摘要
文章以碳排放全生命周期计算方法为理论基础,结合建筑和变电工艺的碳排放特点,研究变电建筑工程的碳排放计算边界与计算方法,并以某具体工程为例,识别和分析变电建筑全生命周期各阶段的碳排放影响因素,分析节能减排潜能,提出具体低碳设计策略并验证实施效果,为日后建设低碳变电建筑提供设计经验和数据参考。
Taking the calculation method of the whole life cycle of carbon emissions as the theoretical basis,combined with the carbon emissions characteristics of the building and the transformer process,this paper studies the calculation boundary and calculation method of carbon emission in power transformation construction projects.Taking a specific project as an example,the paper identifies and analyzes the influencing factors of carbon emissions factors at all stages of the entire life cycle of the substation building,analyzes the potential for energy conservation and emission reduction,proposes specific low-carbon design strategies and verify the effect of the implementation,and provides design experience and data reference for construction of low-carbon substation buildings.
作者
王梦林
程梦雨
康皓
姜立
WANG Meng-lin;CHENG Meng-yu;KANG Hao;JIANG Li(China Academy of Building Research;Beijing Structural Power Technology Co.,Ltd.)
出处
《智能建筑与智慧城市》
2023年第4期98-100,共3页
Intelligent Building & Smart City
基金
国家重点研发计划项目:基于BIM的绿色建筑运营优化关键技术研发,项目编号:2018YFC0705900。
关键词
碳排放
低碳
建筑
变电
全生命周期法
carbon emissions
low carbon
building
substation
whole life cycle method