在目前应用的多种蓄冰系统中，内融式冰盘管蓄冰系统具有可靠性高，结冰融冰比较迅速等优点，因此得到了广泛的应用。
Among all the ice storage systems, internal-melt ice-on-coil has been widely used because of its high reliability and relatively high charging and discharging rate.
建立了不完全冻结方式的导热塑料蓄冰盘管的结冰和融冰过程的数学模型，该模型能够较好地模拟蓄冰盘管的结冰和融冰过程。
We built a mathematics model to analyze the incomplete-frozen conductive plastic ice coil, which can simulate both the processes of ice building and melting.
导热塑料盘管蓄冰槽的外融冰传热性能实验，包括静态外融冰特性和鼓气外融冰特性实验；
Experimental study about the external melt heat transfer performance of conductive ice-on-coil tank, including static discharge and dynamic discharge properties has been carried out.
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