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Failure probability prediction based on condition monitoring data of wind energy systems for spare parts supply

机译:基于风能系统备件供应状态监测数据的故障概率预测

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摘要

The feasibility of maintenance processes relies on the availability of spare parts. Spare part inventory planning is capital intensive. It is based on demand forecasting, which possesses a high potential in reducing inventories. Even if condition monitoring systems are installed in technical systems, condition monitoring information is barely used to predict the failure probability of units. Therefore, an enhanced forecast model, which integrates SCADA information, has been developed. This leads to more accurate spare part demand forecasts. The approach presented in the paper is based on data mining, the proportional hazards model (PHM) and a binomial distribution. It has been validated with maintenance data of wind energy systems.
机译:维护过程的可行性取决于备件的可用性。备件库存计划是资本密集型的​​。它基于需求预测,具有减少库存的巨大潜力。即使在技术系统中安装了状态监视系统,状态监视信息也很少用于预测单元的故障概率。因此,已经开发了一种集成了SCADA信息的增强型预测模型。这将导致更准确的备件需求预测。本文提出的方法基于数​​据挖掘,比例风险模型(PHM)和二项式分布。已经通过风能系统的维护数据进行了验证。

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