The invention discloses a permanent magnet synchronous motor control strategy for an electronic automobile and relates to the technical field of electronic automobiles. The permanent magnet synchronous motor control strategy is characterized in that the system comprises an information acquisition module, a fuzzy control module, a current PI control module, a coordinate transformation module, a space vector modulation module and an inverter module, wherein driving information of an electronic automobile is acquired through the information acquisition module; the driving information is processedand analyzed and is subjected to fuzzy control to obtain a ratio coefficient of a d axis to a q axis and an integral coefficient; after PI control parameters are confirmed, current PI adjustment is carried out, and then a d axis voltage and a q axis voltage are obtained; through coordinate transformation (Park inverse transformation), the d axis voltage and the q axis voltage are transformed to obtain a direct-axis voltage and a quadrature-axis voltage; according to the direct-axis voltage and the quadrature-axis voltage, a voltage source inverter is adjusted by using a space vector modulation technique, and furthermore control on a permanent magnet synchronous motor is completed. Through a fuzzy control algorithm, a ratio coefficient and an integral coefficient matched with actual working conditions can be obtained, furthermore the rapid response property is improved, overshoot is reduced, and the stability of an automobile permanent magnet synchronous motor control system is improved.