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The analysis of the recuperative Rankine cycle boiling pressure impact on the efficiency of the mobile compressor unit with the heat losses recovery system

机译:用热损失回收系统对移动压缩机单元效率的恢复朗肯循环沸腾压力的分析

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The paper presents the theoretical analysis of the recuperative cycle boiling pressure impact on the efficiency of the heat losses recovery system mobile compressor unit based on the Rankine cycle. The analysis was carried out on the basis of three heat carriers: water, freon R11 and ammonia. According to the study results, the Rankine cycle efficiency was shown to depend on the heat carrier relative boiling pressure. In addition, the heat carrier relative boiling pressure increase results in the fuel saving increase and therefore in the heat losses recovery system MCU efficiency improving.
机译:本文介绍了恢复循环沸腾压力影响对热损失恢复系统移动压缩机单元效率的影响的理论分析。该分析是在三次热载体的基础上进行:水,氟利昂R11和氨。根据研究结果,显示兰敏循环效率取决于热载体相对沸腾压力。此外,热载体相对沸腾的压力增加导致燃料增加,因此在热损失回收系统MCU效率提高。

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