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Enhanced One Step Ahead Adaptive Control Technique for Wind Turbine - Synchronous Generator System

机译:增强了一步的风力涡轮机 - 同步发电机系统的自适应控制技术

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The present paper proposes an enhanced version of the One Step Ahead control algorithm applied to a wind system. The wind system is considered as an isolate source of power and it is composed of a horizontal-axis wind-turbine with pitch variable blades connected to a synchronous generator: consistent mathematical models for the horizontal-axis wind-turbine and the synchronous generator will be introduced. The main strength of the One-Step-Ahead control technique is its adaptivity, thus it represents a suitable control strategy. Nevertheless its convergence rate is shown to reduce very quickly. This aspect shows the primary algorithm weakness and is the reason for the proposed enhancement that, whist it allows a good level of algorithm adaptivity, effectively eliminates the local instabilities. Finally, results of control problems will prove the reliability of the suggested enhanced control technique.
机译:本文提出了一个增强版的应用于风系统的一个步骤前进控制算法。风系统被认为是隔离电源,并且它由横轴风力涡轮机组成,带有连接到同步发电机的俯仰变量叶片:水平轴风力涡轮机的一致数学模型和同步发电机将是介绍。一步式控制技术的主要优点是其适应性,因此它代表了合适的控制策略。然而,它的收敛速率显示出很快减少。这方面显示了主要算法的弱点,并且是提升增强的原因,它允许良好的算法适应性,有效地消除了本地不稳定性。最后,控制问题的结果将证明建议的增强控制技术的可靠性。

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