Based on SLP method and Arena simulation software is carried out

• 1、School of Management,Wuhan University of Science and Technology,Wuhan,China 430000

Abstract：THEintegration of the global economy has promoted the diversification and personalization of the automobile industry, providing good opportunities for the development of the automobile industry, but also brought severe challenges to the development of the automobile industry. In the early stage of warehouse planning, Company A lacked the application of theories and related methods for the layout of the axle parts and equipment, which led to the problems such as the unreasonable layout of the axle warehouse. Therefore, in view of the unreasonable phenomenon of warehouse layout of Company A, this paper analyzes the warehouse layout of Company A with the system layout design (traditional SLP method), and puts forward optimization suggestions for solving the most important layout problem. By establishing operation area related map and analyzing logistics and non-logistics relationship, and select a better basic model for the packaging and testing stage of axle parts. Next, Arena modeling software is used to model, analyze and run the packaging and testing stage of the axle parts in the library, and the simulation results are obtained. Continuous design-modeling run-result output-test is optimal, thus verifying the optimal layout and reasonable optimization design. It can not only greatly improve the transportation and production efficiency in the workshop warehouse, but also reduce the blockage of the route in the warehouse, effecocess, and reduce the cost. This has a great impact on the layout of the workshop warehouse and the production of the axle parts of the manufacturing industry.

Keywords： Digital transformation Agribusiness Financial performance Empirical analysis