digsilent的风电开发手册，有详细的操作以及算例等。

KEB P6是风力发电机组变桨系统的伺服驱动器，用于风力发电机组变桨控制，是现有的集成度最高的变桨专用伺服驱动器，性能好可靠性高。

利用LabVIEW和matlab进行了风电场仿真系统设计

变速恒频风电机组额定风速以上恒功率控制 变速恒频风电机组额定风速以上恒功率控制

大规模风电大规模风电并网的频率特性及AGC模型研究

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。

Windographer 软件是业界领先的测风数据分析软件。无论您的测风数据源自测风塔、SoDAR 还是LiDAR，Windographer 都能快捷地输入原始数据，实现快速质量控制和统计分析，并能输出为业界用的数据格式，如：WindSim 的WWS 和TWS格式。

In this paper, we investigate the representation of wind power forecasting (WPF) uncertainty in the unit commitment (UC) problem. While deterministic approaches use a point forecast of wind power output, WPF uncertainty in the stochastic UC alternative is captured by a number of scenarios that include crosstemporal dependency. A comparison among a diversity of UC strategies (based on a set of realistic experiments) is presented. The results indicate that representing WPF uncertainty with wind power scenarios that rely on stochastic UC has advantages over deterministic approaches that mimic the classical models. Moreover, the stochastic model provides a rational and adaptive way to provide adequate spinning reserves at every hour, as opposed to increasing reserves to predefined, fixed margins that cannot account either for the system’s costs or its assumed risks.

基于Matlab的含风电电网建模与仿真一篇期刊论文。供大家参考

主要是对风机发电建立的matlab仿真模型