Fractional-order models of supercapacitors, batteries and fuel cells: a survey
Materials for Renewable and Sustainable Energy, 2015•Springer
This paper surveys fractional-order electric circuit models that have been reported in the
literature to best fit experimentally collected impedance data from energy storage and
generation elements, including super-capacitors, batteries, and fuel cells. In all surveyed
models, the employment of fractional-order capacitors, also known as constant phase
elements, is imperative not only to the accuracy of the model but to reflect the physical
electrochemical properties of the device.
literature to best fit experimentally collected impedance data from energy storage and
generation elements, including super-capacitors, batteries, and fuel cells. In all surveyed
models, the employment of fractional-order capacitors, also known as constant phase
elements, is imperative not only to the accuracy of the model but to reflect the physical
electrochemical properties of the device.
Abstract
This paper surveys fractional-order electric circuit models that have been reported in the literature to best fit experimentally collected impedance data from energy storage and generation elements, including super-capacitors, batteries, and fuel cells. In all surveyed models, the employment of fractional-order capacitors, also known as constant phase elements, is imperative not only to the accuracy of the model but to reflect the physical electrochemical properties of the device.
Springer
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