Energy Storage Science and Technology ›› 2022, Vol. 11 ›› Issue (10): 3401-3410.doi: 10.19799/j.cnki.2095-4239.2022.0132
• Technical Economic Analysis of Energy Storage • Previous Articles Next Articles
Yanming WAN1(), Yalin XIONG1(), Xueying WANG2
Received:
2022-03-11
Revised:
2022-04-06
Online:
2022-10-05
Published:
2022-10-10
Contact:
Yalin XIONG
E-mail:wanyanming@chnenergy.com.cn;yalin.xiong@chnenergy.com.cn
CLC Number:
Yanming WAN, Yalin XIONG, Xueying WANG. Strategic analysis of hydrogen energy development in major countries[J]. Energy Storage Science and Technology, 2022, 11(10): 3401-3410.
Table 3
Thirty-eight measures of Germany's "National Hydrogen Strategy""
氢能产业链环节 | 具体行动 | |
---|---|---|
氢气制取 | 提升可再生能源制氢效率,为电解水制氢价格制定财税优惠措施;探索新商业模式,并完善监管;加大对可再生能源电解水制氢系统的投资;加快推进海上风电制氢的研究示范 | |
产业支撑 | 研究与创新 | 制定德国联合氢能路线图;开展绿氢示范应用;开展“氢能技术2030”专项研究;设立氢能政策建议咨询项目;进行氢能在航空、航运方面的技术研究与推进;强化氢能公共教育与培训 |
欧盟层面需求 | 支持标准法规的制定;建设欧洲共同利益(IPCEI)氢能项目;实施欧盟氢能倡议;建立泛欧氢能合资公司 | |
国际合作 | 建立能源伙伴关系,推动先进氢能技术的出口;推进与氢能国家组织的合作;开展国际合作示范项目;加强与化石能源出口国及重点企业的对话 | |
应用 | 交通运输 | 利用绿氢替代传统燃油;持续实施NIP计划;推动加氢基础设施建设;鼓励氢能交通工具参与跨境运输;支持建立具有成本竞争力的燃料电池系统供应链;支持零排放车辆的部署;倡导以碳排放为计量基础的卡车通行费差异化;倡导氢能标准国际化与统一化 |
工业原料/燃料 | 推动清洁氢在钢铁、化工等领域作为工业燃料使用;创造对低碳排放工艺和氢基产品的需求;制定钢铁、化工、物流、航空业等领域的长期脱碳战略 | |
供热 | 持续执行能源效率激励计划;为氢能热电联产系统部署提供资金支持 | |
基础设施建设 | 对现有基础设施进行评估;加强电网、天然气管网和供暖基础设施的协调性;按需新建基础设施 |
Table 5
Key directions of Australia's hydrogen strategies"
氢能价值链 | 商业模式 | 政策/监管 | 技术研发 |
---|---|---|---|
制氢 | 获取廉价可再生电力;打造制氢基地 | — | 提高制氢工厂效率和固定资产寿命;研发固体氧化物电解水、甲烷裂解等新兴技术 |
氢储运 | 氢消纳点就近制氢 | 修订燃气管道法规以运输氢气 | 研发液氢基础技术、纯氢管道材料、高效压缩技术和地质存储技术 |
加氢站 | 建立加氢站合资企业,进行加氢站推广工作 | 车辆排放标准和燃料电池汽车激励政策 | — |
工业原料 | — | 清洁氢作为工业原料的激励政策 | — |
出口 | 就氢气出口优惠关税进行谈判;签订政府间氢能出口协议 | 可再生能源土地使用政策;与国际海事组织等机构合作,确保氢能运输监管合理 | — |
合成燃料 | — | 制定低排放燃料供应目标;航空和航运业使用合成燃料的激励措施 | 投资可再生能源电解水制氢合成燃料技术 |
供热 | 与他国政府协调,为跨国家电制造商提供市场参考 | 明确天然气的浓缩和排放政策;立法制造和使用标准化、易于转换的电器 | 研发纯氢电器;持续示范天然气掺氢;进行纯氢管道可行性研究 |
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