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在制冷剂充灌量和毛细管长度对空调系统性能影响进行数值仿真分析的基础上 ,建立了空调器制冷剂充灌量与毛细管长度的优化匹配模型 ,确定了以制冷量和EER为优化目标的制冷剂充灌量和毛细管长度的优化区间和制冷量最大以及EER最大时的制冷剂充灌量和毛细管长度 ,为空调器的优化设计匹配 ,提高空调器的性能奠定了基础
Based on the numerical simulation of the influence of refrigerant charge and capillary length on the performance of air conditioning system, an optimal matching model of refrigerant charge and capillary length for air conditioner was established, and the optimal target of cooling capacity and EER The optimal range of refrigerant charge and capillary length, the maximum cooling capacity, and the refrigerant charge and capillary length at maximum EER provide the basis for the optimal design of the air conditioner to match and improve the performance of the air conditioner