ADVANTAGE OF A GREEN AND SMART PORT OF THE FUTURE

Joao Pita Costa, Ignacio Lacalle, M. Llorente, Olivier Le Brun, Leonidas Ptsikas, Gilda DE MARCO, C. Garnier, Erwan Simon, Alexandru Gherghina, Orestis Tsolakis, Dejan Štepec, Sergio Vivo, Rafael Vaño, S. Pilicic, T. Milošević, M. Siroka, Fabrice Klein, Stefano Bevilacqua, Tamara Corsano, Cinzia Ninzatti, Athanasios Chaldeakis, Grigoris Dimitriadis, L. Traven, F. Fuart, C. Palau
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引用次数: 1

Abstract

The digitalization is undeniably arriving to the port industry. However, modern digital technologies had not pervaded before in the sector because of, mainly, ports’ complexity and heterogeneity as wide ecosystems. When it comes to applying innovative digital tools in maritime ports, a series of additional common barriers are usually faced: (i) unavailability of clear reference in open-source based technologies, (ii) closed-environments and high pricing rates of private providers, (iii) restricting regulations inside and outside the ports preventing port authorities to deploy useful products and (iv) high heterogeneity of objectives, data or perspectives to carry out focused accountable actions. The PIXEL project has helped ports of all sizes to overcome those barriers during the last three years. Throughout a variety of domains of action – including clean energy, environmental performance, smart intermodal transport or machine learning-based maritime data analytics, PIXEL has addressed those hindrances, driving four European ports towards the Port of The Future stand. The different open applications developed form an ecosystem that may be adopted by external ports aiming at improving their digitalisation levels and their operational and environmental performance. For the 2021 edition, we are presenting the suite of tools deployed in the ports in the context of the action, their success stories and best practices, and how they can be leveraged by worldwide maritime transport entities in the future. It is our objective to provide a comprehensive review of their functioning, technical traits and particularities and how they are planned to be exploited by the Consortium. The PIXEL team truly believes that this will mean a milestone in the operational research field for the ports sector. Finally, we aim at offering a perspective on the usage of modern technologies in maritime ports based on the experience and lessons learned in the conduction of PIXEL project and the interaction with other initiatives in the period 2018–2021.
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未来绿色智能港口的优势
不可否认,数字化正在进入港口行业。然而,现代数字技术之前并未在该领域普及,主要原因是港口作为一个广泛的生态系统具有复杂性和异质性。在海港应用创新数字工具时,通常会面临一系列额外的常见障碍:(i)无法获得基于开源技术的明确参考,(ii)封闭环境和私人供应商的高定价率,(iii)限制港口内外的法规,阻碍港口当局部署有用的产品,以及(iv)目标、数据或观点的高度异质性,以开展重点负责任的行动。PIXEL项目在过去三年中帮助各种规模的港口克服了这些障碍。在各种行动领域,包括清洁能源、环境绩效、智能多式联运或基于机器学习的海事数据分析,PIXEL已经解决了这些障碍,推动了四个欧洲港口走向未来之港。开发的不同开放应用程序形成了一个生态系统,外部端口可以采用该生态系统,旨在提高其数字化水平以及运营和环境绩效。在2021年版中,我们将介绍在行动背景下部署在港口的一套工具,它们的成功案例和最佳实践,以及未来全球海运实体如何利用它们。我们的目标是全面审查它们的功能、技术特点和特点,以及该联盟计划如何利用它们。PIXEL团队坚信,这将是港口行业运筹学领域的一个里程碑。最后,我们的目标是根据2018-2021年期间PIXEL项目的经验教训以及与其他举措的互动,提供现代技术在海港使用的观点。
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