Reversible solid-oxide cell stack based power-to-x-to-power systems: Comparison of thermodynamic performance

Ligang Wang,Yumeng Zhang,Mar Pérez-Fortes,Philippe Aubin,Tzu-En Lin,Yongping Yang,François Maréchal,Jan Van herle

Applied Energy（2020）

引用 51|浏览30

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摘要

•A decomposition-based method for optimally deploying grid-balancing plants.•Power-to-x-to-power pathways evaluated for H2, CH4, CH3OH, syngas and NH3.•Power-to-x efficiency (53–69%) ranks as CH4> CH3OH > NH3 > H2 > syngas.•X-to-power efficiency (66–80%) ranks as syngas > H2> CH4> CH3OH > NH3.•Round-trip efficiency (38–48%) ranks as CH4> syngas > H2> CH3OH > NH3.

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关键词

Electrical storage,Power-to-x,Reversible solid-oxide cell,Ammonia,Methanol,Sector coupling

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