Intelligent control system for circular high-power excitation motor

The invention provides a circular high-power excitation motor intelligent control system. The control system controls a plurality of working parameters of a plurality of excitation motors through a control module so as to perform cooperative work in a vibration generation process. The multiple excitation motors are evenly distributed and installed on the motor frame in a matched mode at equal angles. Eccentric blocks are arranged at the two ends of a central shaft of each excitation motor; a detection module is used for detecting the rotating phase of an eccentric block, and a control module adjusts one or more excitation motors to rotate in an accelerated or decelerated mode according to the phase of the eccentric block, so that vibration parameters generated by the excitation motors are the same or tend to be the same; wherein the detection module comprises a plurality of optical sensors; the photoelectric sensor is used for detecting the eccentric block based on the optical technology so as to obtain the p