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Energy production, storage and management

Electrification of energetic systems for Automotive, Aircraft, Railway, etc., recovery of thermal energy but also integration of different sustainable energies in a global system are key challenges in the context of the ecological transition. Icam commits itself to contribute to such integral ecology by its invest in research related to wide gap components, power converters, cooling technologies, heat transfer intensification, development of thermo/bio chemical processes, global energy efficiency improvement of renewables of multi source system, etc.

This research aims to imagine efficient technologies by coupling simulation and experimental resultats around sustainable and clear energies, for industrial production, transport, housing or energy distribution.

Publication highlights

Experimental determination of crystallization kinetic model of CENG-PCM composite material. Validation at macro and meso scales

JADAL, Mariam, SOTO, Jérôme, BOYARD, Nicolas et DELAUNAY, Didier, 2022. Experimental determination of crystallization kinetic model of CENG-PCM composite material. Validation at macro and meso scales. Thermal Science and Engineering Progress [en ligne]. 2022. Vol. 33, pp. 101336.

Industrial cloud automation for interconnected factories

Chalal, L., Saadane, A., Rhiat, A., (2019) Industrial cloud automation for interconnected factories, Application to remote control of water stations, in the proceedings of the future technologies conference, Springer, book ID478810-1-EN, chap. 68.

Experimental investigation of the air side fouling of finned tube heat exchangers.

Edelin, D., Bariteau, N., Etourneau, Y. (2019) Experimental investigation of the air side fouling of finned tube heat exchangers. Heat Mass Transfer, 55, 2713–2722.

Electrothermal Characterization of Double-Sided Cooling Si Power Module.

Sanchez S., Nguyen C., Cadile Fradin JP., Tounsi P., Reynes JM. (2020) Electrothermal Characterization of Double-Sided Cooling Si Power Module. In: Zamboni W., Petrone G. (eds) ELECTRIMACS 2019. Lecture Notes in Electrical Engineering, 604. Springer, Cham

Analysis of the Influence of the Conduction Sub-Model Formulation on the Modeling of Laser-Induced Incandescence of Diesel Soot Aggregates

Menanteau, S.; Lemaire, R. (2020) Analysis of the Influence of the Conduction Sub-Model Formulation on the Modeling of Laser-Induced Incandescence of Diesel Soot Aggregates, In: Entropy 2020.

Electrothermal Characterization of Double-Sided Cooling Si Power Module

Sanchez, S., Nguyen, C., Cadile, C., Fradin, J. P., Tounsi, P., & Reynes, J. M. (2020). Electrothermal Characterization of Double-Sided Cooling Si Power Module. In ELECTRIMACS 2019 Springer, Cham, 59-70.

About

Topics

High multilevel power converters
Thermal management of electronic systems
Microgrid
Thermal energy efficiency of industrial processes
Characterization of by-products and development of their energy recovery processes

Number of collaborators

Research Leads

Jean-Pierre Fradin

List of Researcher - Lecturer

Nantes

Soumaya AIT MOULA

PhD student

Toulouse

Louis ALAUZET

Energy production, storage and management

Publication highlights

About

Topics

Number of collaborators

Research Leads

List of Researcher - Lecturer

Soumaya AIT MOULA

Louis ALAUZET

Raouia AOUINI

Ahmad BATIKH

Gérard BERAL

Max BOSSOU

Allal El Moubarek BOUZID

Anne CASTELAN

Lamine CHALAL

Gilles DEDEBAN

Thierno Abass DIALLO

Thomas DIAS

Brice DUBREIL

Emna FASSATOUI

Jean-Pierre FRADIN

Louis Alexis GOMEZ

Loubna HADHOUM

Amal IBN HADJ HMIDA

Ali KHOUZAM

Paul Alain KOUTEU NANSOU

Meriem LABOUREL NACHIDI

Jean-Francois LARGEAU

Alexandre MARIE

Sébastien MENANTEAU

Axel MEYER

Mohammed OUADAD

Raoul OUAMBO TOBOU

Sylvia PENA MENESES

Paul SACCO

Sébastien SANCHEZ

Omaima SMOUNI

Jérôme SOTO

Lucie TEULET

Mehdi TURKI

Publications

Electrothermal Characterization of Double-Sided Cooling Si Power Module.

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