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Predictive Condition Monitoring and Fault Diagnosis Techniques for Offshore Wind Turbines

机译:海上风力涡轮机预测状态监测与故障诊断技术

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Wind energy conversion is the fastest-growing source of new electric generation in the world. The unforeseen damages of a component in a wind turbine have significant impact on the wind turbines, especially offshore ones. There has been a trend towards adoption of various forms of condition monitoring and fault diagnosis to know the deteriorating condition for both mechanical and electrial components, well in advance of a breakdown. This paper review the most recent advances in these areas with a special focus on offshore wind turbines. Different type of faults on offshore wind turbines are reviewed, including gearbox and bearing failures, generators failures, rotor failures and electrical failures. And then two widely-used methods(vibration analysis and oil monitoring) for predictive condition monitoring and fault diagnosis in offshore wind turbines are reviewed.
机译:风能转换是世界上新电力发电的最快源泉。风力涡轮机中的组件的不可预见的损坏对风力涡轮机,特别是离岸的造成显着影响。采用各种形式的条件监测和故障诊断具有趋势,以了解机械和电气部件的劣化条件,井在击穿之前。本文回顾了这些地区最近的进步,特别关注了海上风力涡轮机。综述海上风力涡轮机上的不同类型的故障,包括变速箱和轴承故障,发电机故障,转子故障和电气故障。然后,综述了对海上风力涡轮机预测状态监测和故障诊断的两个广泛使用的方法(振动分析和蓄水)。

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