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Robust Automatic Control System of Dependent Skewness Measurement Logic

机译:鲁棒自动控制系统依赖性偏斜测量逻辑

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Based on the influence of robust automatic control system and skewness measurement logic on tidal power generation, this paper proposes a method of robust automatic control system of dependent skewness measurement logic (DSML). It establishes tubular turbine robust automatic control model, and expands the application of skewness measurement logic algorithm in the field of tubular turbine generation frequency system. At the same time, on basis of researching the basic principle of AC excitation tidal power generation system, it designs the mathematical model of AC excitation generator under the two-phase rotating coordinate system, introduces the stator flux linkage vector orientation method, and through adjusting the excitation independently adjusts the active and reactive power of generator. The experimental results show that the method has good control effects for tubular turbine automatic control system, also can reduce the wear degree of tubular turbine, improve the efficiency of the tidal power generation, and have certain reference significance for tidal power generation, wind power generation and hydroelectric power generation.
机译:基于强大的自动控制系统和偏光测量逻辑对潮汐发电的影响,本文提出了一种鲁棒自动控制逻辑(DSML)的鲁棒自动控制系统的方法。它建立了管式涡轮机坚固的自动控制模型,并扩大了散差测量逻辑算法在管状汽轮机发电频率系统领域的应用。与此同时,于研究交流励磁潮汐发电系统的基本原理的基础上,设计了交流励磁发电机的两相旋转坐标系下的数学模型,介绍了定子磁链矢量取向的方法,和通过调整激励独立地调节发电机的主动和无功功率。实验结果表明,该方法具有用于管状涡轮自动控制系统良好的控制效果,也可以减少管状涡轮机的磨损程度,改善了潮汐发电的效率,并且具有用于潮汐发电,风力发电一定的参考意义和水电发电。

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