摘要
介绍了该标准中民用建筑运行碳排放的计算边界,冷热源、输配系统及风系统运行碳排放的计算方法。该标准对民用建筑运行碳排放的计算边界作了扩展与延伸,覆盖了全寿命周期的全边界;定义了建筑运行名义工况,统一了民用建筑碳排放计算时标准的建筑使用模式及建筑设备运行模式;补充了暖通空调各系统的详细算法,给出了空调冷热源、输配系统、末端空气处理设备及通风风机的运行能耗与碳排放量计算公式,提高了在浙江省范围内建筑碳排放计算的可操作性。
This paper presents the calculation boundary of operational carbon emission from civil buildings,and the calculation method of operational carbon emission from cold and heat sources,transmission and distribution systems and air systems in this standard.This standard expands and extends the calculation boundary of carbon emissions from civil buildings,and covers the whole boundary of the whole life cycle.This standard defines the nominal operating conditions of buildings,and unifies the standard building use mode and equipment operation mode in the carbon emission calculation of civil buildings.The detailed algorithms of HVAC systems are supplemented,and the calculation formulas of operating energy consumption and carbon emissions of air conditioning cold and heat sources,transmission and distribution systems,terminal air treatment equipment and ventilation fans are given.It improves the operability of carbon emission calculation of buildings in Zhejiang Province.
作者
丁德
吴佳艳
宁太刚
张蔚琳
陈泓蓓
Ding De;Wu Jiayan;Ning Taigang;Zhang Weilin;Chen Hongbei(The Architectural Design&Research Institute of Zhejiang University Co.,Ltd.,Hangzhou;Zhejiang University,Hangzhou)
出处
《暖通空调》
2023年第12期1-11,共11页
Heating Ventilating & Air Conditioning
关键词
碳排放计算
暖通空调
浙江省
标准
建筑运行名义工况
负载率
运行效率
carbon emission calculation
HVAC
Zhejiang Province
standard
nominal operating condition of building
load rate
operating efficiency
