Artificial intelligence is changing grid inspection mode

Application of new technologies to open shipment inspection mode

“Attendance time is up.” 220 kV Jia Fengan converted to transport and maintenance staff Xiao Hu while chanting while he opened the intelligent patrol robot control platform on the computer: “Well, 'Ah Q'' star Aberdeen’’s plan to visit In the middle, 'M Bean' was sleeping (charging).” After confirming that none of the six robots within 50 kilometers of the squad’s jurisdiction had any abnormalities, Xiao Hu began routine shifts every day before the shift—a smart patrol robot inspection report. Inspection and analysis, he likes to call this part "batch assignments." Soon after, he discovered that there was an alarm message in the A Q patrol report of the 220 kV Qingshi County, and the infrared temperature measurement result of the 110kV Qingyong 1334 line of Qingshi Transform indicated that the three-phase contrast was abnormal.

After confirming the robot inspection information, the team members rushed to the Qingshi Substation 43 km away with an infrared tester, and conducted in-depth diagnostic analysis on the heat information discovered by Xiao Q. Due to the increased load of Qingshi to Qingyong Line 1334, it also increased the heat generated by the knife. Through artificial infrared retesting, it was discovered that the Qingyong 1334 line's sub-master knife A touched hair and heat was as high as 177 degrees Celsius, which was a critical defect and needed immediate treatment. Subsequently, the dispatcher of the power grid transferred the load, and the knife knife fever was controlled in a timely manner to avoid further intensification of abnormal events and ensured the security of the power grid.

According to Ni Jinging, the operation and maintenance squad leader, this intelligent patrol robot is definitely a “model employee” of Qingshi. In addition to charging, it is weather-proof. It monitors the 2,800 points in the station all the time, and continuously pushes the operation data for the operation and maintenance personnel. This is unobtainable by manual inspection. As these “Iron Man” people become more mature, the original The patrolling staff is gradually completing the evolution from "watching patrollers" to "data analysts", and subconsciously carrying out another machine revolution.

Intelligent Inspection Robot Constructs a New Mode for Ship Inspection

In terms of efficiency improvement, artificial intelligence systems represented by intelligent inspection robots can carry a variety of detectors. Through early commissioning, they are highly efficient, safe, intelligent, accurate, and can be used to observe equipment at close range. high. In terms of data diagnosis, compared with the human eye and various handheld instruments, the robot inspection is more accurate, and it can achieve all-weather, full autonomy, greatly improving the accuracy and timeliness of equipment defects and fault finding. At the same time, in the robot inspection database, trend analysis can be performed on the historical data of each point, and the potential deterioration information of the early warning equipment can be used to make use of big data to provide a scientific basis for the development of an accurate maintenance strategy.

In order to speed up the construction and application of intelligent inspection robots, an expert team of intelligent inspection robots has been established. The entire process has participated in various stages of civil construction, commissioning, operation and maintenance of robot construction, and cultivates a group of experts who understand and understand the technology of intelligent transportation inspection technology. Talented people, initially established a collaborative model of robot inspection and manual inspection. In the follow-up, we will closely focus on the construction goals of the robot and actively promote the practical application of the robot and the construction of the “single track system” to realize indoor and outdoor integration, all-weather, all-round, and full-autonomous intelligent inspection.

High-definition camera technology builds new forms of surveillance

With the ever-increasing power grid, increasingly advanced technology, and increasingly valuable personnel, the traditional on-site monitoring model relying on personnel has become more and more “powerless”. With the continuous maturation of video surveillance technology, clear digital images, fast transmission, and easy storage, a large number of all-digital high-definition camera applications have gradually entered the video surveillance era. In addition to realizing on-line monitoring of the power grid, it has also achieved long-term storage, Fast positioning, remote recognition and other functions.

Actively promoted the construction of the substation industrial video system, replaced the network analog camera with an all-digital high-speed network dome camera, established a substation high-definition video network monitoring system, standardized the distribution of industrial video substations within the substation, and achieved no dead ends in the station. Monitoring; According to the scope of industrial video surveillance, set up a number of camera presets, enabling rapid positioning and search for monitoring equipment; Expanded industrial video system storage capacity, to achieve long-term storage of video information; Configuration of a dedicated industrial video UPS The power system ensures the reliable operation of the industrial video system in the substation in case of accidents such as the loss of the station AC power supply, ensuring that the situation within the station is known and the accident information is stored in time. Up to now, the transformation and construction of the 220 kV substation industrial video system has been completed, and the full coverage of the high-definition camera in the 220 kV substation has been achieved. The construction of industrial video systems for other voltage class substations will continue to be completed.

In the follow-up, new functions and applications of other multi-functional cameras or pilot substation industrial video systems will be introduced as needed, which will help boost the construction and improvement of substation industrial video online surveillance systems. Introduce a night-vision camera capable of night-time surveillance to ensure night-time station monitoring; Introduce an infrared camera capable of infrared temperature measurement, On-line infrared temperature measurement for important equipment or easy-to-heat-generating equipment; Introduce face recognition technology to substation industrial video systems, Station personnel's automatic identification, online confirmation, real-time tracking.

Smart Auxiliary Control System Builds a New System of Awareness

In recent years, a new round of scientific and technological changes represented by Internet technology as the core and "Industry 4.0" and "Industrial Internet" are profoundly affecting the development of traditional industries. The State Grid Corporation of China has vigorously promoted the integration of “Internet Plus” and traditional business in the wave of technological development. The intelligent auxiliary control system in the power system has emerged as the times require.

The intelligent auxiliary control system fully relies on new technologies such as “great cloud material transfer” and integrates data from multi-source power grids such as video, images, and texts. Through the study of identification patterns, deep learning, knowledge acquisition, and intelligent search that are suitable for fault diagnosis. The model realizes real-time sensing, online monitoring, scientific warning, and intelligent diagnosis of the equipment. If intelligent robots increase the efficiency of operation and maintenance from the aspect of labor, the application of intelligent auxiliary control systems will help the maintenance personnel to build a multidimensional perception system based on equipment conditions through the integration of various data diagnostic rules. At the same time, computer-assisted analysis capabilities are used to improve diagnostic efficiency.

New technologies support smart inspection agency

Relying on intelligent inspection and inspection robots, industrial video systems, intelligent auxiliary control systems and other intelligent transport inspection technologies, according to the principles of “flat management, command platform, and intelligent transport inspection”, a intensive and highly efficient transportation system was established. Inspection and management of new institutions --- production command center.

The establishment of the production command center aims to enhance the real-time management and control of equipment and production operations, and the penetration of production orders. It has achieved a comprehensive upgrade of the production control system for production planning, operation process, equipment status, emergency command and professional support, and has achieved inspections. The optimization of the allocation of human, financial, and material resources for resources has boosted the safety and quality of transportation inspection work.

At present, the application and development of artificial intelligence in grid systems is still in its infancy. In the future, with the constant emergence of new technologies and the continuous updating and application of intelligent systems.

In the future development of the global energy Internet, we are confident to adapt to the application of new technologies, exploration of new situations, and changes in new models, and steadily promote the transformation of power grid transportation inspection methods to automation, intelligence, and intensive transformation to achieve a production management model. "Transaction from afterthought" to "precaution in advance", from "decentralized on-site management and control" to "intensive production and command", from "traditional manual-driven" to "intelligent data-driven" transformation, tapping potential from innovation, providing benefits for technology, and providing continuity Excellent electrical energy, better fulfill social responsibility.

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