Suspension control system based on skyhook control algorithm

The invention relates to a suspension control system based on a skyhook control algorithm. The suspension control system based on the skyhook control algorithm comprises a vehicle state sensor, a data collector, an industrial control computer, a magneto-rheological fluid damper, a motor driver and a servo motor, wherein the vehicle state sensor is used for detecting vehicle state data; the data collector is used for collecting the vehicle state sensor to obtain the vehicle state data; the industrial control computer is used for controlling the motor driver and a program-controlled current source according to the vehicle state data; the motor driver generates a driving force so as to drive the servo motor to generate a feedback effect on an active suspension of a suspension system; and the program-controlled current source generates a control current so that the magneto-rheological fluid damper generates a damping force to generate a feedback effect on a semi-active suspension of the suspension system. According to the invention, the running smoothness and the taking comfort of a vehicle body can be improved.