Electrical Modeling of Molten Carbonate Fuel Cells

The molten carbonate fuel cell(MCFC) is a difficulty in the field of high-temperature fuel cells at present,and its strict hot start process and running status influence the performance and life of the cell greatly.To aim at the problem,a model of MCFC electrical characteristics based on electrochemical mechanism is advanced.Then,the modeling structure,algorithm,training,simulation and test of MCFC electrical characteristics of the applied electrochemical equation are particularly presented.Finally,the experimental results proves that it is fast and accurate and provids the suitable model of MCFC system control at the view of application.