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1)  ice (or water) storage
冰(水)蓄冷
2)  Ice thermal storage
冰蓄冷
1.
Summer operation test of the ice thermal storage central air-conditioning system Used in certain school;
某校冰蓄冷空调系统夏季运行测试
2.
A theoretical study on double phase change in direct contact ice thermal storage system;
直接接触式冰蓄冷系统双相变过程理论研究
3.
Analyses of disposition modes for ice thermal storage air conditioning system;
冰蓄冷空调系统配置模式分析
3)  ice storage
冰蓄冷
1.
Development and application of a multifunctional ice storage experimental apparatus;
多功能空调冰蓄冷实验装置的研制及应用
2.
Discussion of operating modes of ground source heat pump combined with ice storage systems;
地源热泵与冰蓄冷联合运行模式的探讨
3.
The engineering application analysis of the ice storage central air-conditioning;
冰蓄冷式中央空调在工程中的应用分析
4)  ice-storage
冰蓄冷
1.
The application of ice-storage air conditioner in sewage source heat-pump air-conditioning system of a certain hotel;
某宾馆污水源热泵空调系统冰蓄冷空调的应用
2.
Economic analysis of an ice-storage air-conditioning system;
冰蓄冷空调系统经济性分析
3.
Experimental study of optimized circulation of pocket household ice-storage air-conditioning;
小型家用冰蓄冷空调优化运行试验研究
5)  Ice storage system
冰蓄冷
1.
Analysis of energy savings for the pumps in series ice storage system;
串联冰蓄冷系统设计中的泵能耗分析
2.
Exergy analysis of refrigeration cycle of a direct-contact ice storage system;
直接接触式冰蓄冷系统制冷循环的分析
3.
Application of three stage centrifugal chillers in ice storage system;
三级压缩离心机在冰蓄冷系统中应用
6)  ice cold storage
冰蓄冷
1.
The design and application of ice cold storage and water heat accumulation air conditioning system;
冰蓄冷及水蓄热空调系统的设计与应用
2.
The paper introduces superiority of the ice cold storage air conditioner over the routine air conditioner and its operation factice.
简述了冰蓄冷空调与常规空调相比的优越性及其运行策略。
补充资料:蓄冷器(regenerator)
蓄冷器(regenerator)

是一种回热式热交换器,在低温循环中,它与热交换器的功能相同,即通过热量的交换,达到积蓄冷量的目的。蓄冷器只有一个通道。冷、热流体分别交替通过,它的传热过程在时间上分为加热与冷却两个阶段。在加热阶段,热流体通过蓄冷器,使蓄冷器中填料被加热,同时流体被冷却;在冷却阶段,冷流体反向通过蓄冷器,使蓄冷器填料被冷却而流体被加热,由于它在冷却热流体的过程会产生低温的物理吸附,使流体得到纯化。它的填料可用铜丝绒、不锈钢丝绒、小铅丸、铝矾及硫化铕等。它的比表面积可达3000~6000m2/m3,热交换的效率可达99,流阻小,流体经过时的压降也小,在液化器和气体制冷机中被广泛的使用。

说明:补充资料仅用于学习参考,请勿用于其它任何用途。
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