基于BIM的低碳建筑研究与应用综述
A Review for Bim-based Low-carbon Building Research and Application
陈芊茹 1彭阳 1余芳强1
作者信息
- 1. 上海建工四建集团有限公司,上海 201103
- 折叠
摘要
发展低碳建筑需要依托BIM技术的数据集成优势.本文在调研大量文献的基础上,系统综述近年来基于BIM的低碳建筑研究进展及应用现状.指出有关研究可以细分为碳排放的测算与评估、碳排放的异常识别以及碳排放的主动控制3个方面,结合"低碳"、"BIM"、"性能评估"、"全生命期"4个维度,提出基于BIM的低碳建筑应用框架.研究指出基于BIM的低碳建筑发展存在动态数据价值待挖掘、评估体系不完善、应用软件数据转换繁琐问题,并给出研究展望.
Abstract
The development of low-carbon buildings must utilize data integration competitiveness of the BIM technology.This research provided a comprehensive review of the research and application status of BIM-based low-carbon buildings in recent years,and pointed out that relevant research are mainly focusing on measurement of carbon emissions,identification of abnormal carbon emissions,and active control of carbon emissions.Based on four dimensions of low-carbon,BIM,performance evaluation and life-cycle,a low-carbon building application framework based on BIM was proposed.The study further highlighted complex issues such as the need to tap the potential of dynamic data,lack of a complete evaluation system and data conversion of application software and provided the research prospect.
关键词
BIM/低碳建筑/全生命期/碳排放/低碳评估Key words
BIM/low-carbon building/life-cycle/carbon emission/low-carbon assessment引用本文复制引用
基金项目
上海市优秀学科带头人计划(22XD1432000)
出版年
2024
NETL
NSTL
万方数据