Ecological optimization of a multi-stage irreversible combined refrigeration system

Jincan Chen; Xueling Chen; Chih Wu

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Ecological optimization of a multi-stage irreversible combined refrigeration system

机译：多级不可逆组合制冷系统的生态优化

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A universal irreversible refrigeration cycle model which includes the irreversibility of heat transfer across finite temperature differences, the heat leak loss between the external heat reservoirs and the internal ir- reversbility of the working fluid is used to analyze the performance of amulti-stage combined refrigeration system. the ecological functions is taken as an objective function for optimization. The maximum ecological function, its corresponding coefficient of performance, rate of refrigeration and rate of entropy production are determined.

机译：通用的不可逆制冷循环模型包括有限温度差下的热传递不可逆，外部储热器之间的热泄漏损失以及工作流体的内部不可逆性，用于分析多级组合制冷系统的性能。。生态功能作为优化的目标函数。确定最大的生态功能，其相应的性能系数，制冷速率和熵产生速率。

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来源
《Energy Conversion & Management》 |2002年第17期|p.2379-2393|共15页
作者
Jincan Chen; Xueling Chen; Chih Wu;
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收录信息美国《科学引文索引》(SCI);美国《工程索引》(EI);
原文格式 PDF
正文语种 eng
中图分类能源与动力工程;
关键词
Combined refrigeration cycle; irreversibility; ecological optimization;

机译：联合制冷循环;不可逆性;生态优化;

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4. Heat Transfer and Specific Power Criteria Comparison of Maximum Power and Maximum Ecological Power of Irreversible Carnot-Type Cycles for a Combined Power and LNG Re-Gasification System [C] . Mohand A. AIT-ALI ASME summer heat transfer conference . 2012

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Ecological optimization of a multi-stage irreversible combined refrigeration system

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