Full range dynamic equivalent circuit model for PEM fuel cell stacks
Publication date
2022
Secondary publication date
2022-02-02
Document type
Konferenzposter
Organisational unit
Conference
European Hydrogen Energy Conference 2022 (EHEC 2022) ; Madrid, Spain ; 18-20 May, 2022
Publisher
EHEC
Book title
EHEC 2022 Proceeding Book
Article ID
237
Part of the university bibliography
✅
Language
English
Abstract
This work presents the development and parameterization of a dynamic equivalent circuit model of proton exchange membrane (PEM) fuel cell stacks. The model represents the static and dynamic behavior of the fuel cell stack under pulsed ohmic loading up to switching frequencies of 10 kHz. The model is developed using established mathematical descriptions of fuel cell processes. The model is then parameterized and validated using measurement data obtained from an 11 cell, 110 W PEM fuel cell stack.
Description
Funded by the German Federal Ministry for Digital and Transport under the funding code 03B10704B.
Erstveröffentlichung: EHEC 2022 Proceeding Book, European's Conference of Reference in the Field of Hydrogen Energy - EHEC 2022 : Parallel Sessions 18-20 May [Poster 47]
Proceeding book \ Posters Communications \ Cross-cutting topics \ Fuel Cell & Hydrogen Systems Modelling [Artikelnummer: 237] (see URL above)
Proceeding book \ Posters Communications \ Cross-cutting topics \ Fuel Cell & Hydrogen Systems Modelling [Artikelnummer: 237] (see URL above)
Version
Published version
Access right on openHSU
Open access