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Towards synthesis optimization of a fuel-cell based plant

机译：致力于基于燃料电池的工厂的综合优化

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摘要

In a previous work by the authors, the performance of a plant based on solid oxide fuel cells (SOFC) which produces its own fuel by solar energy had been studied. The system consists ont only of the fuel/electrolytic cell unit and the gas turbine but also of compressors, pumps, heat exchangers, etc. In the aforementioned work, a "workable" synthesis (structure) of the system had been consdiered, which is not necessarily the best one. In the meantime, an attempt has been made to improve on the structure and, if possible, to determine the one with the best performance under certian conditions. For this purpose, the Pinch method together with exergy analysis has been applied, while the performance of the system for any configuration has been determined by a simulation model. The results of this work are presented in this article.
机译：在作者先前的工作中，已经研究了基于固体氧化物燃料电池（SOFC）的工厂的性能，该工厂通过太阳能生产自己的燃料。该系统不仅由燃料/电解池单元和燃气轮机组成，而且还由压缩机，泵，热交换器等组成。在上述工作中，已经考虑了系统的“可行”综合（结构），即不一定是最好的。同时，已经尝试改善结构，并在可能的情况下确定在特定条件下具有最佳性能的结构。为此，已经应用了Pinch方法和火用分析，同时通过仿真模型确定了针对任何配置的系统性能。本文介绍了这项工作的结果。

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