Smart terminal
With the core concept of safety risk prevention and control throughout the operation process of distribution network maintenance, the system focuses on "operational error prevention" and "process control". In accordance with the actual operational and maintenance requirements of the distribution network, it deeply integrates new technologies such as artificial intelligence, error-proof interlocks, IoT communication, and intelligent sensing. This allows for dynamic perception and control of unsafe factors involving personnel, equipment, and environment during on-site operations, utilizing digital means and intelligent devices to address safety issues encountered in the field, and improving the overall quality and efficiency of distribution network operation and maintenance management.
Unified data model maintenance
Based on cloud platform data models or through interfacing with the power grid resource middle platform, the system obtains unified wiring diagrams and equipment models, ensuring unified data sources and easy maintenance in the cloud.
Intelligent topology for online anti-misoperation
The system analyzes and evaluates the entire power grid model, providing real-time, online distribution network operation error prevention analysis and decision support, thereby making error prevention judgments even more reliable.
High ticket processing efficiency for distribution networks
By utilizing a variety of intelligent ticket generation methods—including graphical ticketing, standard ticket generation, instruction-based ticketing, recognition-based ticketing, and AI large model-driven ticketing—the system effectively addresses the pain points of lengthy processing times and low efficiency in distribution network ticket management.
Intelligent mobile operation control
The system supports mobile ticket generation, mobile approval, mobile operations, and automatic recording, transmission, and archiving of work process information, achieving digital and intelligent management throughout the entire operation process.
Substation operations safety management and control system
Two digital tickets Centralized control anti-misoperation Comprehensive intelligent anti-misoperation
Power generation operation safety management and control system
Integrated Intelligent Error Prevention System Intelligent Equipment Inspection
Petrochemical Power Supply Safety Management and Control System
Panoramic Equipment Monitoring Predictive Condition-Based Maintenance Closed-Loop Operation Management and Control
Railway Power Supply Safety Management and Control System
Comprehensive Line Power Supply Safety Assurance Automatic Catenary Grounding Operation
Coal Mine Power Supply Safety Management and Control System
Comprehensive, autonomous and controllable Global Collaborative Optimization Comprehensive Multi-Dimensional Monitorin
Dispatching Integrated Control Automation System
Intelligent monitoring Intelligent operation Intelligent anti-misoperation
Substation Monitoring System
Autonomous and controllable Multi-dimensional Collaboration Panoramic Perception
Power Grid Lock Control System
Universal key Precise control of permissions Remote control of permission
IoT Lock Control System
Multi-service integration Intelligent Permission Management and Control Real-Time Monitoring and Intelligent Alerts
New Distribution Network Automation System
Comprehensive Sensing Cloud edge collaboration Rapid Fault Location
Intelligent patrol system
Coordinated Multi-source Data Acquisition for Inspection Intelligent Status Analysis and Defect Diagnosis
Auxiliary monitoring system
Panoramic IoT Integration Monitoring Edge Intelligence Closed-Loop Joint Control
Smart Campus System
Three-Dimensional Digital Twin Panoramic Interaction Business collaboration and information integration Unified Management and Operations Enhancement