基于三维模型的变电站智能管控系统设计

Design of intelligent substation management and control system based on 3Dmodel

当前变电站智能管控系统存在信息获取时间长、管控效率不高等问题,为解决此类问题,设计一种基于三维模型的变电站智能管控系统。首先,通过3D Max构建变电站三维模型,以便用户查看与获取变电站的相关信息。然后,在三维模型的基础上,根据CityGML标准进行语义Schema信息、隐式几何、中文标注及纹理、场景管理以及变电站模型操作设计,并完成变电站智能管控系统的搭建。实验结果表明,该文所设计系统的信息获取时间较短,管控效率以及管控质量高,可以在实际中得到进一步推广。

The intelligent control system of substations faces several challenges,such as the long information collection time and low control efficiency.In order to solve these problems,this paper designs an intelligent management and control system of substation based on three-dimensional(3D)model.Users can flexibly access the relevant information of substations by using 3Dmodel built in 3DMax.On the basis of the 3Dmodel,multiple tasks,including semantic Schema information design,implicit geometric design,and so on,can be achieved to accomplish the intelligent management and control system of substations according to CityGML standard.The experimental results show that the information acquisition time of the proposed system is significantly reduced,and management and control efficiency and quality are improved.Hence the proposed system can be further applied in practice.