1) cooling energy consumption by air conditioner
空调致冷耗能
1.
Some conclusions are drawn:under given architecture design standard,four factors,including cooling intensity,urban population,per capita urban housing area and air conditioner ratio,directly affect the urban residential cooling energy consumption by air conditioners.
采用气象资料和经济统计资料,以北京市为例,分析了城镇住宅空调致冷耗能的影响因素。
2) air-condition for refrig eration
致冷空调
3) air conditioning energy consumption
空调能耗
1.
Survey and analysis on influence of environment parameters and residents behaviours on air conditioning energy consumption in a residential building;
环境参数与空调行为对住宅空调能耗影响调查分析
2.
Contrast of air conditioning energy consumption among multi-storey residence of typical envelope in Ma′anshan
马鞍山市多层住宅典型围护结构的空调能耗对比
5) energy consumption
空调能耗
1.
Influence on energy consumption of air-conditioning by windows in Guangzhou s residential buildings;
广州地区住宅开窗方式对空调能耗的影响
6) air-conditioning energy consumption
空调能耗
1.
Based on annual cooling load calculation of a certain building,the relationship between envelop isolation characteristic and air-conditioning energy consumption of an office building is discussed.
通过对一特定建筑物进行全年空调负荷的计算,讨论和分析办公建筑围护结构保温性能与空调能耗的关系。
2.
In order to calculate air-conditioning energy consumption, it is necessary to establish new climatic data.
本文分析了我国气候的特点,阐明了建立新的空调能耗计算用气象数据的必要性。
补充资料：空调
分子式：
分子量：
CAS号：
性质：见空气调节。
分子量：
CAS号：
性质：见空气调节。
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