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Data Mining from Haier Air-Conditioner Equipment Running Data for Fault Prediction

机译:来自海尔空调设备运行数据的数据挖掘以进行故障预测

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摘要

During commercial air-conditioner running, various equipment faults happen accidentally. Fault prediction of air-conditioners is crucial to reduce the incidence of faults, which lower the maintenance cost for users and manufacturers. However, detecting the cause of faults is a challenge because of air-conditioner running environment, complexity of parameters and interaction between equipment. In this paper, we propose data mining from Haier air-conditioner equipment running data for fault prediction. We calculate change rates of parameters to find unstable parameters which changing quickly before the fault occurrence, and also exploit dual association rules to mine association relationships among air-conditioner parameters. Relevant parameters are selected and their thresholds are calculated according to the underlying change rates for deducing the probability of a certain fault.
机译:在商用空调运行过程中,各种设备故障是偶然发生的。空调的故障预测对于减少故障的发生至关重要,这可以降低用户和制造商的维护成本。然而,由于空调的运行环境,参数的复杂性以及设备之间的交互作用,检测故障原因是一个挑战。在本文中,我们建议从海尔空调设备运行数据中进行数据挖掘以进行故障预测。我们计算参数的变化率,以找到在故障发生之前迅速变化的不稳定参数,并利用双重关联规则来挖掘空调参数之间的关联关系。选择相关参数,并根据潜在的变化率计算其阈值,以推断出某种故障的可能性。

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