Based on engineering information and geographic data, the integrated application of
3D modeling technology and digital collaborative design technology enables full-process 3D visual design and unified information management for power transmission and transformation projects.
Build a substation BIM information model to achieve functions such as moving, zooming, rotating, layering, and analytical browsing of the 3D model.
Big data collection, storage & management, analysis & mining, and visualization technologies are applied to construct a big data visualization platform.
Encryption technologies are used for secure authentication, task assignment/receipt, and field record uploads, supporting on-site personnel in standardized, paperless operations.
3D Model Browsing | Enable movement, zooming, rotation, layering, and analytical browsing of the substation 3D model. |
Device Asset Management | Achieve integration of design parameters and management parameters with 3D components, enabling visual management of equipment asset information through a 3D spatial perspective. |
Panoramic Data Monitoring | Integrate power grid operation, main equipment, auxiliary equipment, video, and other monitoring data with the 3D model to build a comprehensive visualization platform for substation environments, equipment, monitoring data, and management information. |
2D Logic Diagram Management | Enable real-time browsing of the SCADA monitoring system’s 2D wiring diagram. |
Alarm Management | Implement linked alarm functionality between substation monitoring data and the 3D model, with alarms supporting hierarchical display. |
History Management | Enable querying, statistical management, and trend analysis of alarm records. |
