Single phase intelligent electric energy meter collector compatibility type automation verification system and method

Abstract

The invention relates to a single phase intelligent electric energy meter collector compatibility type automation verification system and a method. The verification system comprises a programmable logic controller (PLC) and a rolling barrel conveyor line connected with the PLC, 6 degrees of freedom robots, a compatibility type verification conveyor line, a compatibility type identification module, a compatibility type pressure-proof testing module, a compatibility type appearance checking module, a compatibility type error and function verification module, a sealing module, a compatibility sticking certification module and a sorting module. The verification method is the identification, the pressure-proof testing, the appearance checking, the error and the function verification, the sealing, the sticking certification, the sorting and enchasing of a to-be check list of a primary station server, the PLC controlling rolling barrel conveyor line, the 6 degrees of freedom robots, a compatibility type verification delivering module, the compatibility type identification module, the compatibility type pressure-proof testing module and the like. Compared with the prior art, the single phase intelligent electric energy meter collector compatibility type automation verification system and the method have the advantages of being capable of holding the automatic verification of the single phase intelligent electric energy meter and the collector at the same time, capable of improving working efficiency and the like.

Description

technical field [0001] The invention relates to an automatic verification system and method for electric power system instruments, in particular to a single-phase intelligent electric energy meter collector-compatible automatic verification system and method. Background technique [0002] At home and abroad, the verification of electric energy meters and collectors is mostly carried out by traditional verification devices, and the information compliance of electric energy meters and collectors, appearance inspection, withstand voltage test, hanging and dismantling of meters, and error verification / function are completed manually. Testing and affixing certificates have low verification efficiency, high labor intensity, and high input costs. [0003] With the continuous advancement of the construction of "informatization, automation, and interaction" in the smart grid of power companies, the State Grid Corporation of China has unified the appearance structure, size and model, ...

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Problems solved by technology

[0002] At home and abroad, the verification of electric energy meters and collectors is mostly carried out by traditional verification devices, and the information compliance of electric energy meters and collectors, appearance inspection, withstand voltage test, hanging and dismantling of meters, and error verification / function are completed manually. Testing and affixing certificates, the verification efficiency is low, the labor intensity is high, and the input cost is high

[0003] With the continuous advancement of the construction of "informatization, automation, and interaction" in the smart grid of power companies, the State Grid Corporation of China has unified the appearance structure, size and model, verification indicators and standards of smart energy meters and Energy meters and collectors have been uniformly purchased by the State Grid Corporation of China, and then unified storage, verification and distribution by the metering centers of various provincial grid companies. The existing verification methods for single-phase smart energy meters and collectors can no longer adapt to the rapid development of smart grids. Need to solve the problems of low efficiency and high labor intensity in the verification of single-phase smart energy meters and collectors, which has led to the demand for automatic verification of single-phase smart meters and collectors

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