Substation inspection and production management business linkage system and method

Abstract

The disclosure provides a substation inspection and production management business linkage system and method, which receive external inspection models and inspection task information; perform security inspection on the inspection model and inspection task information; receive equipment model data, Compared with the equipment model in the database, if the two are not the same, the substation information will be recorded to form a list of substations where the equipment model changes, and the current substation information and equipment model information will be organized into a command to synchronize the equipment model, and the current substation will be updated. The equipment model is synchronized; according to the list of substation equipment in the inspection task, the corresponding robot is assigned to perform the task, and the route for task execution is planned; the inspection information collected by the inspection robot is received. Realize the data sharing of the inspection model and inspection results of the robot system and the PMS system, and expand the business applications of each other.

Description

technical field [0001] The present disclosure belongs to the field of electric power systems, and in particular relates to a system and method for linking substation inspection and production management services. Background technique [0002] The statements in this section merely provide background information related to the present disclosure and do not necessarily constitute prior art. [0003] With the continuous development of the power system, the number of substations under the jurisdiction of various local power units is also increasing. In the face of complex power systems, informatization and intelligence have become the trend of power system development. In recent years, intelligent inspection robots have been widely used in the daily inspection business of substations, and have become an important auxiliary equipment for substation inspections. Although the promotion and application of intelligent inspection robots can reduce the work intensity of substation insp...

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Problems solved by technology

Although the promotion and application of intelligent inspection robots can reduce the work intensity of substation inspection personnel, there are still shortcomings in its application

[0004] First of all, with the continuous advancement of the intelligent process of substations, digital substations are gradually transitioning to intelligent substations. The status monitoring and operation of equipment in intelligent substations requires remote visualization and automation. Substation intelligent inspection robot system (hereinafter referred to as "robot station") End system") is deployed in the substation, all inspection data and control are limited to display and use inside the robot station end system, lack of information interaction with other power system software, unable to meet the development needs of smart grid

[0005] Secondly, the background information interaction between the mobile robot and the robot station-side system uses wireless communication, which does not meet the relevant requirements of the power monitoring system safety protection regulations, so the robot station-side system cannot be connected to the power intranet

[0006] Thirdly, the power equipment model of the existing robot station-side system is a private structure of the manufacturer. At present, the system software in the power industry involves the power equipment model generally adopts the equipment model of the power production management system (hereinafter referred to as "PMS system"), so the robot station-side The equipment inspection data of the system cannot be applied to mainstream power systems such as PMS systems

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