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Development Progress on the Ceres Power Steel Cell Technology Platform: Further Progress Towards Commercialization

机译:CERES电力钢铁电池技术平台的开发进展:商业化进一步进展

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Ceres Power is continuing to make excellent progress in the development of its low-temperature metal supported SOFC design (the 'Steel Cell') based predominantly around the use of ceria. Major technological highlights over the last year include the completion of verification and validation testing on the latest (v4.0) version of the Steel Cell technology and its release to customers, the successful field-trial deployment of a fleet of SteelGen 700W_e micro-CHP demonstrator units as part of the European Ene.field program in partnership with British Gas. A higher-power SteelCell stack design is also under development for use in electric vehicle range extender applications, taking advantage of the outstanding thermal-cycling ability of the technology. The focus of technology development is to further improve stack power density, durability and efficiency. Significant progress has been demonstrated at the R&D level on all of these requirements, and the design improvements to achieve them will be incorporated into the next generation of SteelCell technology.
机译:CERES POWER正在继续在其低温金属支持的SOFC设计(“钢铁电池”)围绕主要使用CERIA来实现优异的进展。去年的主要技术亮点包括最新(v4.0)版本的钢铁电池技术的验证和验证测试及其向客户发布,成功的实地试验部署钢铁700w_e micro-chp示威单位作为欧洲埃德的一部分。与英国气体合作的菲尔德计划。利用技术的出色的热循环能力,还在开发中使用更高功率的钢电池堆叠设计。技术开发的重点是进一步提高堆叠功率密度,耐用性和效率。在所有这些要求的研发层面上证明了重大进展,并将其实现改进将其纳入下一代SteelCell技术。

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