It includes:ġ A virtual simulation system using virtual reality technology The nuclear power system virtual simulation training system architecture is shown in Figure 1. The real environment and virtual objects are superimposed in the same space in real time. At the same time, augmented reality technology enables operators to integrate real world information and virtual world information, to achieve a sensory experience ‘beyond reality’. To strengthen the sense of bringing physical objects into operation, physical objects are introduced into the system and they communicate with the simulation model through an Ethernet bus to result in a real device response. The system architecture is shown in Figure 1.
Designing a virtual simulation systemĪ virtual simulation training system for a nuclear power plant can be established based on virtual reality, process modelling and visual experience equipment technology. The professional skills and operational abilities of operators and managers are improved by this training, so virtual simulation plays an important role in improving nuclear safety. It also provides a practical virtual simulation training system for plant operators. In nuclear power systems, virtual reality can help workers to plan, design and monitor reactors more easily and intuitively. Virtual reality is now widely used, in industries as diverse as medicine, interior design, industrial simulation, maintenance, automobile simulation and fields in energy including nuclear power. This can provide designers with quick analysis, verify working conditions and provide operators and engineers with various types of simulation training. By Yang Cheng, Li Ang, Chen Zhi, Min Yuan, Wu Zhiqiang, Jia Yige, Han Wenxing, and Yang YouweiĬOMPUTER SIMULATION IS INCREASINGLY BEING applied to the design and verification of nuclear reactor systems.Ĭomputer integration and graphical technology can realise multi-discipline co-simulation and display calculation results and state parameters to simulation personnel. China is using virtual reality and process modelling to create a virtual simulation system to train nuclear power plant operators and managers.
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