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Hydrogen infrastructure development in The Netherlands

机译:荷兰氢基础设施发展

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摘要

Increasingly people think of how a hydrogen energy supply system would look like, and how to build and end up at such a system. This paper presents the work on modelling and simulation of current ideas among Dutch hydrogen stakeholders for a transition towards the widespread use of a hydrogen energy. Based mainly on economic considerations, the ideas about a transition seem viable. It appears that following the introduction of hydrogen in niche applications, the use of locally produced hydrogen from natural gas in stationary and mobile applications can yield an economic advantage when compared to the conventional system, and can thus generate a demand for hydrogen. The demand for hydrogen can develop to such an extent that the construction of a large-scale hydrogen pipeline infrastructure for the transport and distribution of hydrogen produced in large-scale production facilities becomes economically viable. In 2050, the economic viability of a large-scale hydrogen pipeline infrastructure spreads over 20-25 of the 40 regions in which The Netherlands is divided for modelling purposes. Investments in hydrogen pipelines for a fully developed hydrogen infrastructure are estimated to be in the range of 12,000-20,000 million euros.
机译:人们越来越多地考虑氢能供应系统的外观,以及如何构建和最终使用这种系统。本文介绍了荷兰氢能源利益相关者对当前构想进行建模和仿真的工作,旨在向氢能的广泛使用过渡。主要基于经济考虑,有关过渡的想法似乎可行。似乎在利基应用中引入氢之后,与常规系统相比,在固定和移动应用中使用天然气本地生产的氢可产生经济优势,因此可产生对氢的需求。对氢的需求可以发展到这样的程度,使得用于大规模生产设施中产生的氢的运输和分配的大规模氢管道基础设施的建设在经济上变得可行。到2050年,大型氢气管道基础设施的经济可行性遍布荷兰40个地区中的20-25个地区,以进行建模。全面发展的氢气基础设施的氢气管道投资估计在12,000-200亿欧元之间。

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