Concept About Shared Digital Twin of EV Batteries to Improve the Data Exchange in the Context of Battery Transport

The present work is based on a concept to improve the information exchange during off-site transport of batteries in the context of electromobility with different actors of the value chain using descriptive research design. The challenges regarding the exchange of information with corresponding actors such as the responsible authorities or safety institutions form the main research subject of this thesis. A measure of the European Commission for the electronic provision of transport information combined with the Shared Digital Twin of a battery by means of Battery Passport makes it possible to improve the error-prone current process, especially in the B2A sector. Hereby, synergy effects arise for different actors in terms of data availability, - integrity and - sovereignty through cloud-based provision of the transport information of batteries.