Feasibility Study on Vibration Frequency Measurement of Power Equipment Based on Event Vision Sensing Technology

Abstract

The traditional contact measurement method for measuring the vibration of power equipment usually does not have the convenience of engineering implementation, and it is difficult to measure the rotating parts and electrified equipment. Therefore, developing new non-contact vibration measurement technology has engineering value. In the paper, the transformer is taken as an example to analyze the vibration frequency to represent the state of the equipment, and then the application theory of the event visual sensing to perceive the equipment vibration frequency signal is proposed and elaborated; Finally, a event visual vibration frequency measurement system is built to carry out the feasibility test of the equipment vibration frequency test. The test results show that the event vision sensing technology can realize the non-contact measurement of equipment vibration frequency signal, and has the feasibility and potential of engineering application.