摘要
建立了碳排放减排率模型,并对所提出的节能改造方案进行了计算与验证。结果表明:农居围护结构改造后的碳排放较改造前可降低52.85%~86.72%;外墙、屋顶的材料生产碳排放量比门窗的材料生产碳排放量大。在农居围护结构改造的基础上分析了3种热源改造方案的投资回收期,其结果为节能型燃煤炉的投资回收期最短,其次分别为空气源热泵和燃气壁挂炉。
In this paper,the carbon emission reduction rate model is established,and the proposed energy-saving transformation scheme is calculated and verified.The results show that the carbon emission of the rural residential building envelope after reconstruction can be reduced by 52.85%to 86.72%compared with that before reconstruction,and the carbon emission of material production of exterior wall and roof is greater than that of door and window.On the basis of the reconstruction of the building envelope of the rural residence,the payback periods of three heat source reconstruction schemes are analysed.The result is that the payback period of the energy-saving coal fired furnace is the shortest,followed by the air-source heat pump and the gas wall mounted furnace.
作者
谢慧
宋园园
张振迎
Xie Hui;Song Yuanyuan;Zhang Zhenying(University of Science and Technology Beijing,Beijing;North China University of Science and Technology,Tangshan)
出处
《暖通空调》
2022年第11期92-96,共5页
Heating Ventilating & Air Conditioning
关键词
全寿命周期
农居
围护结构
节能改造
碳排放
投资回收期
full life cycle
rural residence
building envelope
energy-saving transformation
carbon emission
payback period
作者简介
谢慧,女,1977年生,博士研究生,副教授,100083北京市海淀区学院路30号北京科技大学,E-mail:xiehui20000@ustb.edu.cn。
