Non-contact type device in rural grid power distribution station area and using method thereof

Abstract

The invention relates to a non-contact type device in a rural grid power distribution station area. The non-contact type device comprises smart terminal equipment and portable equipment. An embedded database is embedded in a processor of the terminal in the power distribution station area; and the processor is connected with a wireless module by a serial port / USB (universal serial bus) interface to form the smart terminal equipment. Data of the smart terminal equipment is firstly stored in the embedded database, and the portable equipment accesses the database for data exchange to analyze and control on the needed data. With the device, the advantages of the portable equipment, such as portability, operation convenience, resource sharing, ground handling and the like, can be full played, and field operators do not need to climb up and down for ground handling when debugging, inspecting and checking the terminal equipment, so that the working load of the operators can be greatly lightened, the complexity of operation can be reduced, the smart management level can be improved, the field operators only needs to simply conduct click operation on the portable equipment, and then the functions of parameter configuration of the terminal, real-time data and historical data check and the like can be completed.

Description

Technical field: [0001] The invention relates to the field of electricity consumption management of distribution automation, in particular to a non-contact device in a distribution station area of ​​a rural power grid and a method for using the same. Background technique: [0002] At present, the maintenance and use of intelligent terminal equipment in the distribution station area of ​​the rural power grid adopts the method of manual pole climbing and on-site operation. This method not only has obvious defects such as human factors, inconvenient operation, heavy workload, and low work efficiency. Moreover, if the inspection is not in place, it will not be possible to grasp the operating status of the smart terminal equipment and changes in the surrounding environment, and it will not be possible to fully discover the defects of the equipment and hidden dangers that endanger the safety of the equipment, which will bring certain hidden dangers to the safe operation of people, ...

AI Technical Summary

Problems solved by technology

[0002] At present, the maintenance and use of intelligent terminal equipment in the distribution station area of ​​the rural power grid adopts the method of manual pole climbing and on-site operation. This method not only has obvious defects such as human factors, inconvenient operation, heavy workload, and low work efficiency. Moreover, if the inspection is not in place, it will not be possible to grasp the operating status of the smart terminal equipment and changes in the surrounding environment, and it will not be possible to fully discover the defects of the equipment and hidden dangers that endanger the safety of the equipment, which will bring certain hidden dangers to the safe operation of people, equipment and power grids.

[0003] Most of the intelligent terminal equipment in the distribution station area of ​​the rural power grid is installed in places that cannot be touched by people, which brings great inconvenience to the engineering and technical personnel for debugging, maintenance, inspection and inspection of the terminal equipment. When accessing the terminal equipment LCD display When the data is displayed on the screen, it is necessary to manually climb the pole. This operation method increases the difficulty of work and reduces the work efficiency. It also requires on-site personnel to operate with electricity, to ensure the safe operation of the staff, the safe operation of the power grid, and the accuracy of the transcribed data, etc. Both bring certain risks; and when the terminal equipment is exposed outdoors and there is interference from strong light or large-area light sources, the LCD display screen will not be clear due to the reflective effect of the LCD display screen, making data copying difficult

[0004] Most of the intelligent terminal equipment in the distribution station area of ​​the rural power grid is installed outdoors, which brings great challenges to the service life of the LCD display, because the current temperature range of the LCD display does not meet the requirements of industrial grade, so LCD The working of the display screen under harsh outdoor temperature conditions will greatly reduce its service life, and under high or low temperature conditions, the clarity of the LCD screen display will decrease, and it will not work normally at -20°C

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