挖掘欧洲氢能潜力

Global Atlas of H2 Potential Sustainable locations in the world for the green hydrogen economy of tomorrow: technical, economic and social analyses of the development of a global sustainable hydrogen atlas HYPAT Discussion Paper 05/2023 Mobilizing Europe’s Full Hydrogen Potential: Entry-Points for Action by the EU and its Member States Authors: Rainer Quitzow (RIFS Potsdam), Andrea Triki (dena), Jakob Wachsmuth (Fraunhofer ISI), Joshua Fragoso Garcia (Fraunhofer ISI), Niklas Kramer (RIFS Potsdam), Benjamin Lux (Fraunhofer ISI), Almudena Nunez (RIFS Potsdam) HYPAT Discussion Paper 05/2023 Mobilizing Europe’s Full Hydrogen Potential: Entry-Points for Action by the EU and its Member States Funding The HYPAT – H2 POTENTIAL ATLAS – project is funded by the German Federal Ministry of Education and Research BMBF as part of the "Hydrogen Republic of Germany" ideas competition in the basic research module on green hydrogen. The project runs for a period of three years, March 2021 - February 2024. Project Lead Prof. Dr. Martin Wietschel Fraunhofer Institute for Systems and Innovation Research ISI Breslauer Str. 48, 76139 Karlsruhe, Germany martin.wietschel@isi.fraunhofer.de Project Website https://hypat.de/hypat-en/ Recommended Citation Quitzow, R.; Triki, A.; Wachsmuth, J.; Fragoso Garcia, J.; Kramer, N.; Lux, B:; Nunez, A. (2023): Mobilizing Europe’s Full Hydrogen Potential: Entry-Points for Action by the EU and its Member States. HYPAT Discussion Paper No 5/2023. Karlsruhe: Fraunhofer ISI (Ed.) Published Date Version Amendment September 2023 01 Disclaimer This discussion paper was prepared by the named authors of the HyPat consortium. The analysis does not necessarily reflect the views of the HyPat consortium or the funding agency. Its contents were created in the project independently of the German Federal Ministry of Education and Research. The publication including all its parts is protected by copyright. The information was compiled to the best of our knowledge in accordance with the principles of good scientific practice. The authors assume that the information in this report is correct, complete and up-to-date, but do not accept any liability for any errors, explicit or implicit. Acknowledgements The author team would like to thank the members of the HYPAT consortium who helped improve the quality of the working paper by providing their valuable comments to a previous draft of the paper. This includes Friederike Altgelt (dena), Vasilios Anatolitis (Fraunhofer ISI), Natalia Pieton (Fraunhofer IEG), Eva Schmid (dena), Zarah Thiel (Ruhr-Universität Bochum), Martin Wietschel (Fraunhofer ISI). HYPAT Working Paper 05/2023 Mobilizing Europe’s Full Hydrogen Potential: Entry-Points for Action by the EU and its Member States HYPAT | 3 Table of Contents Executive Summary ..................................................................................................................... 4 Introduction .......................

立即下载
化石能源
2023-10-11
37页
1.39M
收藏
分享

挖掘欧洲氢能潜力,点击即可下载。报告格式为PDF,大小1.39M,页数37页,欢迎下载。

本报告共37页,只提供前10页预览,清晰完整版报告请下载后查看,喜欢就下载吧!
立即下载
本报告共37页,只提供前10页预览,清晰完整版报告请下载后查看,喜欢就下载吧!
立即下载
水滴研报所有报告均是客户上传分享,仅供网友学习交流,未经上传用户书面授权,请勿作商用。
相关图表
工业增加值增速与柴油消费量增速 图 39: 国内 GDP 增速及工业占 GDP 比重
化石能源
2023-10-11
来源:能源转型与碳中和专题报告:管窥成品油系列,中国成品油需求跟踪框架及长短期展望
查看原文
2023 年中国车用汽柴油替代燃料替代规模 图 37: LNG 相对柴油价格经济性
化石能源
2023-10-11
来源:能源转型与碳中和专题报告:管窥成品油系列,中国成品油需求跟踪框架及长短期展望
查看原文
乘用车保有量增速与汽油消费量增速 图 35: 2060 年前中国汽油需求量预测
化石能源
2023-10-11
来源:能源转型与碳中和专题报告:管窥成品油系列,中国成品油需求跟踪框架及长短期展望
查看原文
单车耗油量变化 图 33: 2021-2025 年中国汽油需求量
化石能源
2023-10-11
来源:能源转型与碳中和专题报告:管窥成品油系列,中国成品油需求跟踪框架及长短期展望
查看原文
中国乘用车销量及增速变化 图 31: 新能源汽车销量及渗透率变化
化石能源
2023-10-11
来源:能源转型与碳中和专题报告:管窥成品油系列,中国成品油需求跟踪框架及长短期展望
查看原文
汽车销量与汽油表观消费 图 29: 汽车保有量与汽油表观消费
化石能源
2023-10-11
来源:能源转型与碳中和专题报告:管窥成品油系列,中国成品油需求跟踪框架及长短期展望
查看原文
回顶部
报告群
公众号
小程序
在线客服
收起