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首页> 外文期刊>Journal of Alloys and Compounds: An Interdisciplinary Journal of Materials Science and Solid-state Chemistry and Physics >The use of application-specific performance targets and engineering considerations to guide hydrogen storage materials development
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The use of application-specific performance targets and engineering considerations to guide hydrogen storage materials development

机译：使用特定应用的性能目标和工程考虑因素来指导储氢材料的开发

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摘要

The Hydrogen and Fuel Cells Technologies Office, carried out through the DOE Office of Energy Efficiency and Renewable Energy, maintains a broad portfolio of activities to enable the commercialization of fuel cells across a range of near, mid and long-term applications. Improved, advanced hydrogen storage technologies are seen as a critical need for successful implementation of hydrogen fuel cells in many of these applications. To guide and focus materials development efforts, the DOE develops system performance targets for the specific applications of interest, and carries out system engineering analyses to determine the system-level performance delivered when the materials are incorporated into a complete system. To meet the needs of applications, it is important to consider the system-level performance, not just the material-level properties. An overview of the DOE's hydrogen storage efforts in developing application-specific performance targets and systems engineering to guide hydrogen storage materials identification and development is herein provided.
机译：通过能源部能源效率和可再生能源办公室成立的氢和燃料电池技术办公室，保持着广泛的活动组合，以使燃料电池在近期，中期和长期应用中得以商业化。改进的，先进的储氢技术被视为在许多此类应用中成功实施氢燃料电池的关键需求。为了指导和集中材料开发工作，DOE为感兴趣的特定应用制定了系统性能目标，并进行了系统工程分析，以确定将材料合并到完整系统中时所提供的系统级性能。为了满足应用程序的需求，重要的是要考虑系统级别的性能，而不仅仅是材料级别的属性。本文提供了DOE在制定专用性能目标和系统工程以指导储氢材料识别和开发方面的氢存储工作的概述。

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