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Experimental Study on the Replacement of HFC-R134a by Hydrocarbons in Automotive Air Conditioning System

机译:汽车空调系统中烃替代HFC-R134A的实验研究

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The HFC-R134a and hydrocarbon refrigerant (HCR) will be evaluated on the automotive air conditioning (AAC) experimental test rig which completed with the AAC system including the blower, evaporator, condenser, radiator, electric motor, compressor, alternator and equipped with the simulation room acting (equipped with internal heat load) as the passenger compartment. The electric motor operated as a car's engine and will drive the compressor simultaneously to the alternator to recharge the battery. The tests have been performed by varying the motor speed; 1000, 2000 and 3000 rpm, temperature set-point; 21 and 23°C, and internal heat loads; 0, 500, 700 and 1000 W. The results of the performance characteristics of the HCR indicate the encouraging enhancement of the AAC system compared to hydro-fluorocarbon refrigerant (HFC-R134a).
机译:HFC-R134A和烃制冷剂(HCR)将在汽车空调(AAC)实验试验台上进行评估,该试验台与AAC系统一起完成,包括鼓风机,蒸发器,冷凝器,散热器,电动机,压缩机,交流发电机和配备模拟室用作乘客舱的仿真室(配备内部热负荷)。电动机作为汽车发动机操作,并将调压器同时驱动到交流发电机以重新充电电池。通过改变电动机速度来进行测试; 1000,2000和3000rpm,温度设定点; 21和23°C,内部热负荷; 0,500,700和1000W。与水 - 氟碳制冷剂(HFC-R134A)相比,HCR的性能特征的结果表明AAC系统的令人鼓舞的增强。

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