GH BLADEDE是用于风力发电仿真的一款软件，该PDF就是介绍GH BLADEDE

一本比较好懂的关于风电控制方面的书籍，作者：叶航冶

2015国赛B题风力摆控制系统。原题pdf

风力发电机整体MATLAB,SIMULINK建模，有比较完整的控制系统子模块

包含以下资源： 1.小型风力发电系统MPPT simulink仿真模型 小型风力发电系统MPPT simulink仿真模型，包括风力机、DC-DC变换电路、MPPT等整个完整电路，可以直接出结果。建议使用2010b及以上版本打开 2.风电MATLAB SIMULINK程序 风力发电的许多子模块，如风速模拟、双馈异步发电机控制模块，电机模块，减速及模块，变桨模块等等。

在simulink中搭建了风力机的模型 仿真之后具有很好的效果

MW级直驱永磁同步风力发电机设计MW级直驱永磁同步风力发电机设计MW级直驱永磁同步风力发电机设计MW级直驱永磁同步风力发电机设计MW级直驱永磁同步风力发电机设计

目前，永磁直驱风电系统正成为风力发电技术领域的重要发展方向和研究热点。基于Matlab/Simulink搭建的永磁风力发电机模型，研究直驱式风力发电机的并网控制策略。

风机仿真模型及代码 Simulation of a Microturbine Generation System for Grid Connected and Islanding Operations The ever-increasing need for electric power generation, steady progress in the power deregulation and utility restructuring, and tight constraints over the construction of new transmission lines for long distance power transmission have created increased interest in distributed generation (DG) sources[1~3]. The fundamental concepts for the penetration of DG technologies are the high efficiency of the energy conversion process and the limited emission of pollutants with respect to conventional power plants. They are relatively small in size (relative to the power capacity of the system to which they are connected), and are modular in structure. These power generation devices can be placed in power systems (mainly at the distribution level) for grid reinforcement, offering a higher flexibility and load management, reducing power losses and on-peak operating costs, improving voltage profiles and load factors, deferring or eliminating the need for system upgrades, and improving system integrity, reliability and efficiency.

对于选定翼型，利用MATLAB计算其升力系数，基于叶素栋梁理论计算风力机性能，优化设计长度归一化的风力机叶片模型。