[Purpose] This paper focuses on the berthing safety issues of wind-fishery integration equipment in the fishing stage. [Method] Based on non-linear finite element software for farming ship berthing wind-fishery integration equipment when the guide frame platform structure characteristics are studied in depth. Research in different areas under normal collision conditions, the motion response law and structural damage of the combination of wind turbine units and fishery farming platforms during berthing, and the method will explore the design rationality of the berthing system. [Result] The results show that, in the case of a farming ship impact single-side and single-root of the berthing column of the guide frame, the berthing system part of the area has occurred plastic deformation. The welding seam between the support rod and the guide frame leg column and its surrounding local area has occurred plastic deformation after analysis, and there is a risk of cracking and opening. [Conclusion] The research results can provide a reference for the efficient and safe operation of wind-fishery integration berthing operations, and to the greatest extent reduce safety risks and economic losses.