ice-making capacity

Presents a design procedure for the ice storage tank with parallel ice coils based on studies of its ice making and melting performance, and believes this discussion will be beneficial for the serialization of the ice storage tank and for energy saving control in the ice storage air conditioning system.

在研究并联冰盘管蓄冷装置制冰、融冰特性的基础上，讨论了包括确定蓄冰槽容积、蓄冰量，盘管长度，盘管排列方式等内容的设计方法。

The system of ice-making by spraying water in winter and utilizing the ice in summer economizes the first investment,operating cost,pollution-tree and reduces the peak of electric power in summer.

冬季喷水制冰蓄冷夏季应用系统与机械制冷系统相比,无污染、节约初投资和运行费用,并且可以降低夏季电力峰值负荷。

Based on the heat transfer model in reference the ice making performance of a cool storage tank with parallel connection ice coils are simulated and the calculation results are discussed.

基于文献［１］的传热模型对并联冰盘管蓄冷制冰特性进行了模拟，并对计算结果进行探讨，这些结果是蓄冷空调系统中冰蓄冷装置设计的理论基

Prospects of the dynamic ice-making technique by supercooled water;

过冷水动态制冰技术的应用前景

Ice slurry technology is one of the newest ways in cold thermal energy storage and dynamic ice-making fields,which can effectively balance the power charge.

冰浆蓄冷技术能有效地对电力“移峰填谷”及平衡电网负荷,是目前蓄冷和动态制冰领域的最新发展方向。

This work describes a new dynamic ice-making method for ice-storage air condition.

分析了一种适用于冰蓄冷空调的新型动态制冰系统工作原理,建立了制冰床内液-液-固三相流动与传热的数学模型。