Robust fault detection and isolation for distributed dynamical networks; Application to lithium-ion battery packs

The main objective of the project is to develop a systematic methodology for the design of robust fault diagnosis systems for large distributed systems. These diagnosis systems must be able to detect and isolate faults that may occur somewhere in a large network. The objectives are the following:
– Development of a systematic methodology for the design of robust fault diagnosis systems including systematic structure determination
– Development of distributed fault diagnosis systems over networks
– Validation of the developed methodology on a test case: battery supervision system for a battery cell first, and for a battery pack next (simulation + experimental setup).

Updated on April 12, 2024