Systematic test method for regional stability control joint debugging

Abstract

The invention discloses a systematic test method for the regional stability control joint debugging. The systematic test method comprises the following steps: a regional stability control test systemcomprises a host automatic test platform, a test terminal and a stability control device; through the cloud communication platform based on 5G signals, the host automatic test platform is in communication connection with the test terminal, and bidirectional transmission of information between the host automatic test platform and the test terminal is realized. Realizing information interaction between the test terminal and the stability control device based on a standardized communication protocol; the host automatic test platform is used for issuing test cases and receiving action informationof the stability control device; and judging the correctness of the test result according to the received feedback information and generating a test report, thereby realizing the full-automatic closed-loop test of the host automatic test platform, the test terminal and the stability control device in the whole process. According to the method, comprehensive, standardized and intelligent detectionof the stability control system can be realized, and the detection efficiency of equipment of different manufacturers can be improved.

Description

technical field [0001] The invention belongs to the technical field of power system safety and stability control engineering debugging, and in particular relates to a systematic testing method for regional stability control joint debugging. Background technique [0002] As the third line of defense to ensure the safety of the power grid, the safety and stability control system generally involves many stations and equipment and is geographically dispersed. Usually, the stability control devices of multiple stations form a system, and work together to realize the regional power grid stability control function. . To conduct a complete system test on such a huge system, the workload and difficulty are very large; and the system test has high requirements for the real simulation of the system operation mode, and conventional test methods are difficult to meet the test requirements. At the same time, the current stability control devices come from different manufacturers with a v...

AI Technical Summary

Problems solved by technology

To conduct a complete system test on such a huge system, the workload and difficulty are very large; and the system test has high requirements for the real simulation of the system operation mode, and conventional test methods are difficult to meet the test requirements

At the same time, the current stability control devices come from different manufacturers with a variety of equipment models, and the testing methods and methods of different manufacturers are also different. Most of the current system testing adopts layered and hierarchical local testing methods, which is difficult to realize the overall System is fully tested

In addition, the communication message formats used by the stability control devices of different manufacturers are different, and there is no unified standard for debugging interfaces, function settings, etc., resulting in single debugging methods and low efficiency.

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