ENERGY Presentation

The ENERGY Department which has about 120 members focuses its research activites on electrical and thermal energies. It complements the research carried out within the six other departments of FEMTO-ST through a systemic energy approach focused on the production and management of efficient, affordable and environmentally friendly energy.

All the work carried out by the department is based on theoretical (modelling, simulation) and experimental approaches related to multi-physical energy systems (electrical, thermal, mechanical, fluidic), often within the framework of national, international, industrial and academic partnerships. This work is carried out by the various teams of the department, but also in link, in a transversal and interdisciplinary way, with the six other departments of FEMTO-ST as well as the humanities and social sciences team RECITS and the UAR CNRS FCLAB. The ENERGY department also contributes to the FEMTO Engineering structure.

Research teams

The department is organized into 2 reasearch teams built around scientific axes :

› SHARPAC Team - Leader : Daniel HISSEL -  5 scientific axes :

·         Durability, performance and integration of fuel cell systems (PAC): Samir JEMEÏ, Elodie PAHON

·         Durability, performance and integration of water electrolysis systems (ELYZ): Frédéric DUBAS, Zhongliang LI

·         Static and electromagnetic converters (CONV): Arnaud GAILLARD, Frédéric GUSTIN

·         Storage for electricity and hydrogen systems (STOCK): Daniela CHRENKO, Abdesslem DJERDIR

·         Control, energy management and design of electrical systems (SYS): Salah LAGHROUCHE

› THERMIE Team  - Leader : François LANZETTA -3 scientific axes :

·         Energy and buildings (BAT): Yacine AIT OUMEZIANE, Sylvie BEGOT

·         Thermal machines and systems (MACS): Philippe BAUCOUR, François LANZETTA

·         Metrology and instrumentation for energy (METRO): Dimitri BONNET, David RAMEL

platforms

The work of the department's teams is based on the Hydrogen-Energy platform and the FLUIDIX technical platform, both located in Belfort.

energy organization chart

Download Energy organization chart