基于燃料电池模拟器的FC-PCS优化设计方法

Jong-Soo Kim, Gyu-Yeong Choe, Byoung-Kuk Lee, D. Oh, Jin-Wook Kim, Jae-Sun Shim
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引用次数: 1

摘要

为了设计一种适用于燃料电池的最优功率调节系统,对燃料电池的非线性和动态特性进行了建模。通过对理想直流电源和燃料电池特性模型的对比分析,推导出FC-PCS优化设计时需要考虑的功率半导体开关、电容和电感等设计因素。利用所建立的模型,结合PCS的输入条件,对FC-PCS进行了联合仿真。通过分析和联合仿真结果,给出了燃料电池PCS的优化设计方法。
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Optimal design methodology for FC-PCS using fuel cell simulator
In this paper, in order to design an optimal power conditioning system (PCS) for fuel cell (FC) application, nonlinear and dynamic characteristics of fuel cell are modeled. And design considerations, such as power semiconductor switches, capacitor and inductor, for optimal design of FC-PCS are deduced form comparative analysis of ideal dc source and fuel cell characteristic model. And co-simulation of FC-PCS is then performed by using developed model with input condition of PCS. Through analysis and co-simulation results, optimal design methodology of PCS for fuel cell is provided.
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