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Overview of SOFC/SOEC development at DTU Energy Conversion

机译:DTU Energy Conversion的sOFC / sOEC开发概述

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摘要

According to a broad political agreement in Denmark, the Danish energy system should become independent on fossil fuels like oil, coal and natural gas by the year 2050. This aim requires expansion of electricity production from renewable sources, in particular wind mills. In order to balance the fluctuating power production and to cope with the discrepancies between demand and supply of power, solid oxide fuel cells and electrolysis are considered key technologies. DTU Energy Conversion has a strong record in SOFC/SOEC research, with a close collaboration with industry, in particular with Danish Topsoe Fuel Cell A/S. Recent achievements will be presented ranging from development of new cell generations, manufacturability, up to testing under realistic operating conditions including degradation studies and high pressure testing. A strong focus will be on development of methodologies, e.g. in micro structural analysis and electrochemistry, in order to understand fundamental processes in detail and thus being able to improve SOFC/SOEC based on this knowledge.
机译:根据丹麦的一项广泛的政治协议,到2050年,丹麦的能源系统应独立于石油,煤炭和天然气等化石燃料。该目标要求扩大可再生能源,特别是风车的电力生产。为了平衡波动的发电量并解决电力供需之间的差异,固体氧化物燃料电池和电解被认为是关键技术。 DTU能源转化公司在SOFC / SOEC研究中拥有很强的记录,与行业,特别是与丹麦Topsoe燃料电池A / S密切合作。从新电池的开发,可制造性到实际操作条件下的测试,包括降解研究和高压测试,将展示最近的成就。重点将放在方法论的发展上,例如在微观结构分析和电化学领域,为了详细了解基本过程,从而能够基于此知识改进SOFC / SOEC。

著录项

  • 作者

    Hagen Anke;

  • 作者单位
  • 年度 2014
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  • 原文格式 PDF
  • 正文语种 eng
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