摘要
根据上汽大众某工厂车身车间侧围分拼线、空中输送系统和主线的方案,介绍了使用生产线物流拉动仿真需要明确的前提、方法和输出的结果,以及在制定策略的过程中需要注意的各个方面。通过对生产拉动中极端情况的研究,讨论了多种优化拉动策略。最后,归纳和总结了线体缓存和生产的关系。该研究结果解决了上汽大众所有工厂车身车间,关于线体间拉动生产的共性问题,并对汽车制造业所有高产能、多车型车身车间都具有借鉴意义。
According to the scheme of the side perimeter sub-assembly line, the aerial conveyor system and the main line in the body shop of a SAIC volkswagen plant, the paper introduced the premise and methodology for utilizing plant simulation software to output analyzed results, along with various aspects in the process of making production strategy. These are based on the concept of sublines, the electrified monorail system(EMS) and the mainline in a body shop of SAIC volkswagen. A series of optimized production pull strategy are discussed through the investigation of an extreme case. The relationship between buffer and production are summarized at the end of the paper. The results of the study are not only suitable for solving the general problems of the pull production between lines in the body shop of all SVW car plant, but also have referential value for all body shops with high volume and multi-vehicle in automobile industry.
作者
冯翰章
FENG Hanzhang(SAIC Vockswagen Company Limited,Shanghai 201805,China)
出处
《汽车实用技术》
2022年第23期203-210,共8页
Automobile Applied Technology
关键词
白车身
空中输送系统
生产拉动
物流仿真
缓存
优化拉动策略
Body in white
Electrified monorail system
Pull production
Plant simulation
Buffer
Optimized production pull strategy