Journal of Electrical Engineering and Automation

Mechatronics-hydraulics integrated systems play a crucial role in modern industrial automation, and co-simulation technology has become a key means to achieve efficient collaborative design of such systems. Addressing the complex coupling characteristics of mechatronics-hydraulics integrated systems, this paper proposes an optimization design method based on co-simulation. By constructing a multi-domain coupling model and combining simulation data for parameter optimization, the method realizes the collaborative improvement of system performance. It effectively shortens the design cycle, enhances the overall system performance, and provides theoretical and technical support for the research and development of mechatronics-hydraulics integrated systems.

Mechatronics-hydraulics integrated system; Co-simulation; Optimization design; Multi-domain coupling; Performance improvement