Predicting the cooling load of air-conditioning system is the precondition and foundation of optimizing control of an ice storage system.
对空调系统进行冷负荷预测是对冰蓄冷系统进行优化控制的重要前提与基础。
Accurate prediction of meteorological parameters and cooling loads of building is the foundation and premises of the optimization and control in ice storage system.
室外逐时气象参数和冷负荷的预测是冰蓄冷系统优化和控制的基础和前提。
According to the characteristics of intelligent office building's cooling load, analyses the available model of ice storage ac system, and briefly narrates it's existent problems.
根据智能化办公大楼负荷的特点，分析其适用的冰蓄冷空调模式，并简述其优缺点。
Describes the principle, structure and operation of a super-cooling type dynamic ice-storage air conditioning system.
介绍了一种二次冷媒式过冷水动态蓄冰空调系统的原理和结构。
Various energy conservation technologies incorporated for water chillers such as heat recovery, ice-thermal storage and free cooling are also introduced.
先进的离心式冷水机组不仅具有制冷功能，而且具有热回收、冰蓄冷、免费取冷等多种功能，节能效果显著。
Various energy conservation technologies incorporated for water chillers such as heat recovery, ice-thermal storage and free cooling are also introduced.
先进的离心式冷水机组不仅具有制冷功能，而且具有热回收、冰蓄冷、免费取冷等多种功能，节能效果显著。
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