1) central cooling system
集中供冷系统
1.
Application of central cooling system to Guangzhou Metro Line 2;
集中供冷系统在广州地铁二号线的应用
2.
Based on the energy consumption model, the effect of running parameters on the energy consumption of the residential central cooling system was analyzed, a new term called system coefficient of performance (SCOP) was put forward, and an optimal model was established to get the maximum SCOP during the running of the system.
以住宅楼集中供冷系统主要设备的能耗模型为基础,分析了系统各运行参数对设备能耗的影响,提出了系统能效比(SCOP)概念,建立了以SCOP为优化目标的供冷系统优化节能运行工况模型。
2) central and separate refrigerating system
集中与分散供冷系统
3) district cooling system
区域集中供冷系统
1.
New cold regulation method of district cooling systems;
区域集中供冷系统冷量调节新技术
4) cold aggregate feeder system
冷集料供给系统
5) central cooling
集中供冷
1.
Selection of chillers for central cooling in underground railway systems;
地铁集中供冷冷水机组选型初探
2.
Treats some ways to better economics including the applications of frequency control technology, transient comfort concept, shield door system, central cooling, large difference in air supply temperature and proper selection of equipment, etc.
介绍了广州地铁环控系统的设计情况 ,论述了提高经济性的途径 ,包括变频技术、暂时舒适概念、屏蔽门系统、集中供冷技术、大温差技术的采用 ,设备选型的合理化
3.
Because of the improvement of the airconditioning technology,such as Central cooling and Thermal storage,provide a large scale of energy saving,besides this article also bring forward a idea of using the Artificial NN in the control system to maximize the effect of energy saving and improve the comfortable feeling.
地铁中环控用电占总用电量的50%左右,由于在环控技术上的进步,集中供冷和蓄冷空调为节能提供了很大空间,另外在本文中也提出了集中供冷控制系统中增加人工神经网络的设想,可以最大程度地发挥出节能的效果和提高舒适性。
6) district cooling
集中供冷
1.
This paper points out the method for analysis of energy consumption in variable water volume(VWV) system, and calculates annual energy consumption of different schemes for distribution system of a district cooling system in residential area.
本文指出了变流量水系统能耗分析方法 ,对某住宅区集中供冷系统在采用不同水系统形式时的全年能耗进行了分析 ,结果表明 ,变频二次泵分散设置的变流量系统节能效果非常好 ,建议集中供冷系统采用类似的水系统形
补充资料：集中参数控制系统
分子式：
CAS号：
性质：组成控制系统诸环节的参数不随空间坐标变化的控制系统。
CAS号：
性质：组成控制系统诸环节的参数不随空间坐标变化的控制系统。
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