核电站运行虚拟仿真系统研制

Development of Virtual Simulation System for Nuclear Power Plant Operation

摘要: 为了加深学员对核电站运行的认知理解并增强操作应对能力，本文介绍了一种核电站运行虚拟仿真系统的研制过程，将虚拟现实技术和网络通信技术相结合应用到高校虚拟仿真教学中。通过后台建立的核电站机组仿真运行模型，实时数据驱动前端三维可视化界面，将具有时间特性的核电运行数据集合进行可视化展示，生动呈现核电站现场环境和系统运行工况,并且通过特效渲染技术和动画配置工具，实现系统工作原理演示、典型故障现象展示以及就地操作模拟，使高校虚拟仿真教学更加真实和形象。

Abstract: In order to deepen the students’ cognitive understanding of nuclear power plant operation and enhance their ability to cope with operation, this paper introduces the development process of a virtual simulation system for nuclear power plant operation, which combines virtual reality technolo-gy with network communication technology and applies it to virtual simulation teaching in colleges and universities. Through the nuclear power plant unit simulation operation model established in the background, real-time data drives the front-end three-dimensional visual interface to visually display the nuclear power operation data set with time characteristics, vividly present the nuclear power plant site environment and system operation conditions, and realize the system working principle demonstration, typical fault phenomenon display and local operation simulation through special effect rendering technology and animation configuration tools, so as to make the virtual simulation teaching more real and vivid.