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Experimental Studies of a Heat Pump with Microprocessor Control on an Animal Farm

机译:微处理器对动物农场进行微处理器控制的实验研究

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This article is devoted to experimental studies of a heat pump with microprocessor control on an animal farm. During the experiment, three versions of the heat pump were used. The compressor is better cooled when it is closer to the evaporator than when it is located centrally, this indicates a higher cooling capacity, which can be observed according to the heat energy meter shown in Fig. 8. The milk temperature during the experiment is reduced from 35 to 100C. The best temperature mode of the condenser is provided when the compressor is located near the evaporator. It is lower by 7-80C than in the other 2 variants. The results show that the location of the compressor affects the performance of the VT. The values of the energy conversion coefficient in two variants are from 2.5 to 4.5 units. In the third variant it is 4.5, which is 10% higher than in the 2nd and 15% than in the 1st variant.
机译:本文致力于在动物农场对微处理器控制的热泵的实验研究。 在实验期间,使用三种版本的热泵。 当压缩机更靠近蒸发器时更好地冷却,这表明了更高的冷却能力,这可以根据图8所示的热能表观察。试验期间的牛奶温度降低 从35到100℃。 当压缩机位于蒸发器附近时,提供冷凝器的最佳温度模式。 它比其他2个变体更低7-80℃。 结果表明,压缩机的位置影响VT的性能。 两个变体中的能量转换系数的值为2.5至4.5单位。 在第三种变体中,它为4.5,比在第一个变体中高10%和15%。

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