local : FR-18008901306731-2022-05-03
These models are associated with the project AsDeCoEUR (Analyses De Composants Energétiques en Usage Réel). The project is based on a thesis work aiming at understanding the dynamic behavior, to study the aging and to estimate the health status of the battery and fuel cell energy components in real use.
This approach is based on the analysis of data recorded on these components in the Mobypost project (fleet of 10 hydrogen vehicles). The implementation of skills and numerical analysis tools developed in particular for batteries by the Ampère laboratory and IFSTTAR aims to understand and reproduce the degradation phenomena of the components studied.
These models contribute to the study of ageing and estimate the state of health of batteries and fuel cells in real use.
(chemistry), materials science, composites
(chemistry), energy & fuels
(engineering science), engineering, electrical & electronic
(engineering science), engineering, industrial
(engineering science), physics, atomic, molecular & chemical
(physics), multidisciplinary sciences
Data acquisition : from 30 Sep 2006 to 29 Sep 2019
Data provision : 1 Jan 2022
Metadata record :
Creation : 3 May 2022
Additional information :
Model produced within the framework of Loic Vichard's thesis in electrical engineering (Contribution to the study of the aging of battery and fuel cell components in real use), under the supervision of Daniel Hissel (PU at the FEMTO-ST laboratory), Alexandre Ravey (MCF at UTBM) and Pascal Venet (PU at the Claude Bernard Lyon 1 University).
Formats : text/x-matlab, text/x-python
Data acquisition methods :
- Simulation or computational data :
- Programming language: Matlab language et Python language
- Platform/OS: Microsoft Windows, Mac OS, Linux,...
- Version: MATLAB R2018a
- Development status: Active