ESRI-RECORD Thesis Project
Energy optimisation and dynamic stability of multi-source electrified embedded systems.
This project falls within the general framework of energy transition and aims to develop scientific methods for the energy optimisation of electrified embedded systems, incorporating considerations of the dynamic stability of the architectures studied. It adopts a methodological approach geared towards improving the energy efficiency, reliability and dynamic behaviour of systems.
The subject focuses on multi-source embedded systems, used as generic study supports for analysis, modelling, optimised dimensioning and the design of advanced energy management strategies. These systems are representative of a large class of civilian electrified devices based on hybrid energy architectures, combining in particular batteries, renewable energy storage and recovery devices.
The main scientific objective is to design a predictive energy management framework that incorporates dynamic stability guarantees, with the aim of optimising the distribution of energy flows between different sources, while complying with energy and dynamic constraints. The work therefore aims to improve overall energy performance while ensuring stable and reliable operation, both under normal and degraded conditions.
PhD Student : currently being recruited
Involved Researcher : Moustapha DOUMIATI
