全球储氢成长机会

Global Hydrogen Storage Growth Opportunities

出版日期: 2023年08月14日 | 出版商:

Frost & Sullivan | 英文 61 Pages | 商品交期: 最快1-2个工作天内

价格

简介目录

欧洲的能源安全配合措施和全球能源转型正在推动成长

能源安全和能源转型是氢能产业投资的主要驱动力。氢被认为是脱碳的关键支柱，因为它是石油、天然气、采矿、钢铁和重型运输等多个行业脱碳的少数途径之一。其能量密度和相变特性有助于其作为多功能燃料和能源载体，能够在电力和能源产业中发电和储能。

儘管世界主要地区几乎所有主要国家都有自己的氢能策略，并提供了重要的政策支持，但该领域仍面临着一些必须克服的障碍，以实现更快的成长。本研究根据成长促进因素和挑战以及产业相关人员的投资承诺，概况了全球储氢产业的现状和前景。

主要问题

氢作为能源载体的价值提案是什么？
各种储氢技术的优缺点是什么？
预测期间（2023-2030年）储氢资产的装置容量以及按地区和储存类型分類的额外储存容量的潜力是多少？
选择储能技术和储氢类型涉及哪些关键决策？
可以在多大程度上为全球各地区的价值链参与者提供政策支援？
谁是储氢价值链的关键参与者？
新进入者和现有参与者可以获得哪些成长机会？

分析范围
储氢的案例与挑战
储能技术比较
按储存类型细分
储氢类型持续时间
氢储存－理想的储存类型
储存类型比较
储氢介质的生长阶段
储氢现状及前景
主要市场参与企业
载体比较－液氢、液态氨、甲醇
全球主要储氢基础设施所有者
成长促进因素
成长阻碍因素

成长机会分析－政策支持

欧盟的氢储存
美国的储氢
亚太地区的氢储存

成长机会分析 - 预测

预测假设
按储存类型分類的额外年度储氢能力
各地区年度新增储氢能力

成长机会分析 - 储存类型

液体储存
固态储存
地上储气库
地下储气库

成长机会区域分析

北美分析
欧洲分析
亚太地区分析
拉丁美洲分析
中东非洲分析
南亚分析

成长机会分析 -竞争形势

储氢价值链
专利活动
主要市场参与者

成长机会宇宙

成长机会 1：储存即服务
成长机会2：策略伙伴关係
成长机会三：参与价值链
图表列表
免责声明

简介目录

Product Code: PDC5-27

Energy Security Efforts in Europe and the Energy Transition Worldwide will Drive Growth

Energy security and the energy transition are the key drivers of investments in the hydrogen industry. Hydrogen is considered a key pillar of decarbonization because it is one of the few routes available for decarbonization of some sectors like oil and gas, mining, iron and steel, and heavy transport. Its energy density and phase changeability facilitates its role as a versatile fuel and energy carrier capable of power generation and energy storage in the power and energy industry.

While there is tremendous policy support in key regions of the world, with almost every major country having a hydrogen strategy of its own, there are some hurdles for the sector, that must be overcome for faster growth. This study gives a broad overview of the status and outlook of the global hydrogen storage sector based on growth drivers and challenges, as well as investment commitments made by stakeholders in the industry.

Key Issues Addressed?:

What is hydrogen’s value proposition as an energy carrier, and how is hydrogen stored?
What are the advantages and disadvantages of various hydrogen storage technologies?
What is the installed capacity of hydrogen storage assets, and what is the total storage capacity addition potential by region and storage type during the forecast period (2023-2030)?
What are the major decisions involved in the choice of energy storage technologies and type of hydrogen storage?
What degree of policy support is available for value chain participants in various regions across the globe?
Who are the key players in the hydrogen storage value chain?
What are the growth opportunities available for new entrants and existing players?