Bionic transformer substation based on digitization and intellectualization

Abstract

The invention relates to the technical field of bionic substations, and discloses a bionic substation based on digitization and intellectualization, which comprises an integrated operation and maintenance management and control platform, the integrated operation and maintenance management and control platform comprises service applications, an NARI-AI algorithm application unit and data collection, the service applications comprise edge service applications and edge internet-of-things agents, and the edge service applications comprise edge service applications and edge internet-of-things agents. The edge service application comprises intelligent inspection, alarm setting, operation and maintenance management, personnel management, comprehensive monitoring and authority management, and the edge internet-of-things agent comprises edge analysis, cloud edge collaboration, protocol adaptation, safety authentication, resource monitoring and container management. According to the invention, the on-site workload is reduced, the real-time on-line anti-misoperation function in a full-service scene is realized, the safety of operation, overhaul, operation and maintenance and other work in the transformer substation is greatly improved, the alarm information containing the accurate position of a fault point is pushed at the first time, precious time is won for maintenance personnel to carry out fault repair work, and the efficiency of the overhaul work is greatly improved.

Description

technical field [0001] The invention relates to the technical field of bionic substations, in particular to a digital and intelligent bionic substation. Background technique [0002] Promote digital transformation in the whole process of the power grid, and use digitalization to promote the development of the power grid in the direction of intelligence. In the new era, it is necessary to grasp the trend of deep integration of the energy revolution and the digital revolution, and to strive for the inevitable requirements of strategic initiative. [0003] (1) Construction status [0004] At present, the construction unit has a large number of personnel, the workload of concrete wet operation or steel structure building assembly and welding is heavy, the quality control of construction technology is difficult, and there are risks in safety control. The replacement of equipment units is poor, each equipment is transported and installed separately, the on-site installation and ...

AI Technical Summary

Problems solved by technology

[0006] With the rapid development of the company's power grid, the substantial increase in equipment scale, and the continuous upgrading of technology, the risks and pressures of safe operation of power grid equipment are increasing day by day. The existing equipment monitoring methods are insufficient, patch-type construction is multi-source scattered, and operation and maintenance tasks are heavy. Power substation operation and maintenance management mode Difficult to adapt to the company's development strategy and grid security operation requirements

[0007] (3) Maintenance Status

However, the actual situation of the substation maintenance method is not optimistic. In some electric power enterprises, due to the constraints of capital, technology and personnel, the substation maintenance is still based on regular maintenance and fault maintenance, and the equipment owner has control over the equipment status. Insufficient capacity, time-consuming and complicated maintenance work, which makes the substation maintenance work in a passive position, can no longer meet the needs of power development in the new era, and seriously affects the safe and efficient operation of the power system

Images