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Improving Reliability of Microtubular SOFCs for Direct Use on Methane

机译:提高微仔的SOFC的可靠性在甲烷上直接用

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The main problems of small scale SOFC devices are the interconnections, durability and operation on available fuels such as methane. This paper shows how anode supported micro tubular SOFCs can be interconnected more reliably then run on methane. Theory showed that by coiling a wire on the outside of the micro tube, a more reliable connection could be achieved, when compared to traditional methods of internal wiring. Experiment showed that micro tubular SOFCs can be operated for 60 h to give a steady power output. The enhanced reliability has been tested on methane, which showed better and consistent performance by up to 9% compared to hydrogen.
机译:小规模SOFC器件的主要问题是可用燃料的互连,耐用性和操作,如甲烷。本文显示了如何更可靠地相互互连的阳极支撑的微管状SOFC,然后在甲烷上运行。理论表明,与微管外侧的卷绕导线,与传统的内部布线方法相比,可以实现更可靠的连接。实验表明,微管状SOFC可以操作60小时以提供稳定的功率输出。与氢相比,在甲烷上测试了增强的可靠性,其表现出较好,一致的性能达到9%。

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