摘要
当前钢结构逐渐成为变电站结构的主要方式,然而传统的钢结构设计软件——Tekla所建立的模型很难与Revit模型整合与拼接。以上海某110kV钢结构变电站为例,研究了使用欧特克建筑信息模型(BIM)软件的钢结构节点深化设计并快捷创建节点连接模型的方法,以及软件之间进行有效数据传递的可行性,最终与上下游专业一起形成完整的工作流,成为变电站钢结构节点深化设计与建模的BIM专项解决方案,有效解决Tekla与Revit的专业整合以及与BIM模型拼接问题。
At present,steel structure has gradually become the main form of substation structure,but the tradi-tional steel structure design software established by Tekla is difficult to integrate with Revit model.Taking a 110 kV steel structure substation in Shanghai as an example,this paper studies the method of deepening the design of steel structure node by using Autodesk building information modeling(BIM)software and quickly creating the node connection model,as well as the feasibility of effective data transmission between the softwares,and finally forms a complete workflow together with the upstream and downstream professionals.It becomes a BIM special solution for deepening the design and modeling of substation steel structure nodes,which can solve the problems of professional integration with Tekla and Revit model and combination with BIM model.
作者
荣嵘
吕征宇
高振婷
李奕婵
秦旷宇
RONG Rong;LYU Zhengyu;GAO Zhenting;LI Yichan;QIN Kuangyu(State Grid Economic and Technological Research Institute,SMEPC,Shanghai 20002,China;State Grid Shanghai Electric Power Design Co.,Ltd.,Shanghai 200002,China;State Grid Shanghai Municipal Electric Power Company,Shanghai 200120,China)
出处
《电力与能源》
2023年第1期38-43,共6页
Power & Energy
基金
国网上海电力设计有限公司资助项目“上海浦东吉春110 kV变电站”(SGSHJY00SGJS2100274)。
关键词
钢结构
变电站
建筑信息模型
数据传递
steel structure
substation
building information model
data transmission
