可再生能源多级利用系统建模与计算机仿真  

Modeling and Simulation Based on Renewable Energy Sources Multi-Stage Energy Utilisation System

作　　者：李文军 王新军 陈国安[2] Wenjun Li;Xingjun Wang;Guo’an Cheng(Rocket Force University of Engineering,Xi’an Shaanxi;PLA 91412,Sanya Hainan)

机构地区：[1]火箭军工程大学,陕西西安 [2]中国人民解放军91412部队,海南三亚

出　　处：《建模与仿真》2025年第1期823-832,共10页Modeling and Simulation

摘　　要：化石燃料的短缺以及环境问题的日益突出,探索一种清洁无污染、燃料利用率高的能源利用方式迫在眉睫,固体氧化物燃料电池与微型燃气轮机(SOFC-MGT)联合发电系统可以有效提高能源的利用率,本文提出了一种基于风能、太阳能、生物质能的固体氧化物燃料电池–微型燃气轮机–汽轮机联合循环发电系统,利用Matlab/Simulink建模与计算机仿真分析了不同燃料流量对新型SOFC-MGT底层循环系统功率、效率等性能的影响,并将新型SOFC-MGT底层循环系统输出功率等性能与传统的SOFC-MGT底层循环系统进行了对比分析,研究结果表明,新型SOFC-MGT底层循环系统的输出性能要优于传统的底层循环,在涡轮尾气能量回收方面,新型SOFC-MGT底层循环系统要优于传统的底层循环系统。The shortage of fossil fuels and the increasingly prominent environmental problems make it urgent to explore a clean and non-polluting way of energy utilisation with high fuel utilisation,and a solid oxide fuel cell and micro gas turbine(SOFC-MGT)combined cycle power generation system can effectively improve the energy utilisation.In this paper on Matlab/Simulink,a wind,solar and biomass based solid oxide fuel cell-micro gas turbine-steam turbine combined cycle power generation system,the influence of different fuel flow rates on the power and efficiency of the new SOFC-MGT bottom cycle system is analyzed,and the output power and other performances of the new SOFC-MGT bottom cycle system are compared and analyzed with that of the traditional SOFC-MGT bottom cycle system,and the results of the study show that the output performance of the new SOFC-MGT bottom cycle system is better than that of the traditional bottom cycle,and the output performance is better than that of the traditional bottom cycle.The results show that the output performance of the new SOFC-MGT bottom cycle system is better than that of the traditional bottom cycle,and the new SOFC-MGT bottom cycle system is superior to the traditional bottom cycle system in terms of the energy recovery of the turbine exhaust gas.

关 键 词：能量系统 风能 太阳能 燃料电池 微型燃气轮机 

分 类 号：TK91[动力工程及工程热物理] TK01