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基于三维数字化的输变电项目协同管理系统设计

Design of collaborative management system for power transmission and transformation projects based on three-dimensional digitalization
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摘要 针对传统输变电项目协同管理系统中三维数字化成果应用能力不足的问题,提出一种基于三维数字化的输变电项目协同管理系统设计。以三维数字化为基础,有效应用大数据、人工智能、物联网、移动通信等技术,通过GIS+GIM技术、VR仿真技术等构建施工虚拟推演模块、数据中心处理模板、智能交互模块,从而实现输变电项目协同管理系统的三维数字化设计。对所设计系统进行测试,测试结果表明:所提系统的输变电项目协同管理效果较好,人机交互性较强,系统响应时间较短,管控质量因子高,说明该系统可提高输变电项目的协同管理水平。 Aiming at the problem that the traditional collaborative management system of power transmission and transformation projects lacks the application ability of 3D digital results,a design of collaborative management system of power transmission and transformation projects based on 3D digital is proposed.Based on three-dimensional digitalization,the technologies of big data,artificial intelligence,Internet of Things and mobile communication are effectively applied,and the construction virtual deduction module,data center processing template and intelligent interaction module are constructed through GIS+GIM technology and VR simulation technology,so as to realize the three-dimensional digital design of power transmission and transformation project collaborative management system.The designed system is tested,and the test results show that the proposed system has good collaborative management effect of power transmission and transformation projects,strong man-machine interaction,short system response time and high management quality factor,which shows that the system can effectively improve the collaborative management level of power transmission and transformation projects.
作者 李杨 谢灿波 陈景文 何宇 郑钧任 王杜欣 Li Yang;Xie Canbo;Chen Jingwen;He Yu;Zheng Junren;Wang Duxin(Zhanjiang Power Supply Bureau of Guangdong Power Grid Co.,Ltd.,Zhanjiang524005,China;Guangdong Power Grid Energy Development Co.,Ltd.,Guangzhou,510160,China)
出处 《现代科学仪器》 2023年第3期23-27,共5页 Modern Scientific Instruments
基金 广东电网有限责任公司科技攻关项目(203399494)。
关键词 三维数字化 输变电项目 协同管理 仿真技术 人机交互 管控质量 Three-dimensional digitization Power transmission and transformation projects Collaborative management Simulation technology Man-machine interaction Control quality
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