Green shipping oriented coordinated berth allocation for port group

Zhang Heng, Chen Qiushuang, Quan Xiong-wen, Jin Xiaochuang, Xu Ya
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引用次数: 4

Abstract

In order to reduce vessel emissions and optimize berth allocation for the port group, we propose the twin ports coordinated optimization (TPCO) model within the framework of vessel-terminal coordination. By optimizing berth allocation of the twin ports and the sailing speed, both fuel consumption and total delay time of vessels can be reduced. We simulate the one-year operations of the twin ports by combining the weekly baseline berth plan and reassignment procedure to compare the performance of the TPCO strategy with the single port berth allocation (SPBA) strategy. The simulation results show that the berth plan provided by the TPCO strategy can optimize the departure delay objective, while reducing the total fuel consumption than that by the SPBA strategy. This paper provides theoretical support for the improvement of service level for the port group and the construction of green ports from the operational level.
面向绿色航运的港口集团泊位协调分配
为了减少船舶排放,优化港口群泊位配置,提出了船港协调框架下的双港协调优化模型。通过优化双港泊位配置和航速,可以降低船舶的燃油消耗和总延误时间。通过结合每周基线泊位计划和重新分配过程,模拟双港口一年的运行情况,比较TPCO策略与单港口泊位分配(SPBA)策略的性能。仿真结果表明,TPCO策略提供的泊位方案比SPBA策略提供的泊位方案能够优化离港延迟目标,同时降低总燃油消耗。本文从运营层面为港口集团提高服务水平、建设绿色港口提供理论支持。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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