Distribution board automatic test method and device

Abstract

The invention discloses a switchboard automatic test method and device, and the method comprises the steps: S1, calling a preset test template and a protocol template according to a target test item; s2, the test template generates corresponding test control information and sends the test control information to test equipment, so that the test equipment executes an automatic test task on the switchboard; s3, performing protocol simulation on the test equipment by the protocol template, and acquiring and monitoring test data of the test equipment; and S4, calling a preset report template according to the obtained test data, and further generating a test report. The implementation of the invention not only facilitates the unified management of the power station test regulation, but also facilitates the improvement of the test efficiency and guarantees the completion of the test work.

Description

technical field [0001] The invention relates to the technical field of switchboard testing, in particular to an automatic test method and device for a switchboard. Background technique [0002] The switchboard is an electrical equipment that concentrates, switches, and distributes electric energy; it is generally composed of a cabinet, an electrical switch (circuit breaker), a protection device, a monitoring device, an electric energy meter, and other secondary components, and is installed in a power station. At present, the power station tests the protection and function of electrical equipment. Based on its own test experience, the staff repeatedly disconnects and connects various test function circuits on the medium and low voltage switchboard protection devices, and measures the auxiliary nodes of the switch to judge the switch opening and closing action and related functions. Whether the function of the protection device is normal or not, the measurement results need to...

AI Technical Summary

Problems solved by technology

At present, the power station tests the protection and function of electrical equipment. Based on its own test experience, the staff repeatedly disconnects and connects various test function circuits on the medium and low voltage switchboard protection devices, and measures the auxiliary nodes of the switch to judge the switch opening and closing action and related functions. Whether the function of the protection device is normal or not, the measurement results need to be connected to various instrumentation equipment to read the test function circuit signal one by one, and the staff will record and summarize. Therefore, the entire test process of the switchboard is cumbersome and inflexible. Configuration, manual testing is inefficient, and limited by the ability of the staff, it is difficult to guarantee the completion of the testing work

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