Optimization analysis of inbound and outbound efficiency of four-way shuttle storage system

Zhao Fu, Yuan-yi Xia, Huaqiong Liu
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Abstract

In recent years, the four- way shuttle storage system has attracted more and more attention. The study on the efficiency of inbound and outbound storage has become the key to solve the efficiency bottleneck of dense storage. In this paper, by modeling the four- way shuttle storage system, anylogic is used to simulate the inbound and outbound forms of standard elevator with chain machine and new elevator with two- way vehicles, and the efficiency is compared. It is concluded that when the dense storage reaches five floors and above, the efficiency of using the new elevator with two- way vehicles is higher, which provides a solution to solve the problem of storage congestion.
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四向梭式仓储系统进出库效率优化分析
近年来,四向穿梭存储系统越来越受到人们的关注。进出库效率的研究已成为解决密集存储效率瓶颈的关键。本文通过对四向穿梭式仓储系统进行建模,利用anylogic对标准电梯带链机进站和新型电梯带双向车辆进站形式进行了仿真,并对其效率进行了比较。研究结果表明,当密集仓储达到五层及以上时,使用新型双向车辆电梯的效率更高,为解决仓储拥堵问题提供了一种解决方案。
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