The electrical test simulation training system can provide training to relevant personnel in a laboratory environment. The system can display the standard process steps, danger points and precautions, operation methods of various test instruments, analysis of various test data and equipment status diagnosis of high-voltage testing on a high-definition large screen. Through virtual simulation operation process, it can explain and reduce the difficulty of teaching and explanation. Trainees can self learn the standardized operation process of high-voltage electrical testing in a virtual simulation environment, as well as receive training and assessment on various non hazardous tests to improve their skills in electrical testing and equipment condition diagnosis, effectively enhancing learning efficiency and training quality.

1）. Having a complete functional system, with different simulation application modes such as system function underlying management, system permission management, simulation resource management, training work management, and electrical testing practice.

2）. Ability to expand, upgrade, and configure simulation training resources in the later stage, allowing instructors to freely add and apply auxiliary training resources such as PPTs, videos, images, and documents.

3). Provides comprehensive electrical simulation training and assessment content, and supports multiple combinations of assessment content.

1). The system adopts a multi-layer architecture mode, and the data service uses MySQL 8.0 version database software

2). The system basic data management, system permission management, simulation resource management, training work management and other functional modules adopt the web browser application mode

3). All device models in the simulation resources are created using 3DMax2021

4). The simulation resources are powered by the Unity3D 2019.1.9f1 virtual engine

5). The 3D equipment model is obtained by scanning the actual equipment, and the dimensions of the equipment components and the accuracy of the model reach over 90% fidelity.

1). The system adopts a multi-layer architecture mode, and the data service uses MySQL 8.0 version database software

2). The system basic data management, system permission management, simulation resource management, training work management and other functional modules adopt the web browser application mode

3). All device models in the simulation resources are created using 3DMax2021

4). The simulation resources are powered by the Unity3D 2019.1.9f1 virtual engine

5). The 3D equipment model is obtained by scanning the actual equipment, and the dimensions of the equipment components and the accuracy of the model reach over 90% fidelity.

1）.Electrical Test Simulation System

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