SISTEM IDENTIFIKASI MODEL DINAMIK PROTON EXCHANGE MEMBRANE FUEL CELL (PEMFC) DALAM STRUKTUR BLOK
Abstract
This paper deals with dynamics characterization of Proton Exchange Membrane Fuel Cell (PEMFC) in Wiener
structure. Linier and nonlinear dynamics are estimated in parametric and non-parametric function. Frequency Sampling
Filter (FSF) function and discrete ARX are used to estimate the linier dynamic and a polynomial function for the
nonlinear dynamic. Nonlinearity of PEM Fuel Cell is compensated in an inverse static nonlinearity model. This approach
will eliminate the effect of nonlinearity when the real application of energy generation is integrated with PEM fuel cell.
structure. Linier and nonlinear dynamics are estimated in parametric and non-parametric function. Frequency Sampling
Filter (FSF) function and discrete ARX are used to estimate the linier dynamic and a polynomial function for the
nonlinear dynamic. Nonlinearity of PEM Fuel Cell is compensated in an inverse static nonlinearity model. This approach
will eliminate the effect of nonlinearity when the real application of energy generation is integrated with PEM fuel cell.
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