摘要
采用BIM技术对矿区110 kV大胡变电站增容扩建项目进行信息化、自动化、数字化管理。本文利用BIM的3D建模功能模拟分析不同设计方案的特点和存在的问题,最终选出最优设计方案,实现狭小空间、复杂环境下变电站的增容扩建改造。通过BIM信息数据库优化资源配置计算出精确的工程量,最大化降低工程建设投资,达到项目实施前的精准预控,提高施工效率,降低施工安全风险。
BIM technology is used for information,automation and digital management of 110 kV Dahu substation capacity expansion project in the mining area.The 3D modeling function of BIM is used to simulate and analyze the characteristics and existing problems of different design schemes,and finally the optimal design scheme is selected to realize the capacity expansion and transformation of substation in narrow space and complex environment.Through BIM information database to optimize resource allocation to calculate accurate quantities,maxmize the reduction of project construction investment,achieve accurate pre-control before project implementation,improve construction efficiency and reduce construction safety risks.
作者
孙健
SUN Jian(Power Supply Office of Hebi Coal Industry(Group)Co.,Ltd.,Hebi,Henan Province,458000 China)
出处
《科技创新导报》
2022年第1期67-69,共3页
Science and Technology Innovation Herald
关键词
BIM
技术
变电站增容扩建
空间狭小
精准预控
BIM technology
Substation capacity expansion
Narrow space
Accurate pre-control
