小型港口齿轮船自动货物装卸作业的差距分析

IF 3.9 Q2 TRANSPORTATION Maritime Transport Research Pub Date : 2023-07-25 DOI:10.1016/j.martra.2023.100098
Mariann Merz , Esten Ingar Grøtli , Odd Erik Mørkrid , Espen Tangstad , Synne Fossøy , Håvard Nordahl
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引用次数: 0

摘要

随着世界上第一艘用于商业用途的自主货船Yara Birkeland接近常规无人操作,评估无人货物处理解决方案的可用性和准备情况至关重要。虽然大型国际港口已经有全自动集装箱码头,但本研究的目的是考虑为基础设施较少的小型港口(典型的挪威沿海港口)提供支持自主船舶的解决方案。分析集中在可以在这些港口航行的齿轮货船上,船上很少或没有船员,使用的主要方法包括研讨会和与相关行业人员的访谈。一个重要的发现是缺乏愿意跟随船只的熟练起重机操作员。该研究得出结论,解决以下3个关键技术缺口非常重要:(1)自主连接和释放散货,(2)自动固定和捆绑船上货物,以及(3)无需现场起重机操作员即可操作的船上起重机。
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A gap analysis for automated cargo handling operations with geared vessels frequenting small sized ports

With the Yara Birkeland, the world’s first autonomous cargo ship developed for commercial use, nearing regular unmanned operation, it is crucial to assess the availability and readiness of unmanned cargo handling solutions. While there are already fully automated container terminals at large international ports, the purpose of this study is to consider solutions to support autonomous ships for small sized ports with little infrastructure, typical of coastal harbors in Norway. The analysis centers on geared cargo vessels that can navigate such ports with minimal or no crew onboard, and the primary method used involved workshops and interviews with personnel from relevant industries. An important finding is the lack of skilled crane operators that are willing to follow the ship. The study concludes that it is important to address the following 3 key technological gaps: (1) the autonomous connection and release of break-bulk, (2) automatic securing and lashing of onboard cargo, and (3) shipboard cranes that can operate without an onsite crane operator.

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