L2EP - Ecole Centrale de Lille BP48 - 59651 Villeneuve d Ascq - France Tel : +33 (0)3.62.26.82.41 Email : bruno.francois@centralelille.xx |
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My research activities are the modelling and the control of electrical power
systems, with emphasis on electrical machines and power electronic converters.
An extensive know-how about electrical machines and power electronics and a
comprehensive method for their control design ensure a first-rate position in
this field of activity.
Currently my research activities are oriented to the integration of renewable energy based generators inside the power system
and to the design of dedicated future grids, as smart grids, microgrids, ...
Research subjects include:
_ Design, modelling, control and supervision of distributed power generation systems in MV networks
_ Advanced energy management of power systems
_ Control and modulation technique of multilevel converters machines
_ Architectures and control systems of future electrical networks
_ Uncertainty impact in operation of electrical systems
_ Smart grids
_ Advanced control techniques (e.g. artificial neural networks, expert systems, ...)
_ Consultancy for the industry (power electronics, electrical machines, problems related to power electronic supplies of electrical machines, ...)
PhD :
"
Data-based investigations of Low Voltage Distribution Systems:
Machine Learning Applications for the monitoring of the network under
ageing and variable atmospheric conditions
"
"
Modelisation des reseaux electriques de basse tension a partir d une grande masse de donnees :
Applications de methodes d apprentissage automatique pour la surveillance du reseau dans des conditions atmospheriques variables et de vieillissement
"
PhD report, Egnonnumi Lorraine CODJO
,
November 24th, 2022,
pdf file
"
Controle en grid-forming pour convertisseurs d'electronique de
puissance: application aux liaisons courant continus de Haute Tension
(HVDC)"
"
Grid-forming control strategies of power electronic converters in transmission grids: application to HVDC link
"
PhD report, Ebrahim ROKROK
,
July 04th, 2022,
pdf file
"
Optimisation stochastique pour la planification de la production d
electricite dans une communaute energetique locale en situation d
incertitudes liees aux energies renouvelables
"
"
Stochastic Optimization for Generation Scheduling in a Local Energy Community under Renewable Energy Uncertainty
"
PhD report, Xin WEN
,
December 07th, 2020,
pdf file
"
Gestion des Flux Energetiques d une Ferme Eolienne en Mer Connectee a un Systeme HVDC au travers d un Redresseur a Diodes "
"
Control and Power Management of an Offshore Wind Power Plant with a Diode Rectifier Based HVDC Transmission
Contributions to Grid Forming and Black Start operations "
PhD report, Ragavendran RAMACHANDRAN
,
December 16th, 2019,
pdf file
"
Environnement d aide a la decision pour les reseaux electriques de raccordement des fermes eoliennes en mer:
Conception et evaluation robuste sous incertitudes.
"
"
Decision support framework for offshore wind farm electrical networks:
Robust design and assessment under uncertainties.
"
PhD report, Swann GASNIER
,
November 7th, 2017 ,
pdf file
"
Gestion energetique sous incertitude:
Application a la planification et a l'allocation de reserve dans un
micro reseau electrique urbain comportant des generateurs
photovoltaiques actifs et du stockage
"
"
Energy management under uncertainty:
"
Application to the day-ahead planning and power reserve allocation of an
urban microgrid with active photovoltaic generators and storage systems
"
PhD report, Xingyu YAN
,
May, 18th, 2017 ,
pdf file
(Do not hesitate to contact me for further informations.)
Books
[O.1]
"
Production d energie electrique a partir des sources renouvelables
",
Benoit ROBYNS, A DAVIGNY, Bruno FRANCOIS, A HENNETON, J SPROOTEN
Hermes Sciences Publications-Lavoisier, ISBN. 978-2-7462-2489-6, 5-2012
Les enjeux energetiques et environnementaux sont a l origine d une forte
croissance de la production d electricite a partir d energies
renouvelables depuis le debut du XXIeme siecle. Le concept de
developpement durable et le souci des generations futures nous
interpellent au quotidien permettant l emergence de nouvelles
technologies de production d energie, et de nouveaux comportements d
utilisation de ces energies. L emergence rapide de nouvelles
technologies peut rendre la comprehension et donc la perception de
celle-ci difficile. Ce livre a pour but de contribuer e une meilleure
connaissance de ces nouvelles technologies de production d electricite
en s adressant a un public varie. En effet, il presente les enjeux, les
sources et leurs moyens de conversion en electricite suivant une
approche generale et developpe les notions scientifiques de base
permettant d en apprehender les principales caracteristiques techniques
avec une vision d ensemble. Les objectifs de cet ouvrage sont :
- de
presenter les systemes de production d electricite a partir de
ressources energetiques renouvelables des petites aux moyennes
puissances (jusque 100 e 200 MW),
- d introduire les notions
electrotechniques de base necessaire e la comprehension des
caracteristiques de fonctionnement de ces convertisseurs,
- d evoquer
les contraintes et problemes deintegration dans les reseaux electriques
de ces moyens de production,
- de proposer quelques exercices pour s autoevaluer.
Contenu
1. La production d electricite a partir d energie
renouvelable,
2. Le solaire photovoltaeque,
3. L eolien,
4.
L hydroelectricite terrestre et marine : houle et marees,
et Antoine Henneton.
5. La production d origine thermique,
6. Problematique de l integration de la production
decentralisee dans le reseau electrique.
disponible ici
[O.2]
Electric power generation from renewable sources
Benoit ROBYNS, A DAVIGNY, Bruno FRANCOIS, A HENNETON, J SPROOTEN
ISTE Wiley, ISBN. 978-1-8482-1390-6, 2-2012
Energy and environmental issues have caused a marked increase in
electricity production from renewable energy sources since the beginning
of the 21st Century. The concept of sustainable development and concern
for future generations challenge us every day to produce new
technologies for energy production, and new patterns of use for these
energies. Their rapid emergence can make the understanding and therefore
the perception of these new technologies difficult. This book aims to
contribute to a better understanding of the new electricity generation
technologies by addressing a diverse audience. It presents the issues,
sources and means of conversion into electricity using a general
approach and develops scientific concepts to understand their main
technical characteristics. Systems of electricity generation from
renewable energy resources of small to medium powers are presented. The
basic electrical concepts necessary for understanding the operating
characteristics of these energy converters are introduced, and the
constraints and problems of integration in the electrical networks of
those means of production are discussed. Several exercises are provided
to the reader for evaluation purposes.
Contents
1. Decentralized
Electricity Production from Renewable Energy,
2. Solar
Photovoltaic Power,
3. Wind Power,
4. Terrestrial and Marine Hydroelectricity: Waves and
Tides,
5. Thermal Power Generation,
6. Integration of the Decentralized Production into
the Electrical Network
disponible ici
[O.3]
Vector Control of Induction Machines. Desensitisation and Optimisation Through Fuzzy Logic
Benoit ROBYNS, Bruno FRANCOIS, Philippe DEGOBERT, Jean-Paul HAUTIER
Springer Verlag, ISBN. 978-0-85729-900-0, 2-2012
After a brief introduction to the main law of physics and fundamental
concepts inherent in electromechanical conversion, Vector Control of
Induction Machines introduces the standard mathematical models for
induction machines e whichever rotor technology is used e as well as
several squirrel-cage induction machine vector-control strategies. The
use of causal ordering graphs allows systematization of the design
stage, as well as standardization of the structure of control devices.
Vector Control of Induction Machines suggests a unique approach aimed at
reducing parameter sensitivity for vector controls based on a
theoretical analysis of this sensitivity. This analysis naturally leads
to the introduction of control strategies that are based on the
combination of different controls with different robustness properties,
through the use of fuzzy logic supervisors. Numerous applications and
experiments confirm the validity of this simple solution, which is both
reproducible and applicable to other complex systems. Vector Control of
Induction Machines is written for researchers and postgraduate students
in electrical engin ering and motor drive design.
Keywords :
Efficient
Power Operation - Fuzzy Logic Control - Induction Machine - Parameter
Sensitivity - Vector Control Table of contents Concepts for
Electromechanical Conversion.- Dynamic Modeling of Induction Machines.-
Vector Control of the Induction Machine.- Theoretical Study of the
Parametric Sensitivity.- Fuzzy Supervisor.- Applications.
disponible ici
[O.4]
Commande vectorielle de la machine asynchrone. Desensibilisation et optimisation par la logique floue
Benoit ROBYNS, Bruno FRANCOIS, Philippe DEGOBERT, Jean-Paul HAUTIER
Editions TECHNIP, ISBN. 978-2-7108-0834-3, 8-2007
Dans beaucoup deapplications a vitesse variable la machine asynchrone
tend a se substituer a la machine a courant continu. Cette evolution,
motivee par d indeniables qualites de robustesse et de fiabilite, est
permise grece aux convertisseurs de puissance et d electronique de
commande. Toutefois, un probleme majeur demeure : le modele de Park
classique de la machine, indispensable a la conception de son dispositif
de commande, depend de parametres variants fortement suivant les
conditions de fonctionnement de la machine. Apres des rappels sur les
principales lois physiques et concepts fondamentaux propres a la
conversion electromecanique, les modeles mathematiques classiques de la
machine asynchrone quelle que soit la technologie du rotor et
differentes strategies de commande vectorielles de la machine
asynchrone e cage sont presentes. Leutilisation du formalisme des
Graphes In-formationnels Causaux (G.I.C) permet de systematiser la
demarche de conception et d uniformiser la structure d un dispositif de
commande. L ouvrage propose ensuite une approche originale permettant de
reduire la sensibilite parametrique des commandes vectorielles basees
sur une analyse theorique de cette sensibilite. Cette etude amene
naturellement a proposer des strategies de contrele bas es sur la
combinaison de differentes commandes ayant des proprietes de robustesse
differentes, a l aide de superviseurs a logique floue. Des applications
et de nombreux resultats experimentaux viennent confirmer le
bien-fonde de cette solution simple, reproductible et applicable e
deautres systemes complexes.
disponible ici
[O.5]
Energy Storage in Electric Power Grids
Benoit ROBYNS, Bruno FRANCOIS, Gauthier DELILLE, Christophe SAUDEMONT
ISTE Wiley, ISBN: 978-1-84821-611-2 , 2015
The storage of electrical energy is a long-standing issue that has been
only very partially resolved to date, particularly from an economic
perspective. The development of renewable energies and the need for
means of transport with reduced CO2 emissions have generated new
interest in storage, which has become a key component of sustainable
development. The aim of this book is to contribute to the better
understanding of both existing storage technologies and those that are
under development, particularly with regard to their management and
economic enhancement.
Across seven chapters, the authors highlight the importance of storing
electrical energy in the context of sustainable development in "Smart
Grids". They discuss the variety of services that storing electrical
energy can provide and support.
Methodological tools are provided following a generic approach based on
artificial intelligence, among other. They are presented throughout the
book and discussed alongside concrete case studies to provide practical
examples of their possible applications.
Contents
1. Issues in Electrical Energy Storage.
2. Recent developments in energy storage
3. Applications and values of energy storage in electric grids.
4. Introduction to fuzzy logic and application to the management of kinetic energy storage in a Hybrid wind-diesel system.
5. Supervisor design methodology for a windpower source combined with storage.
6. Design of a hybrid multi-source/multi-storage supervisor.
7. Management and economic enhancement of adiabatic compr
disponible ici
[O.6]
Gestion et valorisation du stockage de l energie dans les reseaux electriques
Benoit ROBYNS, Bruno FRANCOIS, Gauthier DELILLE, Christophe SAUDEMONT
ISTE, ISBN-13: 978-1-78405-069-6 , ISBN-10: 1784050695, 2015
L essor des energies renouvelables et le besoin de moyens de transport
decarbonnes donnent un nouvel interet pour le stockage de l energie
devenu desormais un element cle du developpement durable.
Gestion et
valorisation du stockage de l energie dans les reseaux electriques
presente et compare les differentes technologies de stockage mises en
oeuvre a l heure actuelle. Dans une perspective de developpement durable,
il etudie plus particuli erement l importance de la gestion energetique
de systemes associant source d energie a base de ressources
renouvelables et unites de stockage, pour leur integration harmonieuse
au sein des reseaux electriques intelligents (smart grids). Pedagogique,
cet ouvrage propose egalement des outils methodologiques et des
exemples concrets permettant la mise en place d un syst eme de gestion
energetique du stockage.
Contenu
1. Problematique du stockage.
2. Etat de l art du stockage de l energie electrique.
3. Valorisation du stockage de l energie dans les reseaux electriques.
4. Introduction a la logique floue et application a la gestion d un stockage inertiel dans un systeme hybride eolien-diesel.
5. Methodologie de construction du superviseur d une source eolienne associee a du stockage.
6. Construction du superviseur d une source hybride multi sources-multi stockages.
7. Gestion et valorisation d un stockage a air comprime adiabatique integre dans un reseau electrique.
disponible ici
[O.7]
MICROGRIDS: Dynamics and Control
Hassan BEVRANI, Bruno FRANCOIS, Toshifumi ISE
ISBN-13: 978-1-119-26367-8, 2017
A comprehensive review of microgrid dynamic analysis, control synthesis, and implementations
The microgrid (MG) concept provides a quite appealing solution for
overcoming the challenges of integrating renewable energy sources (RESs)
and distributed generators (DGs) into power grids. Advances in MG
control have improved the MGs potential to be integrated into the
electrical power grids in a higher capacity. This improvement not only
covers their internal control performance, but also includes the support
functionalities to enhance the global operation of power grids.
Microgrid Dynamics and Control is a comprehensive resource that explores
MG technologies in the context of renewable power penetration and
addresses the challenging control issues. The authors - noted experts in
the field - examine the current and long term academic research to
offer a summary of the main achievements and the most relevant
information available. In addition, the text draws the authors'
practical experiences on MGs, electric network monitoring, control
design, and power electronic systems.
The text covers MG structure, types, operating modes, modeling,
dynamics, and control levels. The physical constraints and engineering
aspects of MGs are covered, and developed robust and intelligent control
strategies are discussed. This important resource:
- Presents several MG modeling, dynamic analysis methodologies and
control synthesis approaches that all are examined by real time
simulations and experimental studies
- Covers the MG hierarchical control levels including local, secondary,
central/emergency, and global controls to ensure stable, reliable,
secure, and economical operation in either grid-connected or islanded
operation mode
- Discusses new outcomes and advances in DC MG, virtual synchronous generators, energy management and power control
Microgrid Dynamics and Control offers engineers and operators in
power grids planning and operation a thorough discussion of the basic
principles of MG modeling and provides information on common operating
issues.
Contents:
1 Grid-connected Renewable Energy Sources.
2 Renewable Power for Control Support.
3 Microgrids: Concept, Structure, and Operation Modes.
4 Microgrid Dynamics and Modeling.
5 Hierarchical Microgrid Control.
6 DC Microgrid Control.
7 Virtual Synchronous Generators: Dynamic Performance and
Characteristics.
8 Virtual Inertia-based Stability and Regulation Support .
9 Robust Microgrid Control Synthesis .
10 IntelligentMicrogrid Operation and Control .
11 Emergency Control and Load Shedding in Microgrids .
13 Microgrid Planning and EnergyManagement .
available here
[O.8]
Energies renouvelables: Rappels de cours et exercices corrigés
Dhaker Abbes, Arnaud Davigny, Bruno Francois, Nicolas Waldhoff
ISBN-13: 978-2340076273, 2023
Ce manuel propose des résumés de cours, des exercices et problèmes corrigés couvrant l’ensemble des systèmes d’énergie renouvelable. Il inclut également des tendances actuelles telles que le stockage de l’énergie solaire et l’autoconsommation photovoltaïque ou éolienne.
Les exercices et les problèmes sont classés par niveau de difficulté et par compétences et sont corrigés de manière détaillée. De nombreux exemples sont fournis avec les calculs et les graphiques aidant à visualiser les différentes technologies et méthodologies mathématiques.
Cet ouvrage s’adresse aux étudiants de BTS, BUT, des cycles universitaires et des écoles d’ingénieur
Contents:
Chapitre 1- Energie hydraulique
Chapitre 2 - Energie solaire photovoltaïque
Chapitre 3 - Energie solaire thermique
Chapitre 4 - Energie éolienne
Chapitre 5 - Les autres énergies renouvelables
available here
Published papers into scientifical journals:
[R.1]
"Orthogonal Considerations in the Design of
Neural Networks for Function Approximation",
B. FRANCOIS,
Mathematics and Computers in Simulation,
Vol. 41, p.95-108, Elsevier,
July 1996
[R.2] Caracterisation des Convertisseurs Matriciels : Part.
I) Structure de l Automate de Commande Rapproch e
B. FRANCOIS, J.P. CAMBRONNE,
J.P. HAUTIER,
Journal de Physique III, p. 625-639, Mai 1996
[R.3] Caracterisation des Convertisseurs Matriciels : Part.
II) Synthese des Fonctions de Connexion
B. FRANCOIS, J.P. CAMBRONNE,
J.P. HAUTIER,
Journal de Physique III, p. 641-660, Mai 1996
[R.4]
A Strategy for Modelling and Controlling a Single Phase Multilevel Inverter in Mean Values
H. RALAIVAO, B. FRANCOIS,J.P. HAUTIER,
Progress in Simulation, Modeling, Analysis and Synthesis of Modern Electrical
and Electronic Devices and Systems, p. 348-353, July 1999, World Scientific
Engin ering Society Press, ISBN 960-8052-08-4
A preliminary version was presented at the third Multiconference on CIRCUITS
SYSTEMS, COMMUNICATIONS and COMPUTERS : CSCC 99 on July 4-8, 1999, Athens,
Gr ece
[R.5]
Commande d un onduleur triphase de tension par
modulateur de largeur et de position d impulsions
B. FRANCOIS, J.P. HAUTIER,
Revue Internationale de Genie Electrique, p. 359-387, Octobre 1999,
Volume 2 No 3
[R.6] Multi-converter Multi-machine Systems : Application
for electromechanical drives
A. BOUSCAYROL, B. DAVAT, B.
de FORNEL, B. FRANCOIS, J.P. HAUTIER, F. MEIBODY-TABAR, M. PIETRZAK-DAVID
EPJ Applied Physics , Vol. 10, no. 2,May 2000, pp-131-147
[R.7]
A Direct Modulation of Electrical Conversions for a Multilevel NPC Chopper
B. FRANCOIS, J. P. HAUTIER
Advances in Systems Science: Measurement, Circuits and Control
, p.120-125, July 2001, World Scientific Engin ering Society Press, ISBN
960-8052-39-4, a preliminary version was presented at the five
Multiconference
on CIRCUITS SYSTEMS, COMMUNICATIONS and COMPUTERS : CSCC 2001 on July
8-15,
2001, Rethymnon, Crete- Gr ece
[R.8]
A Torque Estimator for a Switched Reluctance Motor using an Orthogonal Neural Network
BX. Kestelyn , B. FRANCOIS , J.P. HAUTIER
Electrical Engin ering Research Report Journal
,No14, December 2002, ISSN 1126-5310, a preliminary version was presented at SP eDAM 2000 [C.15]
[R.9]
Modelling of generated harmonics from a wind energy conversion system based on a doubly fed induction generator
S. EL AIMANI, B. FRANCOIS, B. ROBYNS, F. MINNE
Electromotion Journal
vol.10, no4, October-November 2003, pp. 629-63
A. BOUSCAYROL, B. DAVAT, B. DE FORNEL, B. FRANCOIS, J. P. HAUTIER, F.
MEIBODY-TABAR, E. MONMASSON, M. PIETRZAK-DAVID, H. RAZIK, E. SEMAIL, M.
F. BENKHORIS
Mathematics and Computers in Simulation, Elsevier.
Vol. 63, issue 3-5, pp. 261-270, November 2003
O. BOUHALI, M. BERKOUK, B. FRANCOIS, C. SAUDEMONT, S. LABIOD
Journal of Electrical Systems
1-1, 2005, p. 47-61
A. BOUSCAYROL, B. FRANCOIS, P. DELARUE, J. NIIRANEN
IEEE Transaction on Power Electronics,
Vol. 20, Issue 1,Jan. 2005, p.107 - 115
H. HADJ ABDALLAH, L. KRICHEN, B. FRANCOIS
Journal of Electrical Systems
1-3, 2005, p. 1-14
O. BOUHALI, B. FRANCOIS, E.M. BERKOUK, C. SAUDEMONT
EPJ Applied Physics 3,
2005,Vol.31,no1,pp.53-62
O. BOUHALI, E.M. BERKOUK, B. FRANCOIS, C. SAUDEMONT
Archives of Electrical Engineering
No 2, 2005
O. BOUHALI, B. FRANCOIS, M. BERKOUK, C. SAUDEMONT
International Review of Electrical Engineering (IREE)
Vol. 6, 2006, ISBN 1827-6600
R. JALLOULI, L. KRICHEN, B. FRANCOIS, A. OUALI
International Journal of Electrical and Power Engineering,
Vol. 1, No3, p. 264-273, ISBN. ISSN 1990-7958, 1-2007
T. GHENNAM, E-M BERKOUK, B. FRANCOIS
International Review of Electrical Engineering (IREE),
Vol. 2, No2, 4-2007, April
F. CHARFI, M.B. MESSAOUD, B. FRANCOIS, K. AL-HADDAD, F. SELLAMI
International Review of Electrical Engineering (IREE),
Vol. 2, No3, 6-2007, June
O. BOUHALI, B. FRANCOIS, M. BERKOUK, C. SAUDEMONT
IEEE Transaction on Power Electronics,
Vol. 22, No 5, pp. 1636-1648, september 2007
Impact factor 1.753
V. COURTECUISSE, B. ROBYNS, B. FRANCOIS, M. PETIT, J. DEUSE
Wind Engineering
Vol. 32, No3, p. 299-318, 2008
L. KRICHEN, B. FRANCOIS and A. OUALI
Electric Power Systems Research
ELSEVIER, Vol.78, Issue 3, 2008, p. 418-424
V. COURTECUISSE, M. EL MOKADEM, B. ROBYNS, B. FRANCOIS, M. PETIT, J. DEUSE
Revue Internationale de Genie Electrique, Hermes
No 4-5, juillet-octobre 2008, p. 423-453
G. DELILLE, B. FRANCOIS,
Ecological Engineering and Environment Protection,
No1, p. 40-49, ISSN 1311-8668, 2009
P. LI, B. FranCois
European Journal of Electrical Engineering
Vol. 12, No 5-6, pp. 639-668, september 2009
G. DELILLE, B. FRANCOIS, G. MALARANGE
European Journal of Electrical Engineering
Vol. 12, No 5-6, pp. 733-762, september 2009
T. ZHOU, B. FRANCOIS
International Journal of Hydrogen Energy, Elsevier
vol.34, 2009, p. 21-30
T. ZHOU, B. FRANCOIS, M. e. h. LEBBAL, and S. Lecoeuche
IEEE Transaction on Industrial Electronics
March 2009, vol. 56, No2, p. 737-745.
N. Taib, T. Rekioua, B. Francois
International Journal of Computer Science and Information Security, IJCSIS,
Vol. 7 No. 3, March 2010, USA. ISSN 1947 5500
D. Lu, H. Fakham, T. ZHOU, B. FranCois
Renewable energy, Elsevier
Vol. 35, Issue 6,pp. 1117-1124, 2010
T. GhENNAM, E.M. BERKOUK, B. FRANCOIS
IEEE Transaction on Industrial Electronics
August 2010, vol. 57, No8, p. 2669-2678
V. Courtecuisse, J. Sprooten, B. Robyns, M. Petit, B. Francois, J. Deuse
Mathematics and Computers in Simulation
Vol. 81, pages. 208-224, 10-2010
H. FAKHAM, D. LU, B. FRANCOIS
IEEE Transaction on Industrial Electronics
vol. 58,issue 1, pp. 95�104, January 2011.
T. ZHOU, B. FRANCOIS
IEEE Transaction on Industrial Electronics
vol. 58,issue 1, pp. 85�94, January 2011.
D. STOILOV, Y. DIMITROV, B. FRANCOIS
Journal of Energy Policy
vol. 39,issue 39, pp. 5203-5210, Elsevier, September 2011.
H. KANCHEV, D. LU, F. COLAS, V. LAZAROV, B. FRANCOIS
IEEE on Transaction on Industrial Electronics
Vol. 58, issue 10, Oct. 2011.
N. TAIB, B. METIJI, T. REKIOUA, B. FRANCOIS
IEEE on Transaction on Industrial Electronics
Vol. 59, issue 1, Jan. 2012
G. DELILLE, B. FRANCOIS, G. MALARANGE
IEEE on Transaction on Sustainable Energy
Vol. 3, issue 4, Oct. 2012, pp. 931�939
Y. WANG, G. DELILLE, H. BAYEM, X. GUILLAUD, B. FRANCOIS
IEEE Transactions on Power Systems
Vol. 28, No3, Aug. 2013, pp. 2412-2420
Omar Bouhali, Bruno FrancoiS, Nassim Rizoug
Journal of Electric Power Components and Systems,
Taylor & Francis, Vol. 42, Iss. 10, pages 1070�1086, juin 2014
Maimaitrireyimu Abulizi, Ling Peng, Bruno Francois, Yongdong Li
International review of Electrical Engineering: IREEE,
Vol. 9, No2, pages 262�269, March-April 2014
Omar Bouhali, Bruno FrancoiS, Nassim Rizoug
IET Power Electronics
Vol. 7, Iss. 7, pp. 1755-1796, July 2014
H. Kanchev, F. Colas, V. Lazarov, B. Francois
IEEE Trans. On Sustainable Energy
Vol. 5, No 4, Oct. 2014, pp. 1755-1796
Y. Wang, H. Bayem, M. Giralt-Devant, V. Silva, X. Guillaud, B. Francois
IEEE Trans. On Sustainable Energy
Vol. 6, Iss. 1, pp. 272�280, Jan. 2015
Q. C. Zhong, M. Malinowski, B. Francois, E. Romero-Cadaval
IEEE Industrial Electronics Magazine
March 2015, Vol. 9,� Iss. 1, pp 18 � 32, Republished by ITeN: http://kriyeticcomics.com/iten/
A. Adouni, B. Francois, S. Lassaad
Transactions of the Institute of Measurement and Control
38(7), August 2015
T. Ghennam, K. Aliouane, F. Akel, B. Francois, E.M. Berkouk,
Energy Conversion and Management, Elsevier
Novembre 2015, Vol.105, pp. 240�250
K. Shinoda, A. Benchaib, X. Guillaud, S. Bacha, B. Francois
COMPEL - The international journal for computation and mathematics in electrical and electronic engineering,
Vol. 36 Iss: 1, pp.240 � 257, 2017
Xingyu Yan, Dhaker Abbes, Bruno Francois
Renewable Energy, Elsevier,
Vol. 106, June 2017, Pages 288�297
Sid-Ali Amamra, Kamal Meghriche, Abderrezzak Cherifi, Bruno Francois
IEEE Transactions on Industrial Electronics,
Vol. 64, Iss. 11, Nov. 2017
Heloise Dutrieux Baraffe, Marjorie Cosson, Julien Bect, Gauthier Delille, Bruno Francois
Electric Power Systems Research,
Vol. 154, p. 444-451, Jan. 2018
Swann Gasnier, Aymeric Andr�, Serge Poullain, Vincent Debusschere, Bruno Francois, and Philipe Egrot
International Journal of Electrical Energy,
Vol. 6, No 2, December 2018
Xingyu YAN, Dhaker ABBES, and Bruno FRANCOIS,
Simulation Modelling Practice and Theory, Elsevier,
Vol. 89, Dec. 2018, Pages 64-81
Hemin Golpira, Pouria Sheikhahmadi, Salah Bahramara, Bruno Francois, Elsevier,
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