1) ice harbors cold air-conditioning operating principle
冰蓄冷空调工作原理
2) ice-storage air-conditioning system
冰蓄冷空调
1.
The basic principle of ice-storage air-conditioning system and the common performance patterns of ice-storage air-conditioning system is introduced in the paper.
阐述了蓄冷空调的基本原理,介绍了常见冰蓄冷空调系统的运行模式、工作流程,并以某工程为例对冰蓄冷空调系统和常规空调系统进行了经济性比较,得出蓄冷空调在实际工程中的优势,认为蓄冷空调既是今后空调的主要发展方向之一,也是解决用电高峰期和低谷期的负荷相差很大所引起的能量浪费的有效手段。
2.
This paper introduces the situation of ice-storage air-conditioning system at home and abroad.
本文阐述了蓄冷空调的国内外发展情况,介绍了几种常见冰蓄冷空调系统的运行模式,并以某工程为例对冰蓄冷空调系统的经济性进行了分析。
3.
The economic effect of ice-storage air-conditioning system lies on whether the adding investment can be taken back in a few years or not, which is deeply affected by the operation plan of the system.
冰蓄冷空调可取与否,取决于其所增加的投资能否在较短年限内收回,而运行策略的设计对此有至关重要的影响。
3) ice storage air-conditioning
冰蓄冷空调
1.
Experimental study on sub-cooled multi-system with ice storage air-conditioning;
一种过冷型多联机冰蓄冷空调系统试验研究
2.
This article introduces the characteristics and developing state of two new style ice storage air-conditioning system technology—the ice storage and cold air distribution air conditioning system,and ice storage and heat pump sectional air-conditioning,points out the problems and the solving methods and clarifies its developing future.
介绍了2种新型冰蓄冷空调系统———冰蓄冷与低温送风空调系统和冰蓄冷与热泵组合式空调系统的特点及在我国的发展现状,指出了应用中存在的问题及解决方法,展望其发展前景。
4) ice-storage air-conditioning
冰蓄冷空调
1.
Design of dynamic ice-storage air-conditioning control system based on PLC and touching screen;
基于PLC和触摸屏的动态冰蓄冷空调控制系统设计
2.
In this paper, two models were introduced on the economic analysis of the ice-storage air-conditioning system.
本文在介绍冰蓄冷空调系统的两种经济分析评价方法的基础上,主要通过对某一大厦的冰蓄冷空调与常规空调设计的投资比较的经济性分析,论证了采用冰蓄冷空调系统具有良好的经济效益,同时也分析了影响冰蓄冷空调几种经济效益的主要因素。
3.
Compared with a project with conventional air-conditioning,it is found that the payback with ice-storage air-conditioning is from two to three y.
对集美大学工科实验楼冰蓄冷空调项目的设计和运行进行分析,实际运行表明,冰蓄冷实验室兼顾大楼空调的设计具有许多优点。
5) ice-storage air conditioning
冰蓄冷空调
1.
Economic analysis of ice-storage air conditioning;
冰蓄冷空调的经济性分析
2.
The Main Influential Factors of Choosing Ice-storage Air Conditioning Scheme;
影响冰蓄冷空调方案选择的主要因素
3.
Calculation of optimal discharging rate and refrigerating machine capacity for ice-storage air conditioning systems;
冰蓄冷空调最佳释冷量和制冷机容量的计算
6) ice storage air conditioning
冰蓄冷空调
1.
Economic comparison between conventional and ice storage air conditioning: a case study;
国际大厦常规空调与冰蓄冷空调方案比较
2.
This paper introduces two operational models in the ice storage air conditioning system, whichs are the water cooled chillers priority and the ice storage priority, the choice method of refrigeration unit, the computing method of the amount of water stored and the disposition of the ice storage system.
介绍了冰蓄冷空调系统中冷水机组优先和冰优先的两种运行模式及其两种运行模式制冷机组的选择方法和储水量的计算方法,以及冰蓄冷系统的配置。
3.
The common performance patterns of ice storage air conditioning system is introduced and discussed.
介绍了几种常见冰蓄冷空调系统的运行模式 ,通过理论推导 ,建立了适用于各种运行模式的制冷主机容量选型计算通式 ,通过对制冷负荷方程式的讨论 ,从节能的角度提出在冰蓄冷空调系统设计中 ,选择主机容量及确定运行模式时应遵循的几项原则。
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。
参考词条