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冷水机组回归模型的分析与评价

Analysis and Valuation of Chiller Plant Regression Model
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摘要 以某项目的数据对6种冷水机组模型(Simple Linear (SL)Regression Model、Bi-quadratic (BQ)Regression Model、Multivariate Polynomial (MP) Regression model、Gordon-NG Universal (GNU) Model、Gordon-Ng Simplified (GNS) Model、Lee’s Simplified (LS) Model)的预测精度进行分析与评价,并讨论了当数据量减少时模型预测精度的变化,结果发现GNU模型的性能更优秀,可以作为冷水机组故障诊断的模型。 The author analyzes and values prediction accuracy of 6 chiller plant models(Simple Linear(SL) Regression Model、Bi-quadratic(BQ) Regression Model、Multivariate Polynomial(MP) Regression model、Gordon-NG Universal(GNU) Model、Gordon-Ng Simplified(GNS) Model、Lee’s Simplified(LS)Model) in some project and discusses prediction accuracy changes while data reduces.The results show that GNU model has better performance as chiller plant failure diagnosis model.
作者 王群 WANG Qun(Shanghai Tansuo Energy Service Limited Company)
出处 《上海节能》 2020年第7期734-746,共13页 Shanghai Energy Saving
关键词 冷水机组 回归模型 预测精度 GNU模型 Chiller Plant Regression Model Prediction Accuracy GNU Model
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  • 1王松佳,陈敏,陈立萍.线性统计模型:线性回归与方差分析[M].北京:高等教育出版社,1999.
  • 2Gordon J M, Kim Choon Ng. A general thermodynamic model for ab- sorption chillers: theory and experiment[J]. Heat Recovery and CHP,1995, 15(1):73-83.
  • 3Swider D J. A comparison of empirically based steady-state models for vapor-compression liquid chillers [J]. Applied thermal engineering,2003, 23(5):539-556.
  • 4Lee T S, Lu W C. An evaluation of empirically-based models for pre- dicting energy performance of vapor-compression water chillers[J]. Applied Energy,2010,87(11):3486-3493.
  • 5DOE (Department of Energy). DOE 2 Reference manual, part 1, version 2.1 [M]. 1980, Berkeley, Calif.: Lawrence Berkeley National Laboratories.
  • 6Bratm J E, Mitchell J E. Models for variable-speed centrifugal chill- ers[J]. ASHRAE Trans, 1987,93(part 1): 1794-1813.
  • 7T A Reddy, K K Andersen.An evaluation of classical steady-state off-line linear parameter estimation methods applied to chiller performance monitoring [J]. International Journal of HVAC&R Research,2002,8 (1): 101-124.
  • 8Lebrun J, J P Bourdouxhe, M Grodent. HVAC toolkit: Algorithms and subroutines for primary HVAC system energy calculations [C]. 1996, Atlanta: American Society of Heating, Refrigerating and Air-Conditioning Engineers.
  • 9Wong S P W, WANG S K. System simulation of the performance of a centrifugal chiller using a shell-and-tube-type water-cooled condenser and R-11 as refrigerant[J]. ASHRAE Trans,1989,95(Part 1):445-454.

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