城市建筑
城市建築
성시건축
URBANISM AND ARCHITECTURE
2014年
8期
199-199
,共1页
暖通新技术%节能减排%冷凝热回收%水源热泵
暖通新技術%節能減排%冷凝熱迴收%水源熱泵
난통신기술%절능감배%냉응열회수%수원열빙
HVAC new technology%energy conservation and emissions reduction%condensing heat recovery%water source h-eat pump
建筑能耗中，暖通空调能耗比例较高，其污染物排放量较大。为加强节能减排，应根据建筑类型及特性进行暖通新技术应用。应用冷凝热回收、水源热泵、水景冷却塔、热回收新风机组等暖通新技术，能够提高建筑节能减排。
建築能耗中，暖通空調能耗比例較高，其汙染物排放量較大。為加彊節能減排，應根據建築類型及特性進行暖通新技術應用。應用冷凝熱迴收、水源熱泵、水景冷卻塔、熱迴收新風機組等暖通新技術，能夠提高建築節能減排。
건축능모중，난통공조능모비례교고，기오염물배방량교대。위가강절능감배，응근거건축류형급특성진행난통신기술응용。응용냉응열회수、수원열빙、수경냉각탑、열회수신풍궤조등난통신기술，능구제고건축절능감배。
In the building energy consumption, the energy con-sumption of HVAC ratio is higher than others, which has large pol utant emissions. In order to strength the energy conservat-ion and emissions reduction, people should be base on the bu-ilding types and features to carry on the new HVAC technol-ogy applications. People use the HVAC new technologies of condensing heat recovery, water source heat pump, water co-oling towers, heat recovery fresh air units, etc can improve the building energy conservation and emissions reduction.
