变电二次设备安装位置信息在二三维设计平台的共享研究  

Research on Sharing of Installation Location Information of Substation Secondary Equipment in Two-dimensional and Three-dimensional Design Platform

作　　者：邵雪瑾 王新新 宋江宁 彭海涛 王金有 SHAO Xue-jin;WANG Xin-xin;SONG Jiang-ning;PENG Hai-tao;WANG Jin-you(Ningxia Ningdian Electric Power Design Co.,Ltd.,Yinchuan 750000 China)

机构地区：[1]宁夏宁电电力设计有限公司,宁夏银川750000

出　　处：《自动化技术与应用》2023年第12期112-115,123,共5页Techniques of Automation and Applications

摘　　要：变电站建设过程中,受到二三维联动算法的影响,导致位置信息共享速度较慢。因此,提出变电二次设备安装位置信息在二三维设计平台的共享研究。依托于TIN模型,构建二三维一体化空间数据模型。通过IFC文件解析,得到二三维设计平台关联的基础数据。结合统一ID映射与中心点坐标,设计二三维联动算法。最后,结合多进程理论实现设备安装位置信息共享。应用结果表明:所提出的二三维设计平台信息共享方法应用时,位置信息共享速度不受目标数量影响,始终保持在20 fps以上。In the process of substation construction,affected by the two-dimensional and three-dimensional linkage algorithm,the speed of location information sharing is slow.Therefore,the sharing of installation location information of substation secondary equip-ment in two-dimensional and three-dimensional design platform is proposed.Based on TIN model,a two-dimensional and three-dimensional integrated spatial data model is constructed.Through IFC file analysis,the basic data associated with the two-dimensional and three-dimensional design platform is obtained.Combined with unified ID mapping and center point coordi-nates,a two-dimensional and three-dimensional linkage algorithm is designed.Finally,combined with the multi process theory,the equipment installation location information sharing is realized.The application results show that when the proposed two-di-mensional and three-dimensional design platform information sharing method is applied,location information sharing speed is not affected by the number of targets,and it is always maintained above 20 fps.

关 键 词：变电二次设备 安装位置 二三维联动 信息共享 IFC文件 

分 类 号：TP391[自动化与计算机技术—计算机应用技术]