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Absorption heat transformers: Sensitivity study to answer existing discrepancies

机译:吸收式热转换器:敏感性研究,以解决现有的差异

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This work aims at bringing an analysis upon the heterogeneity and the accuracy of results expressed by authors studying absorption heat transformers (AHTs). Existing work is based on specific operating conditions for specific applications, which shows that detailed thermodynamic and sensitivity studies for a wide range of operating conditions are lacking. Hence, this work shows the impact of wide ranges of operating temperature values upon exergy destruction, COP and performance variations. Main results show a maximum in performance for a given working pair as a function of temperatures and refrigerant content in the fluids at the generator, absorber and evaporator. Exergy destruction in generators and absorbers is confirmed, however, it is for the first time shown that there is a counterbalancing effect between these two components of the AHT. This effect explains why conclusions of works published on AHT seem to lead to contradictory pathways towards optimization. (C) 2018 Elsevier Ltd. All rights reserved.
机译:这项工作旨在对研究吸收式热转换器(AHT)的作者表达的异质性和结果的准确性进行分析。现有工作是基于针对特定应用的特定工作条件的,这表明缺乏针对各种工作条件的详细热力学和灵敏度研究。因此,这项工作表明了宽范围的工作温度值对本能破坏,COP和性能变化的影响。主要结果表明,给定工作对的最大性能是温度,发生器,吸收器和蒸发器中流体中制冷剂含量的函数。确认了发电机和吸收器的火用破坏,但是,这首次表明在AHT的这两个组件之间存在平衡作用。这种效应解释了为什么在AHT上发表的工作结论似乎导致通往优化的矛盾途径。 (C)2018 Elsevier Ltd.保留所有权利。

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