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A New Decentralized Pitch Control Scheme for Wind Turbines * * Paper prepared for IFAC open invited session: Wind turbine and wind farm control: Control challenges and solutions.

机译:一种新的风力发电机分散式变桨控制方案 * * 为IFAC公开邀请会议准备的文件:风力发电机和风电场控制:控制挑战和解决方案。

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摘要

Wind turbine rotor imbalances may be created by a multitude of causes, e.g. pitch misalignment, blade erosion. In such situations, machines experience undesired vibrations, which cannot be compensated or mitigated by the controllers generally adopted by industry today. This happens because the control action may be collective or both collective and cyclic, but, in order to cope with imbalances, it is necessary to employ a fully individual control which allows a blade to move independently from the others. In this paper we present a new individual pitch control algorithm able to simultaneously target the imbalance and reduce oscillating loads at frequencies multiple of the rotor revolution. The effectiveness of the proposed control is demonstrated in a high-fidelity simulation environment.
机译:风力涡轮机转子的不平衡可能是由多种原因造成的,例如螺距未对准,刀片腐蚀。在这种情况下,机器会遇到不希望的振动,而这种振动无法通过当今行业普遍采用的控制器来补偿或减轻。之所以发生这种情况,是因为控制动作可以是集体的,也可以是集体的,也可以是周期性的,但是,为了应对不平衡,有必要采用完全独立的控制方式,以使叶片独立于其他叶片运动。在本文中,我们提出了一种新的独立变桨控制算法,该算法能够同时针对不平衡问题并减少转子旋转频率倍数处的振荡负载。在高保真仿真环境中证明了所提出控件的有效性。

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