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Backstepping-Sliding-Mode
- 论文的重点是一线性模型的风力发电系统 这是龙的线性化理论。与此相关,也获得了 反推滑模控制和同步 滑动模式控制器俯仰运动 -This paper is focusing on the third-order model of wind power system which is linearized by the DFL theory. And this also obtains the controlling of backstepping sliding mode
10biansuxing1
- 构建了一个包含风速模型、功率转换模型、传动链模型等三个部分的10MW变速直驱型风力发电机组的标么值的Matlab模型.传动链模型是基于二质量块——轴数学模型所构建的动态模型.通过标么值的转换及灵活的参数调整,该模型能较准确地模拟各种变速直驱型风力发电机组.仿真分析获取了最大功率跟踪特性曲线,并得到了风力发电机组的四个工作区.结果还能表明,电负荷电磁阻力矩能动态地调整电机转子转速,从而在低速风时能实现风能最大功率的追踪.同时,风涡轮的桨距角能控制高速风的利用率,使风涡轮机工作在额定功率下,有效地防
d_wind_farm_case2
- this the simulink of wind power with pitch angle controler-this is the simulink of wind power with pitch angle controler
Pitch_Angle_Control_for_Variable_Speed_Wind_turbi
- Pitch Angle Control for Variable Speed Wind turbines
Application-of-Wireless-Power-Transfer-in-Pitch-A
- Application of Wireless Power Transfer in Pitch Angle Control in Wind Turbines