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以某示范楼为研究对象,提出了一种节能的空调系统方案,该方案涉及一种新型除湿液再生装置,其技术特征是将冷凝热回收用于溶液再生。定义了温湿度独立控制溶液除湿空调系统总的冷源设备热力系数,并根据此系数判断空调系统是否节能。理论分析表明,利用高温冷水机组冷凝器产生的热量用于除湿液再生,其系统总的冷源设备热力系数可达到6.27,比传统空调系统的冷源设备热力系数提高了45.5%,节能潜力可观。
Taking a demonstration building as the research object, a scheme of energy-saving air-conditioning system is proposed. The scheme involves a new type of dehumidification liquid regeneration device. Its technical feature is to recover the condensation heat for solution regeneration. The thermal coefficient of the total cold source equipment of the dehumidification air-conditioning system with independent control of temperature and humidity is defined, and whether the air-conditioning system is energy-saving is determined according to the coefficient. The theoretical analysis shows that the heat generated by the condenser in the high-temperature chiller can be used to regenerate the dehumidifying liquid. The total coefficient of thermal conductivity of the system can reach 6.27, which is 45.5% higher than the thermal coefficient of the cold source equipment of the traditional air conditioning system. .