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Study on Individual Pitch-control Wind Turbine System Based on Bladed

机译:基于叶片的变桨距风电机组系统研究

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This paper derives the relationship between the drag coefficient and the electrical power of the generator by deducing the connection between the drag coefficient and the rotor power coefficient. The efficiency losing state of running is introduced to the simulation of the aging of the blade and the control strategy that combining the pitch control and generator torque-speed control is utilized under the efficiency losing state of running. The simulation results of the software Bladed display that the wind turbine operates safely by using the strategy under the failure operation.
机译:通过推导阻力系数与转子功率系数之间的联系,推导了阻力系数与发电机电力之间的关系。将运行效率损失状态引入到叶片老化的仿真中,并在运行效率损失状态下采用了变桨控制与发电机转矩-速度控制相结合的控制策略。 Bladeed软件的仿真结果显示,通过使用故障操作下的策略,风力涡轮机可以安全地运行。

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