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Refrigeration and Heating Ventilation and Air-conditioning system for ice rink using seawater

机译:海水冰场制冷制热通风空调系统

摘要

the present invention, by providing a eungchukyeol through the compressed medium and heat exchanging the refrigerant circulating in the condenser to or heating air conditioning unit through the water and heat from the compressor, and improve the condensation efficiency of cooling the coolant as well as to reduce the energy source used to, and to provide a heat source for heating air conditioning unit eungchukyeol can improve energy utilization efficiency. In addition, by controlling the amount of refrigerant supplied to the condenser for heating the heating air conditioning unit in accordance with the heating load, the heating load is small compared to the amount of heat of condensation pressure even if the condensation can be prevented from rising. In addition, a plurality of compressors connected in parallel, it is possible to adjust the number of compressors in accordance with the heating operation of the cooling load or heating load of the air conditioning unit and cooling unit. Further, according to the heating load of the cooling load or heating air conditioning unit in the cooling unit may be a plurality of the condenser and the condenser for cooling to selectively heating a plurality of.
机译:在本发明中,通过在压缩介质中提供庚炔醇,并使在冷凝器中循环的制冷剂与来自压缩机的水和热进行热交换而对空调单元进行加热,从而提高了冷却冷却剂的冷凝效率,并且减少了冷凝水的产生。用于并且为空调装置加热丁香油的热源的能量源可以提高能量利用效率。另外,通过根据供暖负荷来控制供给至用于加热供暖空调单元的冷凝器的制冷剂量,即使能够防止冷凝水上升,与冷凝压力的热量相比,供暖负荷也较小。 。另外,通过将多个压缩机并联连接,能够根据制冷负荷的制热运转或空调单元及制冷单元的制热负荷来调整压缩机的台数。此外,根据冷却负荷或加热空调单元中的加热负荷,冷却单元可以是多个冷凝器和用于冷却以选择性地加热多个的冷凝器。

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