变电站三维模型可视化交互研究

Research on Visualization and Interaction of the Substation Three-Dimensional Model

随着电网信息化建设的加快,通过对变电站主设备和辅助设备进行三维场景建模,实现变电站场景的数字化还原,并根据变电站内设备信息将三维节点与数据库点进行逻辑关联,将变电站监控推向数字化、可视化、智能化的全新高度。本文旨在研究一种通用的三维交互方法,通过规范化三维模型的动态节点命名的方法,实现三维模型和三维程序之间的交互信息的自动化提取和控制,从而对变电站主设备监测数据、辅助设备监测数据等进行了全面监视,构建智慧变电站三维可视化交互平台,更加高效直观地全面监视变电站,增强设备的管控力。

With the acceleration of power grid informationization construction, the digital restoration of substation is realized by modeling the three-dimensional scene of main equipment and auxiliary equipment. According to the equipment information of substation, the three-dimensional nodes are logically correlated with the database points, so substation monitoring will be pushed to a new level of digitalization, visualization and intellectualization. The purpose of this paper is to study a general method of three-dimensional interaction, which can automatically extract and control the interactive information between the three-dimensional model and the three-dimensional program, by standardizing the dynamic node naming of the three-dimensional model. A three-dimensional visualization interactive platform is developed for intelligent substation, to monitor the substation more efficiently and intuitively, and to enhance the management and control of the equipment.