张潇元, 段立强. CO 2零排放的SOFC复合动力系统分析[J]. 现代电力, 2011, 28(4): 64-69.
引用本文: 张潇元, 段立强. CO2零排放的SOFC复合动力系统分析[J]. 现代电力, 2011, 28(4): 64-69.
ZHANG Xiaoyuan, DUAN Liqiang. Analysis of Zero CO 2Emission SOFC Hybrid Power System[J]. Modern Electric Power, 2011, 28(4): 64-69.
Citation: ZHANG Xiaoyuan, DUAN Liqiang. Analysis of Zero CO2Emission SOFC Hybrid Power System[J].Modern Electric Power, 2011, 28(4): 64-69.

CO2零排放的SOFC复合动力系统分析

Analysis of Zero CO2Emission SOFC Hybrid Power System

  • 摘要:基于Aspen\|Plus软件建立了SOFC电池堆的模型, 设计了不回收CO 2的SOFC复合动力系统, 针对系统特点, 提出了CO 2零排放的SOFC复合动力系统, 对这两种系统的性能进行了详细的比较和分析。CO 2零排放系统利用纯氧燃烧方式得到的燃烧产物只有CO 2和水蒸气, 通过冷凝得到高浓度的CO 2。与带CO 2脱除的常规电厂相比, 极大地降低了回收CO 2的能耗。通过对主要参数(燃料利用率、蒸汽/碳比、运行压力等)进行优化, 详细分析了各主要参数对系统性能的影响。本文研究成果将为进一步研究高效的CO 2零排放SOFC复合动力系统提供有益的参考。

    Abstract:Based on the Aspen\|plus soft, SOFC stack model is established. The SOFC hybrid power system without CO 2capture is designed. Then, the zero CO 2emission SOFC hybrid power system is proposed. The performances of these two systems are compared and analyzed. With the mode of pure oxygen combustion, the outlet gas of zero CO 2emission SOFC hybrid power system is composed of only CO 2and steam, so it is easy to get CO 2with higher concentration by means of condensation. Compared with the conventional power system with CO 2capture, the energy consumption of CO 2capture in the new system decreases a lot. This paper also analyzes the effects of the main parameters on the performance of the hybrid power system. Above research achievements will provide the useful guide for further study on zero CO 2emission SOFC hybrid power system.

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