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This study aims to address the issues of low integration and incomplete primary and secondary fusion design of intelligent high-voltage switches. Taking ZF11Z-252 kV intelligent high-voltage switches as the research object, a high integration design method is proposed. This method can optimize network structure, be applied to intelligent institutions, and establish multi-dimensional state perception systems. This study is based on the state monitoring and evaluation technology of the SVM algorithm, completing the design and development of the system, and conducting mechanical characteristic monitoring and evaluation experiments. Through the application of comprehensive monitoring and evaluation technology, early hidden dangers of high-voltage switchgear can be identified in a timely manner, avoiding fault deterioration, thus greatly improving the level of intelligence and digitization, meeting the requirements of the new generation of intelligent substations for high-voltage switchgear, and having good promotion and application value.
Zhao et al. (Wed,) studied this question.