但是由于冰蓄冷空调系统中加入了关键设备——蓄冰装置，系统流程复杂程度增大，对运行控制方案和控制系统提出了更高的要求。
But owing to addition of ice storage device to air conditioning system, the system flow intricacy degree is increased and put higher claim to operating project and control system.
文章试图将冰蓄冷技术应用到空调设备中，并对此问题进行探讨。
This article tries to apply ice storage in air conditioning equipment and has probed into it.
蓄冷空调系统设备容量的合理确定是进行蓄冷空调系统设计的重要环节。
The accurate capacity calculation of a cool-storage system is important to the system design.
武汉国际会展中心空调系统冷热源为蓄冷、蓄热方式 ，蓄冰系统采用主机位于上游的串联形式 ，蓄热设备为自然分层的垂直层流型蓄热槽。
In the ice storage system the chiller is located upstream in series form, and the thermal storage system involves a vertical laminar flow heat storage tank of natural stratification.
武汉国际会展中心空调系统冷热源为蓄冷、蓄热方式 ，蓄冰系统采用主机位于上游的串联形式 ，蓄热设备为自然分层的垂直层流型蓄热槽。
In the ice storage system the chiller is located upstream in series form, and the thermal storage system involves a vertical laminar flow heat storage tank of natural stratification.
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