Intelligent high-voltage power supply control system on dock

The invention discloses an intelligent high-voltage power supply control system on a dock. The system is provided with a three-level structure, i.e. an embedded main processor, a co-processor and an interface module, to calculate pulse data, generate and send pulse, and monitor the state of each level of power module group, wherein the main processor calculates the duty cycle in a period according to the voltage phase and the direct-current voltage of the current switching period according to needs; the co-processor performs phase shift and synchronous processing on the data of the duty cycle according to the cascade level of a power module to generate a pulse sequence containing a time-sequence relation; the interface module is mainly used for performing dead-time compensation and narrow-pulse elimination on the pulse sequence sent by the superior co-processor, packing the pulse sequence according to a communication protocol and sending the pulse sequence to an optical fiber interface, and the pulse sequence