In this work a simple model for a fuel cell is investigated for diagnostic purpose. The fuel cell is characterized, with respect to the electrical impedance of the fuel cell at non-faulty conditions and under variations in load current. Based on this the equivalent electrical circuit parameters can be estimation as a function of the load current. The data is based on an experiment conducted using a single BASF prototype Celtec P2100 HTPEM fuel cell (45 cm2 ) operated at 160 C, installed in a Greenlight fuel cell test station
A novel test protocol is proposed for fuel cells that are in a nonfunctioning or passive state. Stan...
In this paper, a novel semi-empirical modeling method to mathematically derive a nonlinear equivalen...
The impedance characteristics of proton exchange membrane (PEM) fuel cells are studied and analyzed ...
The technological development and exploration of the proton exchange membrane fuel cell have relied ...
Electrochemical Impedance Spectroscopy (EIS) is widely used for the characteriza-tion of PEM fuel ce...
The Centre of Economic Renewable Power Delivery (CERPD) at the University of Strathclyde has develop...
Fuel cell applications become increasingly attractive. Therefore, comprehensive models, simulation s...
One of the most demanding research topics related to the Polymer Electrolyte Membrane Fuel Cell (PEM...
In designing and controlling fuel cell systems it is advantageous having models predicting fuel cell...
This work presents the results of using the electrochemical impedance to analyse the behaviour of a ...
International audienceThis paper presents a method for modeling a PEMFC by using electrical circuits...
AbstractSelecting the ideal operating point for a fuel cell depends on the application and consequen...
To achieve optimal performance of a fuel cell, a reliable monitoring and diagnostic method is requir...
A novel equivalent circuit model is made by adding additional resonance loops comprising of a resist...
Representation of fuel cell processes by equivalent circuit models, involving resistance and capacit...
A novel test protocol is proposed for fuel cells that are in a nonfunctioning or passive state. Stan...
In this paper, a novel semi-empirical modeling method to mathematically derive a nonlinear equivalen...
The impedance characteristics of proton exchange membrane (PEM) fuel cells are studied and analyzed ...
The technological development and exploration of the proton exchange membrane fuel cell have relied ...
Electrochemical Impedance Spectroscopy (EIS) is widely used for the characteriza-tion of PEM fuel ce...
The Centre of Economic Renewable Power Delivery (CERPD) at the University of Strathclyde has develop...
Fuel cell applications become increasingly attractive. Therefore, comprehensive models, simulation s...
One of the most demanding research topics related to the Polymer Electrolyte Membrane Fuel Cell (PEM...
In designing and controlling fuel cell systems it is advantageous having models predicting fuel cell...
This work presents the results of using the electrochemical impedance to analyse the behaviour of a ...
International audienceThis paper presents a method for modeling a PEMFC by using electrical circuits...
AbstractSelecting the ideal operating point for a fuel cell depends on the application and consequen...
To achieve optimal performance of a fuel cell, a reliable monitoring and diagnostic method is requir...
A novel equivalent circuit model is made by adding additional resonance loops comprising of a resist...
Representation of fuel cell processes by equivalent circuit models, involving resistance and capacit...
A novel test protocol is proposed for fuel cells that are in a nonfunctioning or passive state. Stan...
In this paper, a novel semi-empirical modeling method to mathematically derive a nonlinear equivalen...
The impedance characteristics of proton exchange membrane (PEM) fuel cells are studied and analyzed ...