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The electro-hydraulic proportional speed synchronization system is studied, and the system physical model is built by the advanced modeling and simulation software AMESim, and the dynamic characteristics are simulated and analyzed. In order to improve the response time, steady-state accuracy, stability and synchronization of the system, the PID controller parameters are optimized by using genetic algorithm to control the speed accuracy of hydraulic motor. The simulation results show that the optimized parameters can improve the system performance and achieve good results, thus providing a technical support for the optimization design of mechatronic systems.

Research and application of electro hydraulic proportional synchronous control system based on PID algorithm