Intelligent Verification Method for Electrical Misoperation Data Models of Bridge-Type Wiring

The novel misoperation logic determination method for substations, based on topological analysis technology, exhibits characteristics of wide protective coverage and high flexibility. The accuracy of the electrical misoperation data model is crucial for its effectiveness. However, manual data verification is challenging and inefficient, necessitating the development of an intelligent verification method to replace manual processes. This paper analyzes the novel electrical misoperation data model, categorizing common error types within the data model. By considering the characteristics of bridge-type main connections, corresponding data model verification principles are proposed, covering both internal and external bridge connections. An intelligent verification process for the bridge-type wiring data model is designed. Finally, the effectiveness of the proposed method is demonstrated through test cases, showcasing a significant improvement in the efficiency of engineering personnel in verifying the novel electrical misoperation data.