摘要
为了提高输变电工程设计效率、提升工程设计质量以及优化设计方案,提出了一种输变电工程智能设计平台。从平台构建原则、平台总体架构、平台构建的关键问题和平台运作方式四个方面清晰地阐明了平台的构建思想。所提出的智能设计平台,通过建立基于对象的异构数据管理平台、提取云数据库文本信息并实现结构化表达,以解决设计平台的云数据库构建问题。通过引入基于网络图的动态协同管理策略,以解决多任务并行多专业协同管理系统的构建问题。通过设计节点组件化和评价体系智能化,综合解决了智能设计终端的分阶段开发、拓展、升级的相关问题,并将设计过程和评价过程融为一体。所构建的输变电工程智能设计平台,为实现输变电工程设计从目前的人工设计模式到智能设计模式的跨越提供了一种可行思路。
In order to increase the working efficiency,improve the design quality of transmission and transformation engineering design,and optimize the design scheme,an intelligent design platform is proposed.The new idea of constructing the proposed platform is explicitly demonstrated in four aspects:the construction principles,the overall structure,the key issues,and the operation modes.The proposed key measures can solve the problems of building up a cloud database of the intelligent design platform by means of constructing an object-based management platform of heterogeneous data,extracting and structuring cloud database text information.A dynamic collaboration management strategy based on a network diagram is introduced to solve the issues of building up multi-task paralleling and a multi-profession-collaborating management system.Modularizing design and the intellectualizing evaluation are introduced to solve the key problems of developing periodically,expanding and upgrading the intelligent-design-terminal,and the evaluation is integrated in the design process.The intelligent design platform for power transmission and transformation engineering provides a feasible way to achieve a leapfrog from the current artificial design mode to the intelligent design mode.
作者
袁敬中
胡楚叶
陆亦齐
高扬
王少荣
贾祎轲
刘城欣
邹婧怡
YUAN Jingzhong;HU Chuye;LU Yiqi;GAO Yang;WANG Shaorong;JIA Yike;LIU Chengxin;ZOU Jingyi(Economics and Technology Research Institute,State Grid Jibei Electric Power Co.,Ltd.,Beijing 100038,China;School of Electrical and Electronic Engineering,Huazhong University of Science&Technology,Wuhan 430074,China)
出处
《电力系统保护与控制》
EI
CSCD
北大核心
2020年第19期97-105,共9页
Power System Protection and Control
基金
国家自然科学基金项目资助(51607075)。
关键词
输变电工程
变电站设计
输电线路设计
设计平台
人工智能
智能设计
power transmission and transformation engineering
substation design
power transmission line design
design platform
artificial intelligence
intelligent design
