进入内河电船新时代

Jean Michel Chatelier
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引用次数: 1

摘要

航运业正朝着迅速使其资产脱碳的方向发展。对零排放推进的新型城市交通(乘客、建筑材料和设备)的需求也在不断增长。如今,零排放推进系统可用于可持续交通。内河航行船舶的一般尺寸提供了比海船更早实施创新技术的机会。显然,有各种各样的解决方案可供选择,各有利弊。电池和燃料电池是碳中和或零排放航运解决方案中越来越多的一部分。它们成为一个强有力的选择,可以成功地与替代燃料相结合。因此,电动和混合动力船舶是目前内河航运领域最重要的发展之一。必维船级社作为主要船级社之一,在考虑现有技术、安全限制和运营挑战的情况下,对最先进的电气解决方案进行了简要回顾,并介绍了其在新建、改装和服役船舶方面的经验。尽管必须考虑许多参数,但结论证实,已经有适合一系列船舶的电气解决方案,并且在不久的将来也可以与新的基础设施和供应链相结合。
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Entering a new era for electrical vessel on inland waterways
The shipping industry is moving towards quickly decarbonizing its assets. There is also a growing demand for new urban transportation (passengers, building materials, and equipment) with zero-emission propulsion. Zero-emission propulsion is available today for sustainable transport. The common size of inland navigation vessels offers the opportunity to implement innovative technologies earlier than seagoing ships. There is clearly a wide range of solutions available, with their own set of pros and cons. Batteries and fuel cells are part of a growing list of solutions to carbon-neutral or zero-emissions shipping. They become a strong choice and can be successfully combined with alternative fuels. As a result, electric and hybrid vessels are currently among the most important developments in the inland navigation sector. Bureau Veritas, as one of the major classification societies, proposes a brief review of state-of-the-art electrical solutions, considering available technologies, safety constraints and operational challenges, bringing to light its experience in electrical vessels, both in new constructions and conversions as well as in vessels in service. Although many parameters must be considered, the conclusion confirms that there are electrical solutions already suitable for a range of vessels and it is also possible to pencil the near future in association with new infrastructure and supply chain.
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0.00%
发文量
5
审稿时长
20 weeks
期刊最新文献
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