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The influence of efficiency of the cooling system on the thermodynamic parameters and performance of a two - stage VC 20.96 reciprocating compressor designed to serve as a marine engine starter

机译:冷却系统的效率对用作船用发动机启动器的两级VC 20.96往复式压缩机的热力学参数和性能的影响

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The paper presents results of the research related to the analysis of the thermodynamic and flow processes occurring in a prototype VC 20.96 two-stage liquid-cooled reciprocating compressor. The compressor has been developed and manufactured by H. Cegielski Poznan metal works in collaboration with the Poznan University of Technology. The research related to the VC compressor was realized within the KBN 312/VC. T07-6/2002 project titled "Development of design of type-series of reciprocating compressors and their implementation in production ". The basic task of the project was to develop two type-series of liquid- and air- cooled reciprocating compressors of the V- and W- arrangement, designed to serve as marine engine starters. The result of the design work was the manufacturing of two compressors: the VC 20.96 liquid-cooled compressor and the WP18.80 air-cooled one. The main aim of the research described in this paper was to evaluate the efficiency of the cooling system which uses inter-coolers integrated with the compressing stages and the cooperation of the compressing stages in terms of pressure ratio distribution. Owing to the cooling method, the applied design assumptions enabled to develop a compact compressor fulfilling the assumed operating parameters.
机译:本文介绍了与分析VC 20.96原型两级液冷往复式压缩机中发生的热力学和流动过程有关的研究结果。该压缩机由H. Cegielski Poznan金属厂与波兹南工业大学合作开发和制造。与VC压缩机有关的研究是在KBN 312 / VC中实现的。 T07-6 / 2002项目名为“往复式压缩机系列设计的开发及其在生产中的实施”。该项目的基本任务是开发V型和W型两种液冷和风冷往复式压缩机系列,旨在用作船用发动机启动器。设计工作的结果是制造了两种压缩机:VC 20.96液冷压缩机和WP18.80风冷压缩机。本文所述研究的主要目的是评估冷却系统的效率,该系统使用与压缩级集成的中间冷却器,以及压缩级在压力比分布方面的配合。由于采用了冷却方法,所采用的设计假设使得能够开发出一种满足假设运行参数的紧凑型压缩机。

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