The invention discloses a microsource power generation system adopting a magnetic energy quantum superposition vector. The system comprises a first energy storage component, a second energy storage component, a magnetic suspension motor comprising at least two stator components and a suspending monopole rotor, a stator driving module, a rotor induction component magnetically generating first induction current on the basis of rotation of the suspending monopole rotor, a stator induction component magnetically generating second induction current on the basis of any stator component, a processingmodule, a horizontal component converter, a vertical component converter and a power transmission switching module, wherein the stator driving module drives the suspending monopole rotor to rotate, the processing module is matched with the horizontal component converter and the vertical component converter to store electric energy of a horizontal component and a vertical component of repeated harmonic current in the first energy storage component and the second energy storage component, the power transmission switching module switches the conduction states of the first energy storage component and the second energy storage component with the stator driving module and an external power consumption component. According to the design, the power supply states of the first energy storage component and the second energy storage component are switched, the system continuously runs, and repeated utilization of energy is realized.