1) Encapsulated ice-cold storage air-conditioning system
冰球式蓄泠空调系统
2) ice-storage air-conditioning system
冰蓄冷空调系统
1.
Economy analysis and comparison of ice-storage air-conditioning system for an office building;
某办公建筑冰蓄冷空调系统经济性分析与比较
3) Ice-storage air conditioning system
冰蓄冷空调系统
1.
Application of breath bag to ice-storage air conditioning systems;
冰蓄冷空调系统中"呼吸袋"的应用
2.
The predictive neural network system’s three successful applications to the terminal control of HVAC system, the energy management control system in a central HVAC plant and the ice-storage air conditioning system introduced in the article show its bright future in the field of HVAC.
从神经网络的结构及特点出发,说明了神经网络预测控制系统的构造及工作原理,并着重通过介绍神经网络预测控制在HVAC系统末端控制、中央制冷站能源管理系统、冰蓄冷空调系统中的应用,展观了它在HVAC系统中广泛的应用前景。
3.
Then,the equivalent day in the design ice-storage rate of the ice-storage air conditioning system is calculated.
本文所提出的折算天数法,将空调季的非设计日工况折合成设计日工况,并计算得到冰蓄冷空调系统在相应设计蓄冷率下的空调季折算天数,建立实例工程模型,利用设计日工况和相应的折算天数对实例工程进行整个空调季的经济性分析,以确定合适的设计蓄冷率范围。
4) ice-conditioning system
蓄冰空调系统
1.
DSM benefits research on ice-conditioning system of Beijing Huashang building;
北京华商大厦蓄冰空调系统DSM效益研究
5) ice storage air-conditioning system
冰蓄冷空调系统
1.
Taking an office building in Tianjin for example,the economy of ice storage air-conditioning system and conventional air-conditioning system is compared.
以天津某办公大楼为例,比较冰蓄冷空调系统和常规空调系统的经济性。
2.
Facing this kind of situation, many district government formulate electric-price policy which is benefit to the development of Ice Storage Air-conditioning System(ISAS).
由于冰蓄冷空调系统在我国发展的时间并不长，有许多问题值得研究。
6) ice storage air conditioning system
冰蓄冷空调系统
1.
Optimized design of an ice storage air conditioning system;
某冰蓄冷空调系统优化设计探讨
2.
Superiority and application of a combined water-source heat pump and ice storage air conditioning system
水源热泵与冰蓄冷空调系统联合运行的优越性及应用
3.
Presents the ice storage air conditioning system design, obtains various economic indexes through comparison, and considers that development of ice storage systems depends on the national policy of electric power industry.
详细介绍了电力部国家电网控制中心工程的冰蓄冷空调系统设计，通过技术比较得出各项经济指标，认为蓄冰空调的发展有赖于国家电力政策的倾斜。
补充资料：中泠泉
天下第一泉“天下第一泉”又名“中泠泉”，原在扬子江心，是万里长江中独一无二泉眼。唐代名士刘伯刍品尝了全国各地沏茶的水质后，将水分为七等，中泠泉为第一等，因此被誉为“天下第一泉”。中泠泉水绿如翡翠，浓似琼浆，盈杯不溢出南宋名将文天祥畅饮后，豪情奔放赋诗一首：“扬子江心第一泉，南金来北铸文渊，男儿斩却楼兰诗，闲品茶经拜祠仙。”
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