，运行时先要导入LIB文件，再导入仿真模型文件，就可以运行这个模型-PSCAD simulation model of doubly-fed induction generator and runtime LIB files to import, import simulation model file, you can run the model
SingleWindTurbineModel
- PSCAD软件（加拿大的一款电力系统暂态仿真软件，在电力系统暂态仿真领域知名度和认可度均高于MATLAB），模型为风力发电单机仿真模型。(PSCAD software (a Canadian power system transient simulation software, in the field of power system transient simulation visibility and recognition are higher than MATLAB), the mode