Abstract
To balance the benefit of dust content and the negative influence of fatigue load due to the wake flow effect in wind farms, a wind farm power control strategy for dust content in the wind turbine cabin is proposed and the fatigue load is also taken into account. A wind farm active power optimization control model is established by deriving the linear relationship between the active power of wind turbines, the wake flow fluctuation, the dust content in the cabin, and the fatigue load of wind turbines. Then, by coordinating the active power between wind turbines, the active power output requirement of wind farms is demanded, and the dust content and fatigue load can be effectively controlled. To verify the effectiveness of the proposed control strategy, an IEEE-RTS 79 test system is established in this paper, and wind farms will be controlled to participate in the system frequency regulation.
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