Auxiliary troubleshooting system for master control room

Abstract

The invention discloses an auxiliary troubleshooting system for a master control room, and relates to the field of power industry substation robots. The auxiliary troubleshooting system comprises an AI robot trolley. The AI robot trolley comprises a carrying platform and two pairs of wheels installed at the bottom of the carrying platform side by side. A power module is arranged on the carrying platform. The power module adopts a 12V wireless charging module, and the wireless charging module carries out charging continuously in the running state of the trolley. The troubleshooting system is realized through four layers including a sensing layer, a network layer, a platform layer and an application layer. The sensing layer collects corresponding data collected by various sensing modules andtransmits the data to the platform layer for analysis through the network layer, a solution instruction is sent to a WIFI wireless relay of the application layer according to a solution obtained through visual identification and big data analysis, and the solution instruction is processed through the WIFI wireless relay. If the abnormal condition is not handled, operation and maintenance personnel are remotely notified to carry out manual handling. The system has the beneficial effects that power grid accidents are prevented, the cost is saved, and benefits are created.

Description

technical field [0001] The invention relates to the field of substation robots in the electric power industry, in particular to an auxiliary troubleshooting system for a main control room. Background technique [0002] In the power system, the operation and maintenance of the protection device in the main control room has always been a very important part of the maintenance work of the secondary device. Among them, it is very common that the protection device temporarily fails to work normally due to the aging of the device, long uninterrupted operation time, the influence of operating environment temperature and humidity, etc. In fact, there are many such faults that can be repaired by simply turning on and off the power or replacing the corresponding hardware to make it work normally. However, the current operation and maintenance method is: ①Operation and maintenance personnel find a fault and go to the substation; ②If it can be dealt with immediately, it will be dealt w...

AI Technical Summary

Problems solved by technology

[0003] In fact, the operation and maintenance method of such personnel has many disadvantages: due to the stoppage of the protection device, it may cause a sudden short circuit of the equipment to fail to operate correctly, resulting in loss of equipment and users, and for many simple faults, it could have been Excluded through simple operation, but constantly going back and forth to the substation not only consumes manpower and transportation costs, but also implies unnecessary danger

The shortcomings of the existing technology to deal with this problem: (1) Endurance problem: the remote inspection robot needs to be on standby for 24 hours, and maintain a sufficient state of power, so that it can safely complete the battery life without anyone, which is the deficiency of the existing technology ;(2) Remote communication: Due to the particularity of the operation of State Grid enterprises, the company's network security is related to national energy security, involving various industries, and how to safely and stably carry out remote communication and avoid network security risks is an important issue for the operation of inspection robots. (3) Remote operation: Remotely complete the basic operation and maintenance operations of the main control room of the substation and ensure its safety, which cannot be completed by traditional operation and maintenance methods Operate as follows

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