BatCAT deliverable 1.1: Experimental campaign plan and taxonomy

In this deliverable, the experimental campaign plan necessary for BatCAT is described as well as the methods and nomenclature used to store its data. It is the initial step of the experimental work done since the beginning of the BatCAT project. The BatCAT project is focusing on the manufacturing of batteries regarding two use cases: Li-ion/Sodium-ion batteries (LIB/NIB) and redox-flow batteries (RFB) and the impact of manufacturing parameters on the operation of the batteries. As a consequence, the experimental campaign accounts for both cell manufacturing but also battery performance during operation. In this deliverable the manufacturing steps considered experimentally in both LIB/NIB and RFB use cases along with the tunable parameters considered in each step are presented. Then the experimental characterization planned for the manufacturing steps as well as the battery operation are described. The data storage system is described by explaining the different files and storage locations used up until now to store the data and metadata of the experiments performed so far. The experimental files are completed by experimental partners of WP1 so that other beneficiaries are able to recover the data as well as the history of samples tested through "recipe" files. This work was performed in collaboration with WP4 to ensure that all necessary data and metadata required in WP4 are available in the information collected in WP1 and at the same time that all data types encountered in WP1 experiments fits within the taxonomy described in WP4. The information in this deliverable will be used to plan the next steps of the experimental campaign in agreement with requirements of other beneficiaries in the BatCAT project.

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Publication Details

Journal
Zenodo (CERN European Organization for Nuclear Research)
Published
2025-06-29
DOI
https://doi.org/10.5281/zenodo.18056842
Primary Topic
Advanced Battery Technologies Research
Type
article
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article

BatCAT deliverable 1.1: Experimental campaign plan and taxonomy

Nicole Fleck, Thorben Sieling, Martin Petit, Sara Drvarič Talian
Zenodo (CERN European Organization for Nuclear Research)
Advanced Battery Technologies Research
article

BatCAT deliverable 1.1: Experimental campaign plan and taxonomy

Nicole Fleck, Thorben Sieling, Martin Petit, Sara Drvarič Talian
article en

Abstract

In this deliverable, the experimental campaign plan necessary for BatCAT is described as well as the methods and nomenclature used to store its data. It is the initial step of the experimental work done since the beginning of the BatCAT project. The BatCAT project is focusing on the manufacturing of batteries regarding two use cases: Li-ion/Sodium-ion batteries (LIB/NIB) and redox-flow batteries (RFB) and the impact of manufacturing parameters on the operation of the batteries. As a consequence, the experimental campaign accounts for both cell manufacturing but also battery performance during operation. In this deliverable the manufacturing steps considered experimentally in both LIB/NIB and RFB use cases along with the tunable parameters considered in each step are presented. Then the experimental characterization planned for the manufacturing steps as well as the battery operation are described. The data storage system is described by explaining the different files and storage locations used up until now to store the data and metadata of the experiments performed so far. The experimental files are completed by experimental partners of WP1 so that other beneficiaries are able to recover the data as well as the history of samples tested through "recipe" files. This work was performed in collaboration with WP4 to ensure that all necessary data and metadata required in WP4 are available in the information collected in WP1 and at the same time that all data types encountered in WP1 experiments fits within the taxonomy described in WP4. The information in this deliverable will be used to plan the next steps of the experimental campaign in agreement with requirements of other beneficiaries in the BatCAT project.

Zenodo (CERN European Organization for Nuclear Research)
IFP Énergies nouvelles (FR), Centre for Process Innovation (GB), National Institute of Chemistry (SI), Vanung University (TW)
Openalex Percentile: Top 45%
Advanced Battery Technologies Research
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