Inspection method for electrical equipment

Abstract

The present invention discloses an inspection method for electrical equipment, concrete steps are as follows: an inspection task GIS table is generated according to a GIS module set in a handheld device, and location information of equipment needed for inspection is saved; an inspection personnel taking the handheld device performs on-site inspection, and coordinate information of current equipment can be obtained according to the GIS module set in the handheld device; whether the coordinate information is matched with records in the GIS table is determined; the current equipment is inspected, on-site inspection information is collected, and the collected information is recorded and stored in the handheld device; and the inspection information is transmitted to a control terminal by way of wireless signals, a server is used for storage and analysis of the inspection information, and an inspection task result report form is generated. The inspection method is simple, low in cost, and good in using effect, and can ensure that inspection tasks can be effectively performed without omission so as to ensure the safe operation of smart grid equipment.

Description

technical field [0001] The invention relates to the field of electric power control, in particular to an inspection method for electric equipment. Background technique [0002] As technology develops, power systems are becoming increasingly intelligent. Compared with the traditional grid, the smart grid has wider openness and system complexity, and at the same time faces various security risks. With the gradual expansion of the scale of the smart grid, the complexity of the power system structure will increase significantly, and the security and stability of the power grid will become more and more prominent. In this case, the inspection work of smart grid equipment is becoming more and more important. important. [0003] At present, the inspection of equipment in the power industry mainly relies on manual inspection. The general operation process is as follows: after the arrangement of the superior manager or the assignment of the task of the information system, the insp...

AI Technical Summary

Problems solved by technology

The existing inspection method mainly has the following disadvantages: the inspection work depends on the consciousness of the inspectors, and the inspectors may cheat subjectively, and may also make mistakes due to objective negligence, so that It is impossible to guarantee that each device can be inspected in place, and missed inspections of equipment occur from time to time; due to the extensive distribution of power equipment, many devices are located in the blind spots of dedicated wireless / public mobile communication networks, and the supervisors behind the inspection work cannot With the help of these means of communication to achieve effective communication with the inspectors in front, it is also impossible to effectively track and supervise the behavior of inspectors

Even in the existing systems that use GPS for intelligent inspection, usually the single communication mode is to upload data, and data communication is still carried out when the network link is unreliable, and the data processing mode cannot be set according to the network environment, so it has the advantages of Risk of data loss and reduced communication efficiency

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