In the context of conducting inspections across multiple devices, AR can overlay data information onto the corresponding real equipment, making inspection and monitoring clearer and more intuitive. Additionally, real-time alerts for abnormal equipment states, guided localization of faulty devices, and on-site personnel support through gesture and voice commands to adjust parameter display content significantly improve inspection efficiency and accuracy. This allows for more efficient detection and resolution of issues.

The AR equipment management sandbox projects backend data information in front of the user, enabling real-time monitoring of the overall operational status of equipment assets through clear and intuitive virtual information. In addition, by incorporating AR remote communication tools, users can remotely view or seek expert consultations, improving problem-solving speed and reducing production and operational risks for enterprises.

Easily achieve real-time insights into the operational status and data of an electric field, assisting personnel in making quick decisions and taking action. Help predict the lifespan and failure rate of equipment, thereby optimizing maintenance plans and budgets. Simulate various hazardous situations to provide training and drills for personnel in a virtual environment, reducing the risk of accidents.

With the support of AR technology, operators can place equipment on any surface and engage in virtual training and practice based on operating procedures. The virtual device models, which correspond one-to-one with real devices, can present core operational details clearly and intuitively, making training and learning more efficient. Additionally, synchronous scoring and assessment can be conducted for trainees, creating an integrated AR training platform that combines learning, practicing, and testing.