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Mechanical and experimental study on freeze proof solar powered adsorption cooling tube using active carbon/methanol working pair

机译：活性炭/甲醇工作对防冻太阳能吸附冷却管的力学和实验研究

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The freeze proof solar cooling tube, which can produce cooling capacity with the retngerant temperature below 0 ℃ using solar light as energy and active carbon-methanol as working pair, was firstly designed and made in this research. This paper focused on mechanical and experimental study on a freeze proof solar powered adsorption cooling tube. The following experimental results could be concluded: at the solar radiation value between 15.3 and 17.1 MJ m~(-2), the highest adsorbent bed temperature is below 110 ℃. The freeze proof solar cooling tube's cooling capacity was about 87-99 kJ, and the coefficient of performance (COP) was more than 0.11 when the evaporation temperature was about -4℃.
机译：本研究首先设计并制造了防冻太阳能冷却管，该管可以在太阳能为能源，活性炭-甲醇为工作对的情况下，在0℃以下的凝结温度下产生冷却能力。本文重点研究了防冻太阳能吸附式冷却管的力学和实验研究。得出以下实验结果：在太阳辐射值为15.3-17.1 MJ m〜（-2）时，最高吸附床温度低于110℃。防冻太阳能冷却管的冷却能力约为87-99 kJ，当蒸发温度约为-4℃时，性能系数（COP）大于0.11。

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