燃料制氢和氢制x途径:下一代能源系统的机遇

Robert R. Dickinson, N. Lymperopoulos, Alain Le Duigou, P. Lucchese, C. Mansilla, Olfa Tlili, Nouri J. Samsatli, S. Samsatli, M. Weeda, D. Thomas, P. Mancarella, F. Dolci, E. Weidner
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引用次数: 16

摘要

在二氧化碳减排目标的推动下,世界各地的能源系统正在迅速发展。这为大规模“电力制氢、氢制x”(PtH-HtX)的集成低碳电力和燃料系统带来了机会。电力制氢(PtH)是指大规模电解。氢到x (HtX)是指一系列高价值的产品和服务。如果这些途径从低碳电力开始,那么下游消耗的燃料也是低碳的。使用间歇性低价值电力降低了所有生产成本。本文明确指出了主要途径和相互联系的方式,克服了术语“电力到天然气”固有的模糊性。反过来,这为在从供应到消费的众多途径中为新的商业机会建立法律和监管框架提供了坚实且易于理解的基础。
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Fower-to-hydrogen and hydrogen-to-X pathways: Opportunities for next generation energy systems
Energy systems are evolving rapidly around the world, driven mainly by CO2-e reduction targets. This has led to opportunities for integrated low carbon electricity-and-fuel systems founded on large scale “Power-to-Hydrogen, Hydrogen-to-X” (PtH-HtX). Power-to-Hydrogen (PtH) refers to large scale electrolysis. Hydrogen-to-X (HtX) refers to a range of high value products and services. If these pathways start with low-carbon electricity, then the fuel consumed at the downstream end also low-carbon. Use of intermittently low valued power lowers all production costs. This paper specifically identifies the main pathways and interconnections in a way that overcomes the ambiguities inherent in the term “Power-to-Gas”. In turn, this provides solid and easier to understand foundations for building legal and regulatory frameworks for new business opportunities along the lengths of the numerous pathways from supply to consumption.
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