A full-automatic test system for the intelligent substation based on GOOSE/SV signal simulation

作者：Yongxin Chen, Hengxuan Li, Gang Yang, Yeqing Xiao, Hao Wu, Yichuan Shi, Chongxiang Chen · 发表于：Journal of Physics Conference Series · 年份：2023 · DOI：10.1088/1742-6596/2488/1/012049 · 被引用次数：4 · 研究领域：Advanced Computational Techniques and Applications、Advanced Decision-Making Techniques、Smart Grid and Power Systems

Abstract With the wide application of one-key sequence control in intelligent substations, the testing of one-key sequential control and error prevention logic has become an important work before production. Due to the limitation of testing methods, most of the tests are conducted during on-site commissioning, which has a large workload, lower efficiency, and a high probability of missed testing. Therefore, this paper proposes a full-automatic test system for the intelligent substation based on GOOSE/SV signal simulation. It can automatically verify the error prevention logic and the one-key sequence control of the monitoring system through the combination of GOOSE/SV signals at different statuses, which provides technical support for the site to improve efficiency and safety.