Dismantling nuclear power plant equipment is a high-risk, complex task, so safe and effective training is essential. To this end, VR virtual reality technology is applied to nuclear power plants, through 100% simulation to restore the real dismantling operation scene, widely used in nuclear power plant display, inspection and dismantling, etc., which greatly improves production efficiency and avoids the reality Potential security risks in operation.
Solutions for nuclear power plants are as follows:
3D simulation display of nuclear power projects: display the planning scheme and project completion image;
Visualization training for nuclear power enterprises: training for plant, equipment, and workflow;
Safety monitoring of nuclear power equipment: realizing intelligent management and control of the production process;
Nuclear power accident emergency simulation training: conduct emergency rescue and escape drill training for sudden accidents and safety accidents in the nuclear power industry.
Improve operational safety
The dismantling of nuclear power plant equipment is a high-risk operation, because any improper operation may cause serious injury to equipment and staff. Through VR virtual simulation technology, staff can operate in a virtual environment and truly feel the process of equipment dismantling, so as to better understand the operation process and improve operation safety.
Reduce training costs
The dismantling of nuclear power plant equipment requires staff to have professional skills and knowledge, but traditional training methods require huge costs and time. Using VR virtual simulation technology can reduce training costs, because virtual equipment can be used for training instead of real equipment, which reduces costs.
Improve operational efficiency
VR virtual simulation technology can dynamically restore the process in 3D, and supports trainees to interact in real time through the VR handle to clearly view the operation and changes of each part, so that the trainees can better understand the process and skills of equipment dismantling, thereby improving teaching efficiency.
reduce risk
Operating in a virtual simulation environment can avoid possible safety risks in real operations. VR virtual simulation technology can simulate various error scenarios and situations, allowing staff to understand how to avoid and reduce risks.
Shenzhen Huarui Viewpoint integrates VR virtual reality technology with nuclear power simulation technology, and develops a number of application systems such as virtual maintenance system, virtual equipment positioning system, virtual refueling training system, and virtual equipment dismantling. The feature of interactivity effectively makes up for the gaps in nuclear power training in emergency response to severe accidents, large-scale maintenance deduction, and decommissioning radiation protection.
The simulation demonstrates the three-dimensional scene of the nuclear power plant, and has a separate scene to demonstrate the working principle and emergency accident simulation, emergency assembly point, main pipeline and accident simulation. From the three-dimensional perspective, the appearance of the nuclear power plant and the distribution of equipment structure and pipeline can be seen more intuitively and clearly, so as to improve training Effect.
The system can also allow the main control terminal to conduct simulation drills, and the trainees can watch it synchronously. It not only greatly reduces training costs, but also realizes VR content distribution, centralized system management, and multi-person training at the same time, so that new employees of nuclear power plants are familiar with the workplace and equipment, and improve safety awareness.
In addition, the VR virtual simulation system of nuclear power plants provides many conveniences for project site technicians, engineering personnel, safety personnel, and team members. Utilizing the immersive on-site analysis function of "experience the front-line without going to the front-line of the site", it solves the problems of low efficiency such as multi-location, remote communication, and remote analysis of on-site quality, safety, and technology for engineering personnel.
The successful development of the VR+ nuclear power safety education and training system will have a unique and far-reaching impact on the nuclear power industry. In the future, through the continuous increase and optimization of VR training scenarios, the training mode of VR+nuclear power will also be continuously improved, and finally achieve the purpose of replacing the existing training mode.