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Petrochemical enterprises often lack sufficient electrical personnel, making manual inspections labor-intensive and unable to meet the demand for comprehensive inspections.
Limited by human factors, the efficiency and thoroughness of manual inspections need improvement, potentially leading to omissions or incomplete inspections.
Data generated from manual inspections is often scattered and fragmented, unable to meet the needs of digital management, leading to difficulties in data integration and analysis.
Manual inspections of petrochemical electrical systems still rely on traditional methods and lack advanced technological support, impacting inspection quality and efficiency, and disconnecting from the industry's digitalization and intelligence trends.
By deploying various intelligent devices such as sensors, HD cameras, infrared thermal imagers, robots, and drones, the system collects real-time key parameters of electrical equipment, including temperature, vibration, sound patterns, meter readings, and environmental data. Through big data analysis and AI algorithms, the monitoring data is deeply mined and intelligently analyzed to enable functions like fault prediction, condition assessment, and life expectancy forecasting. The system generates visual reports, improving the efficiency and management of petrochemical electrical O&M while enhancing the safety and stability of petrochemical equipment operations.

                    
                
Ensuring inspection quality
Machines replace humans to achieve comprehensive, no-blind-spot inspections, precisely collecting operational parameters of equipment, ensuring high-quality inspection results.
                    
                
Improving inspection efficiency
This improves inspection efficiency, reduces the time required for each inspection, saves the time spent by inspection personnel traveling to and from the inspection sites, and enhances overall work performance.
                    
                
Enhancing response speed
It supports on-site equipment status analysis and intelligent linkage functions, allowing real-time remote monitoring of equipment operating conditions and improving emergency response speed.
                    
                
Strengthening monitoring intensity
The system provides 24/7 comprehensive remote monitoring, enabling real-time analysis of equipment status. It actively sends alarms in the event of abnormalities, ensuring the equipment remains controllable and under supervision at all times.
                         
                    
This system provides closed-loop control for the entire process, personnel, and elements involved in the operation, maintenance, and inspection of the power supply system in petrochemical enterprises. It enables intelligent O&M management, including safe operations, intelligent inspections, information monitoring, status warnings, and decision support. This ensures the safety of both personnel and equipment, achieves the goal of reducing manpower while improving efficiency, and offers data support for condition-based maintenance of equipment.		
                         
                    
The petrochemical electrical integrated automation system, based on unified standards and a unified platform, features optimized configuration and enhanced safety. Adhering to an open design philosophy, it represents a new generation of intelligent substation integrated automation systems, combining monitoring, control, protection, measurement, and remote communication functionalities into a single solution. The system follows a top-down design approach, using a layered and distributed structure to meet the O&M requirements of petrochemical electrical systems. It optimizes secondary circuits, reduces testing and maintenance workloads, and makes substation operations more economical, reliable, and intelligent. The system can be applied to both intelligent substations and conventional substations.
                         
                    
The petrochemical electrical automation control system is applied in large and medium-sized oil refining enterprises for centralized substation monitoring. It focuses on electrical automation monitoring and control, enabling data collection, remote control, anti-misoperation interlocking, operation ticket management, and video surveillance applications. It ensures the reliable power supply of high-precision equipment and numerous medium- and low-voltage motors, while maintaining the stability of power supply lines, transformers, switches, disconnector operations, and secondary equipment, enhancing the intelligence and informatization of petrochemical power supply systems. The system adopts advanced cross-platform technology and a distributed architecture, meeting the high reliability and safety requirements of power systems. The unified development platform and integrated diagram model technology support the latest one-click sequence control and secondary equipment monitoring technologies, ensuring reliable operation of electrical equipment and fast operations, reducing the workload for electrical maintenance personnel.
                         
                    
The electrical intelligent O&M management system integrates subsystems such as comprehensive automation, online equipment monitoring, intelligent inspection, and video services, enabling the access and management of millions of data points. It achieves refined management of the entire equipment lifecycle by leveraging big data, deep learning, and other advanced technologies. Through multi-service data integration and visualized O&M mapping, the system provides a “one-stop service” for electrical O&M, achieving the goals of more convenient, efficient, and secure management.