The invention relates to a power electronic device simulation technology, in particular to a hybrid simulation model and method of a Bergeron equivalent line containing frequency division impedance. The hybrid simulation model comprises an electromechanical system model, an electromagnetic system model and a hybrid simulation interface model of a Bergeron equivalent line containing frequency division impedance. The method is realized by using a real-time simulator RTLAB. the upper computer software of the real-time simulator RTLAB comprises an electromechanical system simulation software package ePHASORsim and an electromagnetic system simulation software package eMAGAsim. An electromechanical system model and an electromagnetic system model are set up through the simulation software package, meanwhile, interface programs of the electromechanical system and the electromagnetic system are designed through an application program interface of software, and self-defined development of timesequence control and data conversion is carried out. Electromechanical-electrical hybrid simulation interface model of Bergeron equivalent line containing frequency division impedance Electromagnetichybrid simulation is carried out, the influence of the high-frequency component of the electromagnetic system on the electromechanical system is reflected by utilizing the frequency division impedance, and the hybrid simulation precision is further improved.