Application system based on VR power transformation intelligent inspection training system

Abstract

The invention discloses an application system based on a VR power transformation intelligent inspection training system, which comprises a central processing unit, and the output end of the central processing unit is in signal connection with the receiving end of a database. According to the application system based on the VR power transformation intelligent inspection training system, the student login unit is arranged, so that students can query their own training examination results, and the students can conveniently, autonomously and specifically perform skill training; the monitoring unit is arranged, training data of the training operation module is transmitted to the data collection module through the data transmission module, then the training data is transmitted to the data analysis module to be analyzed, then the training data is imported into the data modeling module to establish a model, and the model is visually displayed in front of a teacher through the monitoring display device. Meanwhile, historical data in a database are looked up through a data search module, comparison is carried out, different training intensities are selected, and the actual training requirement of intelligent inspection is met.

Description

technical field [0001] The invention relates to the technical field of substation intelligent patrol inspection training, in particular to an application system based on a VR substation intelligent patrol inspection training system. Background technique [0002] Power system equipment is large in scale, diverse in variety, and updated quickly. The intelligence of the power system requires technicians to quickly and timely master professional skills such as equipment maintenance, inspection, testing, component replacement, and on-site deployment. On-site training and field operations can achieve ideal teaching effects. However, traditional electric power training cannot be carried out with actual operating equipment. The actual operating equipment needs to ensure safe and normal operation, and can only be used for viewing and display. There are many restrictions on hands-on operation, which cannot meet the needs of teaching and training, and students lack a sense of real exp...

AI Technical Summary

Problems solved by technology

However, traditional electric power training cannot be carried out with actual operating equipment. The actual operating equipment needs to ensure safe and normal operation, and can only be used for viewing and display. There are many restrictions on hands-on operation, which cannot meet the needs of teaching and training, and students lack a sense of real experience.

Establishing a one-to-one real-scene substation for training can obtain a better operating experience, but the construction of a real-scene simulation teaching environment is difficult, expensive, and occupies a large area of ​​the site, the simulation feedback effect is difficult to meet the standard, and the flexibility of transformation and deployment is poor. The current real-world substation training has limitations in venues, equipment, and space, and the reusability is poor

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