intelligent power plant visualization operation and maintenance system smarteye an integrated intelligent management platform

The intelligent power plant visualization operation and maintenance system is an integrated intelligent management platform that uses the three-dimensional map of the power plant as the core carrier, deeply coupling spatial resources and multi-source business data. The system deeply integrates core applications such as production and operation, active security, simulation, and training through the construction of a full scenario digital twin for power plants, breaking the pain points of traditional power plant "information silos" and "data fragmentation". It achieves a comprehensive upgrade from passive response to active prediction, from manual inspection to intelligent control, providing intuitive, efficient, and safe visual support for power plant production and operation.

02 Core Functions

Digital large screen cockpit: the 'central nervous system' of power plant operation

Integrating core data such as production, equipment, safety, and environmental protection of the entire plant, presenting the overall operation situation of the power plant through a visual large screen, supporting multi perspective switching and data drilling. Management personnel can easily view key indicators such as unit load, equipment status, and safety hazards with just one click, achieving global control over the operation of the power plant.

Factory Tour and Space Management: Precise Navigation of Three Dimensional Space

Based on a 3D map, a full scene tour of the factory area is implemented, accurately presenting spatial information such as equipment layout, pipe network direction, and personnel and vehicle positions. It supports spatial positioning and path navigation, allowing operation and maintenance personnel to quickly locate the target area and improve spatial management efficiency.

Multi source data integration: a "data hub" that breaks down barriers

Integrate the basic data of the entire factory, deeply integrate multiple heterogeneous data sources such as SIS system, two ticket management, video surveillance, access control perimeter, fire protection system, etc., achieve unified data aggregation and linkage, and enable dispersed business information to flow collaboratively on the same platform, eliminating information silos.

Device Lifecycle Management: The 'Intelligent Steward' of Device Health

Real time collection of operating parameters such as temperature, vibration, and current of the equipment, positioning of the equipment position in the 3D model, and achieving early warning of abnormalities and fault tracing. Through virtual training and VR operation training for equipment maintenance, the structure and maintenance process of the equipment can be restored, and employees can practice repeatedly in virtual scenes to reduce risks and training costs.

Security control system: an "intelligent barrier" for risk prevention and control

Real time tracking of the location and trajectory of personnel and vehicles, combined with the electronic fence function, deeply linked with the work permit and inspection system, automatically warning personnel and vehicles who violate regulations and enter dangerous areas. Visually present the distribution of safety hazards, label them in red, orange, yellow, and blue according to risk levels, and assist management personnel in precise prevention and control.

Production and process optimization: the "digital engine" for efficient operation

Three dimensional visualization restores the entire process of power generation, visually presenting the logic of energy conversion and material flow, and assisting employees in understanding production principles. Simulate production efficiency under different working conditions through simulation models, assist in optimizing process parameters, and improve power generation efficiency.

03 Application Scenarios

Visualization of core production operation and maintenance

By using a digital large screen cockpit to monitor the real-time operation of the unit, equipment status, and process parameters, and replacing manual inspections with 3D virtual inspections, combined with process simulation to optimize production decisions, the operation and maintenance efficiency and equipment reliability have been improved. After application in a certain power plant, the downtime due to equipment failure has been reduced by 40%.

Safety control and emergency response

The management of personnel and vehicles' positions and the linkage of electronic fences with work tickets, the precise positioning of hidden dangers with a four-color risk map, and the simulation of emergency fire drills have improved the speed of emergency response, ensuring the safety production of power plants. After the application, safety violations in a certain power plant were reduced by 70%.

Immersive training and skill enhancement

VR operation training and equipment maintenance virtual training enable new employees to master operational skills in virtual scenes, and the process flow demonstration presents production logic intuitively, reducing training costs and safety risks. The training cycle of a certain power plant has been shortened from 3 months to 1.5 months.

Exhibition and reception of digitalization achievements

As a centralized display window for the digitalization achievements of smart power plants, the construction results of smart power plants are visually presented through 3D scenes and digital screens, which helps with visitor reception and brand promotion, becoming a benchmark demonstration for the construction of smart power plants in the industry.