Abstract
the Main Cause of Substation Circuit Breaker Break Accidents Mainly in Post Insulator Accidents is That the Flexural Strength of the Insulators Does Not Meet the Design Requirements. At the Same Time, There Are Problems Such as Eccentricity of the Porcelain Column, Large Difference in the Thickness of the Cement Casting, No Asphalt Buffer Layer in the Pouring Part, and No Waterproof Silicone Rubber. as the Temperature Changes, a Break Occurs under the Mechanical Force of the Switch. This Paper is Based on the Dynamic Simulation and Optimization of the Structure of High Voltage Circuit Breaker Based on the Finite Element Partial Dynamic Characteristics of Mechanical Structure. through Experiments by Ansys, the Optimized Solution Helps Manufacturers to Improve the Manufacturing Process of Insulators. the Operating Unit Strengthens the Equipment Acceptance, Operation, and Maintenance, and Carries out Visual Inspection and Ultrasonic Flaw Detection in Strict Accordance with the Requirements of the Regulations, Which Can Prevent the Occurrence of Insulator Breakage Accidents.
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