首页> 外文会议>International Conference on Advanced Ceramics and Composites >APPLICATION OF LANTHANUM GALLATE BASED OXIDE ELECTROLYTE IN SOLID OXIDE FUEL CELL STACK
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APPLICATION OF LANTHANUM GALLATE BASED OXIDE ELECTROLYTE IN SOLID OXIDE FUEL CELL STACK

机译:基于氧化物氧化物电解质在固体氧化物燃料电池堆中的镧的应用

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Mitsubishi Materials Corporation (MMC) and The Kansai Electric Power Co., Inc. (KEPCO) have been collaborating to develop intermediate temperature SOFC (IT-SOFC) modules, which use lanthanum gallate based electrolyte, for stationary power generation since FY2001. The fourth generation 1-kW class module with internal manifolds was developed and the electrical efficiency of 54 percent HHV on DC output was achieved in 2005. The long-term durability test of the 1 kW-class module was conducted. The degradation rate of the terminal voltage was about 0.5 percent per 1,000 hours. In order to test the durability of the module against variation of operating conditions, the cyclic loading experiments were conducted. As a proof of concept for a multi-stack module, the 10 kW-class module has been designed and manufactured. In evaluation tests, the module achieved the electrical efficiency of 50 percent HHV with 12.6 kW-DC output power at thermally self-sustained operation using town gas. Another program to increase the output power density of cell-membrane has been started with optimizing the electrolyte, fuel and air electrodes, and the current collectors.
机译:三菱材料公司(MMC)和Kansai电力有限公司(Kansai电力有限公司(Kepco)一直在合作开发中间温度SOFC(IT-SOFC)模块,该模块使用自2001财年以来的稳定发电的基于镧的电解质。开发了具有内部歧管的第四代1-kW类模块,2005年实现了54%HHV的电气效率.1千瓦类模块的长期耐久性试验。终端电压的降解速率为每1000小时的约0.5%。为了测试模块的耐久性抵抗操作条件的变化,进行循环加载实验。作为多堆叠模块的概念证明,设计和制造了10千瓦级模块。在评估测试中,模块使用城镇气体在热自持续运行中实现了50%HHV的电效率为50%HHV。通过优化电解质,燃料和空气电极和集电器,已经开始了一种增加细胞膜输出功率密度的另一个程序。

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