热泵故障诊断系统

D. Zogg, E. Shafai, H. Geering
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引用次数: 11

摘要

在热泵运行过程中,换热器结垢、部件故障、制冷剂泄漏等故障会导致系统性能下降。为了及早发现这些故障,开发了一套故障诊断系统,并在台架上进行了验证。热泵模型的参数是在运行过程中依次确定和分类的。对于这种分类,已经研究了几种“硬”和“软”聚类方法,而模糊推理系统或神经网络则由新开发的软件自动创建。选择简单的黑盒模型结构,可以将传感器数量最小化,而更高级的灰盒模型可以获得更好的分类结果。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
A fault diagnosis system for heat pumps
During the operation of heat pumps, faults like heat exchanger fouling, component failure, or refrigerant leakage reduce the system performance. In order to recognize these faults early, a fault diagnosis system has been developed and verified on a test bench. The parameters of a heat pump model are identified sequentially and classified during operation. For this classification, several 'hard' and 'soft' clustering methods have been investigated, while fuzzy inference systems or neural networks are created automatically by newly developed software. Choosing a simple black-box model structure, the number of sensors can be minimized, whereas a more advanced grey-box model yields better classification results.
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