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Multiple systems or function modules exist within the substation/station house, each operating independently, forming "monitoring islands" that cannot be managed uniformly or effectively.
Many devices in the substation/station house are not networked for information processing and only allow local monitoring and control, with maintenance relying on traditional manual inspection, resulting in insufficient informatization and low inspection efficiency.
Currently, all doors in the substation/station house use mechanical locks, posing significant safety risks. External personnel can copy keys and open doors arbitrarily, leading to the risk of accidents from unauthorized operations on internal equipment.
The coexistence of scattered multi-systems or functions in the current substation/station house not only increases investment costs but also greatly increases maintenance costs, reducing the timeliness of problem handling and resolution.
The system is an automation system for monitoring and controlling equipment in the substation/distribution station house. By using advanced sensors and monitoring equipment, it can monitor the operational status of electrical equipment, environmental information, and fire and safety information in the substation/distribution station house in real time to ensure the safe operation and effective management of equipment. It also provides real-time alarm functions for abnormal conditions and remote control functions, making it convenient for maintenance personnel to remotely operate and maintain distribution station equipment, significantly improving the reliability and management efficiency of substation/distribution station operations.

                    
                
Systematic Comprehensive Solution
Based on a unified platform, the system highly integrates functions such as monitoring, protection, control, fire protection, safety, and automated inspections, providing a systematic, comprehensive, and informatized complete solution.
                    
                
Intelligent O&M
It realizes real-time transmission of various alarm information, accurately locates fault points, eliminates inefficient manual on-site inspections, quickly acquires fault information, and enables fast response, forming a proactive, intelligent O&M mode.
                    
                
Proactive management
The system ensures continuity, authenticity, and storability of collected information data, enabling scientific and proactive management, completely transforming the passive manual maintenance mode.
                    
                
Cost reduction
The system and component equipment based on a unified platform can achieve rapid deployment, saving management and maintenance personnel, thus improving efficiency and reducing costs.
                         
                    
The new distribution feeder automation system includes the distribution network automation main station system, intelligent feeder terminal, and intelligent substation terminal, realizing information monitoring, remote control, relay protection, fault isolation, and fault self-healing functions for distribution network feeder lines. It meets real-time monitoring requirements for various operational indicators of the line, while achieving rapid isolation of line faults and restoring power to non-fault areas within seconds, improving the reliability and safety of the distribution network.
                         
                    
Using cloud computing, big data, AI, edge computing, and IoT technologies, the new distribution automation system is designed to meet the demands of massive distributed access and the new operational control requirements of the distribution network under "cloud-edge collaboration." It integrates data resources from all aspects of source-network-load-storage, building a new generation of distribution automation system. This system deepens the applications of rapid troubleshooting, precise load control, new energy coordination and interaction, economic operation of the distribution network, and lean operation of the network, achieving comprehensive network awareness and multi-level coordinated control, fully supporting the safe operation of the grid and the consumption of distributed energy.