INVESTIGATION THE EXERGETIC EFFICIENCY OF REFRIGERANT R290 (PROPANE) APPLICATION FOR WORK OF AIR SPLIT-CONDITIONER

V. Labay, V. Yaroslav
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引用次数: 1

Abstract

In air split-conditioners, the degree of their energy perfection must be determined based on the analysis of their exergy efficiency. In this article the innovative mathematical model developed by the authors for exergetic analysis of the work of air split-conditioners. For example, exergetic analysis was performed on this model for the air split-conditioner with the nominal cooling capacity 2500 W of „Mitsubishi Electric” firm under standard external temperature conditions and received the output-input exergetic ratio (OIER) and exergetic losses in the air split-conditioner individual elements on the refrigerants R410A, R32 and refrigerant R290 (propane). It is shown that the the exergetic efficiency of the air split-conditioner increased by 9.3% and 5.1%, when using the R290 refrigerant compared to R410A and R32, respectively.
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制冷剂r290(丙烷)在空调机工作中的用火效率研究
在分体式空调机中,必须通过对其能源效率的分析来确定其能源的完善程度。本文提出了一种新颖的数学模型,用于空调机工作的动力性分析。以“三菱电机”公司标称制冷量为2500 W的空调器为例,在标准外部温度条件下,对该模型进行了火用分析,得到了空调器各部件在制冷剂R410A、R32和制冷剂R290(丙烷)上的输出-输入火用比(OIER)和火用损失。结果表明,与R410A和R32相比,采用R290制冷剂可使空调的火用效率分别提高9.3%和5.1%。
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