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CHARACTERISTICS OF SCROLL COMPRESSOR REFRIGERATION/HEAT PUMP SYSTEM WITH MULTI-VAPOR INJECTION

机译:多蒸气喷射式涡旋压缩机制冷/热泵系统的特点

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摘要

In the current study, a new system that using a scroll compressor with two vapor injection holes named as “multi-vapor injection system” was provided. The thermodynamic model to analyze the system has been set up and the calculation program is designed. The two suitable middle pressures were calculated, and the recommended empirical formulas are provided for calculate two stage middle pressure. Based on one scroll compressor, the method of how to make injection hole was developed. The calculation results demonstrate that, at standard operating conditions, the cooling capacity of new system with multi-vapor injection can be about 3.8% and 15.4% higher and the cooling COP can be about 2.8% and 12.4% higher compared with that of the one hole vapor injection system and normal single stage system, the discharge temperature can decrease 3℃~4℃ under heating condition.
机译:在当前的研究中,提供了一种新系统,该系统使用具有两个名为“多蒸气喷射系统”的两个蒸气喷射孔的涡旋压缩机。建立了用于分析系统的热力学模型并设计了计算程序。计算了两个合适的中间压力,并提供了推荐的经验公式来计算两个阶段的中间压力。在单涡旋压缩机的基础上,研究了如何制作喷孔的方法。计算结果表明,在标准操作条件下,多系统喷射新系统的冷却能力比传统系统高约3.8%和15.4%,冷却COP约高2.8%和12.4%。孔蒸汽喷射系统和普通的单级系统,在加热条件下排放温度可降低3℃〜4℃。

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