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Leakage simulation and risk analysis for a domestic air conditioning charged with propane

机译:用丙烷充电的国产空调泄漏仿真与风险分析

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Refrigerants play the important roles in the refrigeration and heat pump systems as the aspects of energy efficiency and environmental acceptance.While Most of the next generation refrigerants with zero ozone depletion potential(ODP)and lower global warming potential(GWP)features possess the disadvantage of flammability.In this paper,the current conditions and existing problems of a typical flammable refrigerant: propane(R290)were discussed.In addition,the concentration fields of R290 refrigerant in a normal room were researched on the condition of supposing R290 leakage from a wall-mounted type air conditioning.By the computational fluid dynamics(CFD)simulation method,the following three influence factors were investigated,those are the air velocity in outlet,the amount of refrigerant charge,and the statuses of running or stopping,at the same time,the danger area and level were analysed.Finally,some safety suggestions for the usage of flammable refrigerants were proposed.
机译:制冷剂在制冷和热泵系统中发挥重要作用,作为能源效率和环境验收的方面。当大多数具有零臭氧耗尽潜力(ODP)和较低的全球变暖潜力(GWP)特征的下一代制冷剂具有缺点易燃性。在本文中,探讨了典型易燃制冷剂:丙烷(R290)的当前条件和存在的问题。此外,研究了正常房间中R290制冷剂的浓度场,研究了墙壁的R290泄漏的条件 - 计算流体动力学(CFD)仿真方法,研究了以下三种影响因素,这些影响因素是出口中的空气速度,制冷剂的量,以及运行或停止的状态时间,危险区域和水平进行了分析。最后,提出了一种用于使用易燃制冷剂的安全建议。

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