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从基本构成角度来讲,空调制冷系统涉及到蒸发器、膨胀阀、冷凝器与压缩机等关键部分。受到特定的温度与压力影响,制冷剂就会表现为沸腾状态,直至低于物体冷却后的温度,与此同时,蒸发器生成的蒸汽可以被压缩机迅速抽出,确保将其控制于冷凝状态下,对于流入冷凝器的物质进行了液化处理。在传统模式下,空调制冷系统很可能消耗较大比例的制冷能量,对此有必要予以全过程的节能处理,为此针对现阶段的空调制冷装置而言,有必要引进新时期的节能设计,因地制宜探求适合运用于节能设计的可行措施。
From the perspective of the basic structure, the air conditioning and refrigeration system involves the evaporator, expansion valve, condenser and compressor and other key parts. Subject to specific temperature and pressure, the refrigerant will show boiling until it is below the temperature at which the object cools, and at the same time the vapors generated by the vaporizer can be quickly extracted by the compressor to ensure that it is in a condensed state , The material flowing into the condenser was liquefied. In the traditional mode, the air conditioning and refrigeration system is likely to consume a large proportion of the cooling energy, which is necessary to be the whole process of energy-saving treatment, air-conditioning and refrigeration units for this stage, it is necessary to introduce new energy-saving design, According to local conditions to explore suitable for energy-saving design feasible measures.