首页|液氢加氢站加注过程?分析

液氢加氢站加注过程?分析

扫码查看
氢能作为清洁无污染的高效绿色能源,正在逐步替代化石燃料成为能源结构发展转型的重要一员.相较于气氢,液氢密度高,是一种理想的储运方式.液氢加氢站则是氢能产业链中重要的一环,是连接供给侧与需求侧的重要基础设施.而国内对液氢加氢站研究较少,目前我国仅在平湖建成一座液氢加氢站.通过对液氢加氢站加氢过程中各部件造成的㶲损失进行分析,得以对加氢全过程造成的能量损失进行评估,指导未来液氢加氢站及加氢站重要组成部件的优化设计方向.
Exergy Analysis of Filling Process of Liquid Hydrogen Fueling Station
As a clean and pollution-free efficient green energy,hydrogen energy is gradually replacing fossil fuels and becoming an important member of the development and transformation of energy structure.Compared with gas hydrogen,liquid hydrogen has high mass density and high volumetric density,which is an ideal storage and transportation mode.Liquid hydrogen refueling station is an important link in the hydrogen energy industry chain,and is an important infrastructure con-necting the supply side and the demand side.However,there are few researches on liquid hydrogen refueling stations in Chi-na.At present,only one liquid hydrogen refueling station has been built in Pinghu.Exergy destruction caused by each compo-nent of the hydrogen refueling station in the refueling process can be evaluated for energy loss caused by the whole refueling process and guide the future optimization design direction of the hydrogen refueling station and its important components.

hydrogen energyliquid hydrogenliquid hydrogen refueling stationexergy destructionexergy analysis

冯一宁、朱绍伟、薛明喆、张存满

展开 >

同济大学机械与能源工程学院,上海 201804

同济大学汽车学院新能源汽车工程中心,上海 201804

氢能 液氢 液氢加氢站 㶲损 㶲分析

国家科技部重点研发专项

2020YFB1506204

2024

真空与低温
中国航天科技集团公司第五研究院510研究所

真空与低温

CSTPCD
影响因子:0.567
ISSN:1006-7086
年,卷(期):2024.30(4)