Deliverable 4.4 - Battery AI-powered toolchain validation and verification strategies

Le résumé fourni par la source

The FASTEST project addresses the need to accelerate battery system development by combining physical tests, virtual testing methods, Design of Experiments, Digital Twin concepts and multi-domain modelling. Battery safety and reliability assessment remains resource-intensive because degradation and failure mechanisms do not occur in a single isolated domain. Electrical loading, thermal behaviour, ageing mechanisms and control or operational boundaries interact across the cell, module and system levels. For this reason, the validation of the FASTEST toolchain must consider the multi-concern nature of battery systems and must verify whether the toolchain can provide useful, reliable and traceable support for safety, ageing and reliability evaluation.This deliverable represents the final validation-oriented task of WP4. It builds on the architecture and degradation scenario definition from T4.1, the high-fidelity multi-domain toolchain development from T4.2, and the system-level optimisation and integration work from T4.3. It also interfaces with the broader FASTEST Digital Twin and hybrid testing platform by ensuring that validated toolchain outputs can be interpreted, exchanged and reused within the project architecture.

Ce résumé expose les affirmations des auteurs. BNTIC ne l’interprète pas comme une validation indépendante des résultats.