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Application of calcium chloride as an additive for secondary refrigerant in the air conditioning system type chiller to minimized energy consumption

机译:将氯化钙作为添加剂在空调系统型冷却器中的辅助制冷剂应用中的应用最小化能耗

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One way to resolve the energy problem is to increase the efficiency of energy use. Air conditioning system is one of the equipment that needs to be considered, because it is the biggest energy user in commercial building sector. Research currently developing is the use of phase change materials (PCM) as thermal energy storage (TES) in the air conditioning system to reduce energy consumption. Salt hydrates have been great potential to be developed because they have been high latent heat and thermal conductivity. This study has used a salt hydrate from calcium chloride to be tested in air conditioning systems type chiller. Thermal characteristics were examined using temperature history (T-history) test and differential scanning calorimetry (DSC). The test results showed that the thermal characteristics of the salt hydrate has been a high latent heat and in accordance with the evaporator temperature. The use of salt hydrates in air conditioning system type chiller can reduce energy consumption by 51.5%.
机译:解决能量问题的一种方法是提高能源使用的效率。空调系统是需要考虑的设备之一,因为它是商业建筑领域最大的能源用户。目前开发的研究是在空调系统中使用相变材料(PCM)作为热能存储(TES),以降低能耗。盐水合物具有很大的潜力,因为它们具有高潜热和导热性。该研究使用来自氯化钙的盐水合物在空调系统型冷却器中进行测试。使用温度历史(T-HARESS)测试和差示扫描量热法(DSC)检查热特性。测试结果表明,盐水合物的热特性已经是高潜热并根据蒸发器温度。在空调系统型冷水机中使用盐水合物可以将能耗降低51.5%。

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