摘要
对BIM技术在输变电工程的应用场景展开分析,借鉴了国外广泛实施的成熟度评价模型的要点,并从应用效果的深度和广度两方面构建了成熟度评价模型指标体系,采用了层次分析法确定指标权重。根据实例分析,目前BIM在输变电工程应用层级为基于模型的协作阶段,主要是因为项目管理人员的BIM专业水平不足和项目所需BIM应用软件开发滞后所导致的。最后,对进一步普及和深化BIM应用提出了建议。
This paper firstly analyses the application scenario of the BIM technology in Power transmissionand transformation projects. Drawing from the main points of maturity evaluation models widely implementedabroad,the index system of maturity evaluation model is constructed from the depth and breadth of the appli-cation effect and AHP is used to determine index system weights. According to the example analysis,at present,the application level of BIM in the transmission and transformation projects is on the model collabora-tion stage,which mainly owns to the insufficient BIM professional level of the project managers and thelagged BIM application software development of the project. Finally,the paper put forward suggestions onBIM application promotion and deepening.
作者
朱云祥
夏华丽
劳咏昶
孙秋洁
刘提
ZHU Yunxiang;XIA Huali;LAO Yongchang;SUN Qiujie;LIU Ti(State Grid Zhejiang Electric Power Co.,Ltd.,Hangzhou 310007,China;State Grid Zhejiang Economy Research Institute,Hangzhou 310008,China;Engineering Branch Company,State Grid Zhejiang Electric Power Co.,Ltd.,Hangzhou 310009,China)
出处
《浙江电力》
2018年第9期84-89,共6页
Zhejiang Electric Power
关键词
BIM
成熟度模型
层次分析法
输变电工程
BIM
maturity evaluation
AHP
power transmission and transformation projects