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Pattern mining and fault detection via COP_(therm)-based profiling with correlation analysis of circuit variables in chiller systems

机译:通过基于COP_(therm)的性能分析进行模式挖掘和故障检测以及冷却器系统中电路变量的相关性分析

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摘要

In this paper, we propose methods of handling, analyzing, and profiling monitoring data of energy systems using their thermal coefficient of performance seen in uneven segmentations in their time series databases. Aside from assessing the performance of chillers using this parameter, we dealt with pinpointing different trends that this parameter undergoes through while the systems operate. From these results, we identified and cross-validated with domain experts outlier behavior which were ultimately identified as faulty operation of the chiller. Finally, we establish correlations of the parameter with the other independent variables across the different circuits of the machine with or without the observed faulty behavior.
机译:在本文中,我们提出了使用时间序列数据库中不均匀分段中看到的性能热系数来处理,分析和分析能源系统监视数据的方法。除了使用该参数评估冷水机组的性能外,我们还处理了精确定位该参数在系统运行过程中经历的趋势。从这些结果中,我们确定了领域专家的异常行为,并与它们进行了交叉验证,这些异常行为最终被确定为冷水机的错误运行。最后,我们在有或没有观察到的故障行为的情况下,在机器的不同电路中建立参数与其他自变量的相关性。

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