A substation defect management method based on a mobile platform

Abstract

The invention relates to a substation defect management method based on a mobile platform, belonging to the field of electrical technology and the field of information technology. The technical schemecomprises three modules: a mobile platform, a management system and a server. The mobile platform is an operation platform for relevant personnel to deal with substation defects. The management system is mainly used to maintain data in the background. The server provides data storage and sharing services. The invention realizes one-stop management of substation defects, that is, the personnel with different identities can be based on one platform to deal with the problems occurring in the whole defect management process. The system has the function of fault flow tracking, and can provide real-time information of defect processing stage. The function of two-dimensional code generation and management in the system realizes the whole history direct inquiry of substation defects. The invention utilizes the mobile platform to realize the one-station treatment of the substation defects to make the operator more convenient to handle the substation defects and the data management more standardized, thereby reducing the communication link and improving the work efficiency.

Description

technical field [0001] The invention relates to a substation defect management method based on a mobile platform, belonging to the fields of electrical technology and information technology. Background technique [0002] Existing substation defect management methods rely on manual records, telephone notifications, office software, and data entry on PCs. Stage own work tasks, lack of grasp of the whole process of a defect, high communication costs and low efficiency. With the rapid development of the power system, more and more substations are involved in the power system, the degree of automation of the substations is getting higher and higher, and the ratio of personnel is correspondingly reduced. Relying on traditional defect management methods is increasingly unable to meet the requirements of various personnel in the power system. Work requirements. In the defect handling process of a substation, defect location determination and defect handling belong to on-site work....

AI Technical Summary

Problems solved by technology

[0002] Existing defect management methods for substations rely on manual records, telephone notifications, office software, and PC-side data entry. Stage own work tasks, lack of grasp of the whole process of a defect, high communication costs and low efficiency

With the rapid development of the power system, more and more substations are involved in the power system, the degree of automation of the substations is getting higher and higher, and the personnel ratio is correspondingly reduced. Relying on the traditional defect management method is increasingly unable to meet the needs of various personnel in the power system. Work requirements

In the defect handling process of a substation, defect location determination and defect handling belong to on-site work. In the current working mode, power grid operators and maintenance personnel mostly rely on paper data for information collection and fault handling. The information needs to be processed twice before it can be passed on to the personnel in the next stage, and the accuracy, speed and intuition of information collection are greatly affected; when the maintenance personnel deal with defects, they generally need wiring data, equipment data, etc. in the station , these materials are difficult to collect and complete, and the intuition of consulting is not strong

After the defect processing is completed, it needs to be manually recorded, and then processed again, and its accuracy and speed are affected to a certain extent

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