氢谷:评估实现氢经济的欧盟法律和金融框架

Ernesto Bonafé, Marco Conte, Katharina Bouchaar
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引用次数: 0

摘要

为了实现到2030年欧盟可再生氢产量达到1000万吨的目标,REPowerEU计划要求欧盟将氢“山谷”的数量增加一倍,这将有助于加速可再生氢的生产,以取代难以脱碳的经济部门的天然气、煤炭和石油。本文回顾了制定从天然气转向可再生氢的监管框架的持续努力,尤其是对可再生氢的定义。作为一个战略性的零净产业,可再生氢将在氢谷中发展壮大,这意味着能源生产和多种用途将在这里相遇并扩大。这需要欧盟的大量财政支持,至少要等到可再生氢成为一项成熟的技术,能够在市场上与目前更便宜(也会造成污染)的化石氢竞争。虽然关于氢相关技术和基础设施的发展速度和可行性还存在一些悬而未决的问题,比如关于长途运输的问题,但氢谷似乎是一个无悔的选择,包括可再生能源生产、重新利用的天然气基础设施、电网和电池。如果成功实施,这一选择将促进可再生氢的生产,并促进工业和运输的脱碳。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Hydrogen Valleys: Assessing the EU Legal and Financial Frameworks that Enable the Hydrogen Economy
To achieve the target of 10 million tonnes of renewable hydrogen production in the European Union (EU) by 2030, the REPowerEU Plan commits the EU to double the number of hydrogen ‘valleys’, which will contribute to accelerating the production of renewable hydrogen to replace natural gas, coal and oil in hard-to-decarbonise economic sectors. This article reviews ongoing efforts to lay down a regulatory framework to move from natural gas to renewable hydrogen and, not least, to define renewable hydrogen. As a strategic net-zero industry, renewable hydrogen is to grow and flourish in hydrogen valleys, meaning a place where energy production and multiple-uses will meet and expand. This requires substantial EU financial support, at least until renewable hydrogen becomes a mature technology that can compete in the market with today's cheaper (and polluting) fossil-based hydrogen. While there are open questions about the pace and viability of hydrogen-related technologies and infrastructure, for instance concerning long-distance transportation, hydrogen valleys appear as a no-regret option encompassing renewable energy production, repurposed gas infrastructure, electricity grid and batteries. If successfully implemented, the option would enhance renewable hydrogen production and the decarbonisation of the industry and transport.
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