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A semi-empirical model for hermetic rolling piston compressors

机译:封闭式轧制活塞式压缩机的半实体模型

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Rolling piston compressors are widely used in many low capacity refrigeration and air conditioning systems as they have advantages over reciprocating compressors. Current models of this compressor technology available in the scientific literature are mainly deterministic models, i.e. models that need a minute description of compressor geometry, whereas for other compressor technologies, such as reciprocating, scroll and screw ones, semi empirical models are successfully used in simulating compressor operations. Therefore, this paper introduces a semi-empirical model of a rolling piston compressor and validates it by considering four different compressors, designed for different applications and working with different refrigerants, in order to achieve a good degree of generality for the model. Overall, 240 performance data were considered and an agreement within +/- 5% was found for more than the 96% of the calculated refrigerant mass flow rates and more than 97% of the calculated compressor electrical powers. (C) 2017 Elsevier Ltd and IIR. All rights reserved.
机译:轧制活塞式压缩机广泛用于许多低容量制冷和空调系统,因为它们具有优于往复式压缩机的优点。本文在科学文献中提供的这种压缩机技术的目前的模型主要是确定性模型,即需要一定的压缩机几何形状描述的模型,而对于其他压缩机技术,例如往复式,滚动和螺纹技术,可以在模拟中成功使用SEMI实证模型压缩机操作。因此,本文介绍了滚动活塞式压缩机的半实证模型,并通过考虑四种不同的压缩机来验证,设计用于不同的应用和使用不同的制冷剂,以实现模型的良好一般性。总体而言,考虑了240个性能数据,发现+/- 5%内的协议超过了计算的制冷剂质量流量的96%,超过了计算的压缩机电力的97%。 (c)2017年Elsevier Ltd和IIR。版权所有。

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