th ieee symposium of diagnostics for electrical...

SDEMPED 2013

9th IEEE Symposium of Diagnostics for

Electrical Machines, Power Electronics &

Drives

August 27-30, 2013

Valencia, Spain

Welcome Message from the symposium Chairs:

It is a great pleasure and honor to welcome, on behalf of the Organizing Committee, to all the participants of the 9th IEEE Symposium on Diagnostics for Electrical Machines, Power Electronics & Drives (SDEMPED 2013) in Valencia, Spain. It has been 16 years since the first SDEMPED edition was held in Carry-Le-Rouet (France, 1997); subsequent editions took place in Gijon (Spain, 1999), Grado (Italy, 2001), Atlanta (USA, 2003), Vienna (2005, Austria), Cracow (Poland, 2007), Cargèse (France, 2009) and Bologna (Italy, 2011). SDEMPED is a well established biennial event which attracts regularly friends and colleagues both from industry and academia. Co-founded by Professor Gerard Capolino from University of Picardie (France) and Professor Giussepe Buja from the University of Padova (Italy), the purpose of this symposium is to provide a forum for presentation and discussion of the state-of-the-art of diagnostics and monitoring for electrical machines, power electronics, adjustable speed drives and related areas. All this, in a very frienly atmosphere, where both experienced and young professors and researchers can share their knowledge and hold fruitful discussions on the fault diagnosis and prognosis field. The SDEMPED Symposium is financially and technically sponsored by the IEEE Power Electronics Society (PELS) and technically co-sponsored by the IEEE Industrial Electronics Society (IES) and the IEEE Industry Applications Society (IAS). The technical program of SDEMPED 2013 will include three Plenary Sessions with invited papers, three tutorial Sessions and eighteen Regular and Special Sessions where 104 papers from 33 different countries will be presented. These papers have been selected among the 150 submissions received in the website. All the submitted papers have been reviewed by at least three independent reviewers. SDEMPED 2013 will be held in the facilities of the Escuela Tecnica Superior de Ingenieros Industriales (ETSII) at the Universitat Politècnica de València. It will be a four-day symposium organized from 27 august (reserved for the tutorials) and 30 august, and includes morning and afternoon sessions. The city of Valencia is the capital of the ‘Comunidad Valenciana’ and the province of Valencia. It is located in the middle-east of Spain, on the shore of the Mediterranean Sea. The city is considered the third largest city of the Spanish State, according to its population rate, 1.500.000 inhabitants. The province of Valencia has an area of approximately 10,807 km2. Inland, you can

find mountainous areas whilst on the coast the land is completely flat, and has many beaches as well as a big lake called “La Albufera”. Valencia was founded by the Romans in 138 BC, and named “Valentia”, which has remained up to the present day. Valencia has seen a variety of different cultures throughout its long history: The Romans, the Visigoths, the Muslims and the Christian, made the city an important centre of culture and finance. During the 15th and 16th centuries, it became one of the great economic forces of the Mediterranean; this period is known as “Valencian Golden Century”, which emphasizes its artistic splendor. Since 1982 it has been the capital of the Valencian Region. We wish all conference participants can have some relaxing moments to enjoy the city of Valencia.

Finally, we would like to thank all the individuals who helped a lot in the SDEMPED’2013 organization: the steering committee, the local organizing committee, the technical program chairs, tutorials chairs, special sessions chairs, publicity chairs and track chairs, the reviewers as well as the staff of the Department of Electrical Engineering (DIE), Escuela Tecnica Superior de Ingenieros Industriales, Centro de Transferencia Tecnológica (CTT) and Centro de Formación Permanente (CFP) of the Universitat Politècnica de València for helping us in many aspects of the organization. We would like to thank the keynote speakers, tutorial presenters ans Special Sessions organizers for their fundamental contribution to the edition. Especially, we would like to thank Dr. Luca Zarri from University of Bologna for his valuable help and support to the organization of SDEMPED 2013. Last but not least, we would like to thank all the authors and all the attendees of SDEMPED 2013 because the scientific success of this event belongs to them.

Martin Riera-Guasp

Jose A. Antonino-Daviu

SDEMPED 2013 General Co-Chairs

SPONSORS

Financial sponsors

IEEE Power Electronics Society (PELS)

Generalitat Valenciana-

Conselleria d’Educació, Culture i Esport

Technical Co-Sponsors

IEEE Industrial Electronics Society (IES)

IEEE Industry Applications Society (IAS)

Universitat Politecnica de Valencia (UPV)

Industrial sponsors

SIEMENS

COMMITTEES

General Co-Chairs Martin Riera-Guasp (SPAIN)

Jose A. Antonino-Daviu (SPAIN)

Technical Program Co-Chairs Manuel Pineda-Sánchez (SPAIN)

Sang Bin Lee (KOREA)

Honorary Co-Chairs Gerard-André Capolino (FRANCE)

Giuseppe Buja (ITALY)

Special Sessions Co-Chairs Joan Pons-Llinares (SPAIN)

Luca Zarri (ITALY)

Publicity Co-Chairs Vicente Climente-Alarcón (SPAIN)

Antonio J. Marques-Cardoso (PORTUGAL)

Tutorials Co-Chairs Rubén Puche-Panadero (SPAIN)

Ronald Harley (USA)

Awards Chairs Alberto Bellini (ITALY)

Local Organizing Committee José Roger-Folch (SPAIN)

Juan Pérez-Cruz (SPAIN)

Francisco Vedreño-Santos (SPAIN)

Miguel Delgado (SPAIN)

Oscar Duque-Pérez (SPAIN)

Manés Fernández-Cabanas (SPAIN)

Antoni Garcia (SPAIN)

Manuel Garcia Melero (SPAIN)

Daniel Moríñigo-Sotelo (SPAIN)

Juan Antonio Ortega (SPAIN)

Jordi-Roger Riba Ruiz (SPAIN)

Jose Luis Romeral Martínez (SPAIN)

International Steering Committee Gérard-André Capolino (Chair)

Fiorenzo Filippetti (Vice-Chair)

Sang Bin Lee (Secretary)

Manes Fernandez-Cabanas

Alberto Bellini

Giuseppe Buja

Thomas Habetler

Ronald Harley

Humberto Henao

Marian Kazmierkowski

Christian Kral

Antonio J. Marques Cardoso

Tadeusz Sobczyk

Elias Strangas

Ernesto Wiedenbrug

GENERAL INFORMATION

Conference Venue SDEMPED 2013 will be held in Universitat Politècnica de Valencia, at the Escuela Técnica Superior de Ingenieros Industriales (ETSII). It is placed on Building 5F of the University Campus. All sessions will take place in the ‘Sala d’ Actes’ and ‘Sala de Graus’ of the aforementioned Faculty that are at the second Floor of Building 5F. G.P.S. coordinates: 39.482255,-0.343267 Address: Universitat Politècnica de València Camino de Vera s/n - Edificio 5F 46022 Valencia (España) http://www.etsii.upv.es/presentacion/contacto-es.php

Lunches All lunches will take place in Cafeteria La Vella, located in Universitat Politècnica de Valencia, Building 1B G.P.S. coordinates: 39.48256,-0.348672 Address: La Vella Cafetería - Restaurante Camino de Vera s/n 46022 - Valencia (España) Tel. 96 387 70 21

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Travel Info Getting to the UPV

Address: Universitat Politècnica de València Camino de Vera, s/n 46022 Valencia Tel. (+34) 96 387 70 00 Fax (+34) 96 387 90 09 [email protected] Latitude and longitude: +39° 28' 56.53", -0° 20' 36.88" · 39.482369, -0.343578

From Barcelo Valencia**** Hotel:

Walking distance: 2,7 km, 35 min

By bus (line 40): 10 min

From Silken Puerta Valencia**** Hotel:

Walking distance: 1,5 km,19 min

By bus (line 89+walking / line18+walking /line 40+walking ): 25 min

Registration desk The registration desk will be placed at the second floor of building 5F. It will be opened every day between 27-30 August, from 8:30 till 17:00.

Official language The official language of the Symposium is English, both for presentations, discussions ad conference activities.

Tutorials All the tutorials will be given on August 27, 2013. The access to the tutorials is free for any attendee registered to SDEMPED 2013. However, every individual attending a tutorial must register before via the Conference website. Please, note that the number of seats of some sessions is limited.

UPV

Weather August is the last month of the year that experiences the height of the stifling heat of the summer. The temperatures are at their peak for the year, there is plenty of sunshine seen each day and there is a very low expectation of any wet weather. The sea is also lovely and warm at this time of year, meaning it is the perfect time of the year to hit the beach. You may see some crowds on the beach, though, as this is peak tourism season and crowds come to Valencia to experience the beautiful weather. The average daily temperature in Valencia in August is 25°C (77°F), which can reach an average high of 29°C (84°F), and drop to an average minimum temperature of 20°C (68°F). Valencia sees on average 9 hours of sunshine per day in August. The average temperature of the sea in Valencia in August is 26°C (78°F). There is an average rainfall of 20 mm expected in Valencia in this month.

Presenters All SDEMPED presentations are oral. Every author presenting a paper is kindly requested to meet his/her session co-chairs in the session room 30 minutes before the starting is scheduled in order to upload his/her presentation in the computer. The presenter must provide the co-chairs with a PowerPoint or PDF presentation on a USB key. It is not possible to change the computer in between presentations. The length of each presentation is restricted to 20 minutes, including questions. The authors are encouraged to conclude their oral presentation within 15 minutes (around 15-20 slides) and to let 5 minutes for questions. Before the presentation a session co-chair will read the short bio uploaded by the author during the paper submission process.

Session Chairs The session chairs have the responsibility to make the schedule strictly respected. Each presentation plus questions should not exceed 20 minutes. In the event of “no-show”, the session chair must wait 20 minutes for the next paper or to close the session if it is the last paper. The session chair will read the brief bio uploaded by the presenter before starting the corresponding presentation. Each session chair has to fill a form (one per session) with the evaluation of all the papers of the session and to bring it back to the registration desk. All the rooms will be equipped with a video projector and a screen. The session chairs will be assisted by a conference organization member in each room from the beginning of the session till the end.

Internet access A free Internet wireless access will be provided to all SDEMPED 2013 participants. Please, do bring a laptop with Wi-Fi facilities. An access code will be provided to the attendees in the registration desk.

Date Time Room: Sala d’actes

9h Registration

Tuesday, August 27

9h30 Tutorial 1: Condition monitoring of electric machines. Prof. Thomas G. Habetler

11h Coffee break

11h30 Tutorial 2: Fault detection and fault tolerant operation of adjustable speed switched reluctance and

permanent magnet synchronous motor drives. Prof. Babak Fahimi

13h Lunch (Cafetería la Vella)

15h30 Tutorial 3: Modeling faults with a numerical software. Dr. Vicente Aucejo

20h Welcome Party (Hotel Barceló)

Wednesday, August 28,

Room: Sala d’actes

9h Registration

9h30 Opening Ceremony

10 Plenary Session 1: Life estimation of copper bars in induction motors: multi-physics approach. Dr. Pedro

Jover Rodríguez

10h45 Coffee break

11h15 Plenary Session 2: Electrical Machines in wind turbines- Maturity of technology. Mr. Javier Ibáñez Mayayo, Mrs Clara Mateo Martínez de Albornoz

12h Plenary Session 3: Plenary Session 3- The Reliability of Machine Windings in Adjustable Speed Drives: Stress, Strength, Design, Qualification & Diagnostics. Dr. Martin Kaufhold

12h45 Lunch (Cafetería la Vella)

Room: Sala d’Actes Room: Sala de Graus

14h30 SS1-A1 Fault tolerant Power Converters, electrical machines and drives

RS1-G1 Power Electronics (I)

16h30 Coffee break

17 RS2-A2 Rotor Faults (I) RS3-G2 Tools for Diagnostics (I) . Signal Analysis Techniques

Thursday, August 29


8h30 RS4-A3 Rotor Faults (II) RS5-G3 Tools for Diagnostics (II) . AI Techniques

10h30 Coffee break

11h RS6-A4 Stator Faults (I) RS7-G4 Adjustable Speed Drives and Power Converters

13h Lunch (Cafetería la Vella)

14h30 RS8-A5 Stator Faults (II) RS9-G5 Rotor Faults (III)

16h30 Coffee break

17 RS10-A6 Permanent Magnet Machines RS11-G6 Tools for Diagnostics 3 . Mechanical faults

21h Gala Dinner (L’alqueria del Pi)

Friday, August 30


8h30 RS12-A7 Test for predictive maintenance. Partial discharge tests

SS4-G7 Failure Prognosis Methods In Electrical Drives

10h30 Coffee break

11h SS3-A8 Advanced Artificial Intelligence Approaches Applied to Fault Characterization and Classification for Electrical Machines Diagnostic Purposes

SS1-G8 Fault tolerant Power Converters, Electrical machines and drives (II)

13 Lunch (Cafetería la Vella)

14h30 RS13-A9 Rotor Faults (IV) RS14-G9 Power Electronics (II), Power Converters

16h30 Coffee break

17 Closing Ceremony

SDEMPED 2013: The program at a Glance

http://sdemped13.webs.upv.es/index.php/tutorial-1





TUTORIALS

Tutorial 1-Condition monitoring of electric machines

Prof. Thomas G. Habetler, Georgia Institute of Technology, Atlanta, USA

Topic: Induction motor performance at a level not often enough considered can be

greatly enhanced through the use of condition monitoring and diagnostics. These are

becoming very important issues in power and power electronic systems since they can

greatly improve reliability, availability and maintainability in a wide range of sensitive

applications. Furthermore, the addition of condition monitoring functions to existing

systems need not be expensive or complicated. Existing sensors and hardware can

provide a vast array of system information that has traditionally not been used.

Traditional monitoring of motors has consisted only of protection. This means that

typically, a motor is protected from an overload condition (i.e., misuse) by an overload

relay that monitors the current and estimates, usually in a very crude way, the

temperature of the machine windings. It is only in the case of expensive, or sensitive

load applications that condition monitoring is extended to include fault prediction.

Traditionally, sensors are added to motors to detect specific faults. These include

thermal and proximity sensors for bearing faults, accelerometers for vibrations, etc.

Fault prediction implies that an impending failure is sensed in the monitored device

prior to shutdown, so that maintenance can be performed without incurring unscheduled

downtime. Protection and fault prediction, therefore, are philosophically quite different.

When both are used with sensible preventative maintenance, low operating costs AND

high availability rates can both be achieved.

This tutorial will present methods for the protection and condition monitoring of electric

machines using only the quantities typically available in a motor control center; the

terminal voltage and current. Examples will be shown for condition monitoring of both

induction motors and PM synchronous machines. In addition, the issues involving

monitoring of drive-connected machines will also be presented. An overview of each of

these methods for complete motor monitoring and protection will be presented.

Biography of Prof. Thomas G. Habetler

Dr. Thomas G. Habetler received the B.S.E.E. degree in 1981 and the M.S. degree in

1984, both in electrical engineering, from Marquette University, Milwaukee, WI, and

the Ph.D. degree from the University of Wisconsin-Madison, in 1989.

From 1983-1985 he was employed by the Electro-Motive Division of General Motors

as a Project Engineer. Since 1989, he has been with the Georgia Institute of

Technology, Atlanta, USA, where he is currently a Professor of Electrical and

Computer Engineering. His research interests are in protection and condition monitoring

of electric machines and building electrical systems, power electronics and drives. He

has published over 300 technical papers in the field. He is a regular consultant to

industry in the field of condition-based diagnostics for electrical systems.

Dr. Habetler received the 2012 IEEE-PELS Harry A. Owen Distinguished Service

Award, and the 2012 Gerald B. Kliman Innovator Award from IAS. He was the

inaugural recipient of the IEEE-PELS “Diagnostics Achievement Award,” and a

recipient of the EPE-PEMC “Outstanding Achievement Award.” He has also received a

number of IEEE-IAS prize paper awards. He has served on the IEEE Board of Directors

as the Division II Director, and on the Technical Activities Board, the Member and

Geographic Activities Board, the IEEE-USA Board of Directors, and is a past president

of the Power Electronics Society. In addition, Dr. Habetler has served in numerous chair

and committee positions at the corporate level of the IEEE. Dr. Habetler is a Fellow of

the IEEE, with the citation, "for contributions to electric motor control and condition

monitoring".

Tutorial 2- Fault Detection and Fault Tolerant Operation of Adjustable Speed Switched Reluctance and Permanent Magnet Synchronous Motor Drives

Prof. Babak Fahimi, University of Texas at Dallas

Topic: An increasing use of adjustable speed motor drives in mission critical

applications such as large scale energy harvesting, biomedical, automotive, and

aerospace products calls for timely and accurate condition monitoring and post fault

management mechanisms. Detection methods are based on precise extraction of

electrical, electromagnetic, thermal, and structural signatures and timely processing of

these diagnostics to detect potential faults in various parts of the machine, power

converter, or sensory systems. Fault management usually requires reconfiguration of

hardware and software to (a) avoid catastrophic faults by disengaging the faulty

components and (b)to ensure continued service after fault is properly isolated. This

tutorial is focused on fundamentals of fault detection techniques, state-of-the-art, and

future trends in fault detection and management in two families of adjustable speed

motor drives namely, Permanent Magnet Synchronous Motor drives, and Switched

Reluctance Motor drives. Examples of experimental implementation of fault diagnostics

and fault management will be offered to shed more light on challenges and

opportunities in industrial implementation of the proposed techniques.

Biography of Prof. Babak Fahimi

Dr. Babak Fahimi received his PhD in Electrical Engineering

from Texas A&M University in 1999. Dr. Fahimi has been the

recipient of DAAD scholarship (1993-1995), IEEE R.M. Bass

Power Electronics Young Investigator Award (2003), Office

of Naval Research Young Investigator Award (2004), SAE

Ralph Teetor Educational award (2008), and Fulbright

scholarship in 2010. Dr. Fahimi has co-authored 215 (55

Journal and 160 peer reviewed conference papers) scientific

articles, 15 book chapters, and several technical reports in the

general area of adjustable speed motor drives and power

electronics. He holds eight US patents and has six more

pending. Dr. Fahimi has served IEEE in various capacities

including chairing of the IEEE Vehicle Power and Propulsion Conference (2007),

chairing of the IEEE International future energy challenge competition (2009), chairing

the electric machines committee in IEEE-IES (2007-2009) and chairing the 2010 IEEE

Applied Power Electronics Conference and Expo. Dr. Fahimi is/has been an associate

editor of the IEEE Transactions on Industrial Electronics, IEEE Transactions on Energy

Conversion, IEEE Transactions on Vehicular Technology, and IEEE Transactions on

Power Electronics. Dr. Fahimi has supervised 10 PhD (one tenured associate, three

tenure track assistant professors, and the other six in industry) and 14 M.S. students. His

research has been funded by ARPA-E, DOE, NSF, ONR and various small and large

industries.

Tutorial 3- Modelling Faults with a numerical software

Dr. Vicente Aucejo, INDIELEC, SPAIN

Topic: In this tutorial we’ll introduce several strategies to model faults in electrical

machines using a Finite Element Method based software.

We’ll start with a review of the main features of a Finite Element Software tool, in order

to know the capabilities of this software to model electrical machines for several

working modes (motor, generator, rated conditions, no-load, locked rotor, …). After

this, several strategies to model different failures, like faults in the stator and rotor

conductors (for induction machines), eccentricities, permanent magnet demagnetization

among others, will be presented.

Finally, we’ll propose a practical exercise in which attendees have to model a fault in an

electrical machine and compare the simulation results of the faulty machine with a

healthy one. The attendee will have the chance to model by himself a fault and compute

all the quantities, e.g. in order to compare with patterns.

Biography of Dr. Vicente Aucejo

Dr. Vicente Aucejo was born in Valencia (Spain) in 1970 and after obtaining his BsC

in Electrical Engineering (University Politécnica de Valencia) and MsC (University

Paris VI), he did his PhD in computation methods of forces with numerical methods at

University Paul Verlaine in Metz (France).

He is currently CAE manager in INDIELEC, a Spanish SME dedicated to electrical

engineering and simulation, and he is mainly involved in modeling tasks of

electromagnetic devices like electrical motors.

PLENARY SESSIONS

Plenary Session 1- Life estimation of copper bars in induction

motors: multi-physics approach

Dr. Pedro Jover Rodríguez, ABB Corporate Research, Sweden

Induction motors (IM) are robust machines. However, in high power machines, IM are

rotor limited, being the copper bars the part most probably to fail. An initial crack

would be no harmful for the machine but could develop to a total damage of the

machine. Moreover, there are some applications like explosive, hazardous environment

where a crack in a bar is very dangerous. In all cases cracks in the bars reduce the

machine performance, decreasing the efficiency and increasing the level of harmful

vibrations. Thus, prognosis of bar condition is desired in the industry. A first approach

could be based on statistics and measurements. However, the main drawback is the lack

of statistic data to calculate the required statistic variables due to the great variety of

motor designs and ratings, tailored applications and diversity of real working

conditions.

A second alternative is the analytical approach; in this case the calculation of stresses is

based on merely analytical formulas which do not take into consideration the structural

reaction to the acting forces. It is also limited to the application of the superposition of

the different physical phenomena. In general, the copper bars are subjected to the

thermal, magnetic and mechanical stresses, which lead to the failures. Even though IMs

are the workhorses of the industry, there are only few scientific papers analyzing the

copper bar deterioration. Most of these papers are pure descriptive and there are just few

making 3D modeling of the rotor cage, which is required to understand the phenomena

accurately. Most of the analyses are restricted to only electromagnetic analyses or only

thermal analyses without taken into account the most detrimental duty cycles.

A general consensus from engineers and scientists is that copper bar breaks due to

fatigue, where the magnitude of stresses and temperature play a very important role.

Thus, a third approach, is a time stepping numerical analysis using 2D or 3D multi-

physics modeling as a possible solution for stress calculation since there exist a

combination of thermal, mechanical and electromagnetic stresses which produce the

bending and cracking of the bars. Such a model is difficult to build and solve with the

actual calculation tools, however under some assumptions still possible to be

implemented. Therefore research and experiment are needed in this area.

Our vocation as a service results from our commitment to society. We provide our

students with the knowledge they need to be able to work as graduates in their

professional field, and we offer them an all-round education where they acquire

technological skills, as well as a humanistic and cultural education.

We train people and we train professionals because we believe it is our duty to give our

students not only knowledge but also experience. By so doing we believe that we are

helping them to become free, responsible people who are aware of social problems, are

capable of taking on commitments and have prospects for the future. The teaching and

administrative staff engaged by the UPV work to offer our students the high quality

education they need.

Biography of Dr. Pedro Jover Rodríguez:

Dr. Pedro Vicente Jover Rodríguez was born in Santiago de Cuba, Cuba, on April 13,

1967. He graduated from the Orient University (ISPJAM), Santiago de Cuba in 1990 as

Electronic Engineer. He graduated as Master of Science from Helsinki University of

Technology (AALTO), Finland in 2002 (electrical machines), where continued his

studies and obtained the Ph. D in 2007. Since 2008, he has been working with ABB

Corporate Research, Sweden as a researcher in the field of rotating electrical machines

(CRC Västerås, Sweden). His field of interest included electrical machine modeling,

fault diagnostic, signal processing and soft-computing techniques. He is author or co-

authors of about 30 publications in journals, and conferences and has been granted

about 8 patents in this area.

Plenary Session 2- Electrical Machines in wind turbines- Maturity

of technology

Mr. Javier Ibáñez Mayayo, Clara Mateo Martínez de Albornoz Experiencia Operativa

Renovables, Iberdrola ,Dirección Técnica

Current onshore wind turbines are now considered a mature technology thanks to a

decade of significant optimization efforts. This paper explains the modifications

implemented to adapt the technology to the special requirements of wind sites and the

resulting life time extension of components and availability rate improvements – close

to 100%.

The large quantity of assets to be monitored and the fact that they are distributed

throughout a large geographical area make the management of these systems very

challenging. The final section of the article includes a description of the development of

diagnostic tools and predictive maintenance equipment, particularly with regard to

electrical components of the Wind Turbine, to support the daily management of the

assets.

The availability of wind turbines is one of the main aspects of the operation of the wind

farms. When considering offshore technology, this is of greater significance due to the

harsh operating environment and access limitations. For these reasons, it is even more

necessary to improve the reliability and redundancy of offshore technology.

Biography of Javier Ibañez Mayayo:

Javier Ibañez Mayayo has thirteen years’ experience in the energy sector with

'International Electronics SA' (manufacturer of high power electronic devices to control

torque and speed in industrial motors) and Iberdrola. He has worked in Renewables for

the past eight years.

He has a Master's Degree in Industrial Engineering from the Politecnica University of

Madrid, specializing in Electrical Engineering, and is currently Lead Engineer

responsible for Wind Turbines in the Technical Division of Iberdrola Energy

Renewables.

Previous roles include Project Manager of Reactive Power Regulation in existing wind

farms. Prior to working in Iberdrola Renewables he participated in the design of a full

converter for a 2MW wind turbine (MADE/Gamesa) and before this, he design

softstarters and rotor converters for motors up to 11kV and 9MW.

Biography of Clara Mateo Martínez de Albornoz:

Clara Mateo Martínez de Albornoz has a Master's Degree in Industrial Engineering

from the University of Zaragoza, and her professional career has been focused in the

field of Electrical Engineering applied to Wind Energy. She has more than 6 years’

experience in the wind energy sector, working for the Renewables Division of Iberdrola,

one of the world leaders in renewable generation. She is in charge of the electrical

components of the wind turbines, mainly generators, transformers and protective

elements, conducting root-cause analyses of failures and managing projects related to

the optimization of components and improvement in the efficiency of the wind turbines.

She also provides technical support to the company in her areas of expertise.

Plenary Session 3- The Reliability of Machine Windings in

Adjustable Speed Drives: Stress, Strength, Design,

Qualification & Diagnostics

Dr. Martin Kaufhold ,Siemens AG Industry, Drive Technologies, Large Drives Vice

President.

Electrical drive systems and decentralized electrical power generation often work with

variable speed of the motors or generators. By that, efficiency and functionality of these

drive systems get improved and extended, compared to fix speed solutions.

For this, motors or generators will be fed by converters, which may create higher

electrical stresses for their winding insulation systems. The contribution describes the

dependency of these stresses on the topology of the converter and also on the design

of the whole e-drive plant.

The understanding of stress and strength of winding insulation systems in VSDs is an

inevitable prerequisite for their optimized and reliable design. First IEC Standards

support sound qualification processes for winding insulation systems. The new editions

even specify Voltage Impulse Insulation Classes to be machines to be qualified and

labeled for

Furthermore it is shown here, that understanding of the voltage generation at machine

terminals, the behavior of machine winding insulations and diagnostic opportunities

ingeneral allow for reliable, efficient and economic VSDs – within the automation

system.

Biography of Dr.Martin Kaufhold

Dr. Martin Kaufhold was born in 1964 in Berlin, Germany. After finishing a technical

apprenticeship and high school, as well working as a technician he graduated as Dipl.-

Ing. Electrical Engineering in 1991 and worked at the Dresden Institute for High

Voltage and High Current Engineering in the field of high-voltage and diagnostic

technologies, as well as machine insulation and converter technologies. In 1994 he

obtained his Ph.D. degree there in electrical engineering.

From 1994–1996 he joined the National Research Council of Canada as a Postdoc

Fellow and Research Officer, resp., driving projects of high-voltage engineering and

dielectric diagnostics for energy transmission using HV cables, GIS/GIL and overhead

power lines.

Since 1996, he has been working with Siemens Large Drives in various positions, in the

development of insulation, winding and diagnostic technologies, in the development

and project management of large synchronous machines and in the technical sales of

large ship propulsion drives. In 2002 he has been appointed as Director of advanced

technological research and development for the Business Unit Large Drives and in 2007

Quality Management was added to this his responsibility in global Siemens Large

Drives. Dr. Kaufhold is now Vice President Quality and technology in the global

Siemens Large Drives Group, heading the Quality Managers in all Large Drives

Factories and Business Segments as well as the Large Drives Technology Management.

He is a member of IEEE, CIGRE and VDI/VDE and he issued more than 50

publications in Electrical Drives Technology related Conferences, journals and books

over the past 20 years. Dr. Kaufhold contributes to several IEC WGs and he has been

the convener since the beginning of the IEC TC2 working group MT10 on Functional

Evaluation and Qualification of Winding Insulation Systems for rotating machines and

Converter Drive Systems, taking care of the IEC 60034-18 series.

Dr. Martin

TECHNICAL PROGRAM

Tuesday, August 27

Room: Sala d’Actes

Tutorials

9h Registration

9h30

Tutorial 1-Condition monitoring of electric machines

Prof. Thomas G. Habetler

Georgia Institute of Technology, Atlanta, USA.

11h Coffee break

11h30

Tutorial 2-Fault detection and fault tolerant operation of adjustable speed

switched reluctance and permanent magnet synchronous motor drives

Prof. Babak Fahimi

University of Texas at Dallas, USA.

13h Lunch (Cafeteria la Vella)

15h30

Tutorial 3-Modelling faults with a numerical software

Dr. Vicente Aucejo

INDIELEC, SPAIN.

20h Welcome Party (Hotel Barceló)






Wednesday, August 28, morning


Opening Ceremony and Plenary Sessions

Session Chair: Gerard A. Capolino

9h Registration

9h30 Opening Ceremony

10h Plenary Session 1- Life estimation of copper bars in induction motors: multi-physics

approach

Dr. Pedro Jover Rodríguez

10h45 Coffee break

11h15 Plenary Session 2- Electrical Machines in wind turbines- Maturity of technology

Mr. Javier Ibáñez Mayayo, Mrs.Clara Mateo Martínez de Albornoz

12h Plenary Session 3- The Reliability of Machine Windings in Adjustable Speed

Drives: Stress, Strength, Design, Qualification & Diagnostics Dr. Martin Kaufhold

12h45 Lunch (Cafeteria la Vella)

Sala d'actes Sala de Graus

Wednesday 28, Afternoon

14h30 SS1-A1 Fault tolerant Power Converters, Electrical machines and drives (I)


17h RS2-A2 Rotor Faults (I) RS3-G2 Tools for Diagnostics (I) . Signal Analysis Techniques

Thursday 29, Morning

8h30 RS4-A3 Rotor Faults (II) RS5-G3 Tools for Diagnostics (II) . AI Techniques

11h RS6-A4 Stator Faults (I) RS7-G4 Adjustable Speed Drives and Power Converters

Thursday29, Afternoon

14h30 RS8-A5 Stator Faults (II) RS9-G5 Rotor Faults (III)

17h RS10-A6 Permanent Magnet Machines

RS11-G6 Tools for Diagnostics (III) . Mechanical faults

Friday 30, Morning

8h30 RS12-A7 Test for predictive maintenance. Partial Discharge tests


11h SS3-A8 Advanced Artificial Intelligence Approaches

SS1-G8 Fault tolerant Power Converters, Electrical machines and drives (II)

Friday 30, Afternoon

14h30 RS13-A9 Rotor Faults (IV) RS14-G9 Power Electronics II, Power Converters

Sessions Distribution

Wednesday, August 28, Afternoon


SS1-A1 Fault tolerant Power Converters, Electrical machines and drives

Session Chairs: Fiorenzo Filippetti Yasser Gritli

1

14h30

A Simple and Robust Method for Open Switch Fault Detection in Power

Converters

Mehdi Salehifar, Ramin Salehi Arashloo, Manuel Moreno-Eguilaz, Vicent

Sala, L. Romeral

ID 453

2

14h50

Efficiency Optimization on Vector Controlled Six-Phase Induction Motor in

Healthy and Faulted Mode

M. Moghadasian, A. Sivert, A. Yazidi, F. Betin, G.A. Capolino

ID 495

3

15h10

Magnetic Optimization of a Fault-Tolerant Linear Permanent Magnet

Modular Actuator for Shipboard Applications

M. Bortolozzi, C. Bruzzese, F. Ferro, T. Mazzuca, M. Mezzarobba, G. Scala,

A. Tessarolo, D. Zito

ID 470

4

15h30

Fault Tolerant High Voltage Resonant Power Converter Application

A. Hultgren, S. Bui, J. Linnér, P. Ranstad, M. Lenells ID 425

5

15h50

Experimental Evaluation of Combined Reference Frames Transformation

for Stator Fault Detection in Multi-Phase Machines

C. Bianchini, F. Immovilli, E. Lorenzani, A. Bellini, E. Fornasiero

ID 530

6

16h10

The Performance of a Three-Phase Induction Motor fed by a Three-Level

NPC Converter with Fault Tolerant Control Strategies.

B. R. O. Baptista, M.B. Abadi, A.M. S. Mendes, S. M. A. Cruz

ID559

16h30 Coffee break

RS2-A2 Rotor Faults (I)

Session Chairs: Ronald Harley

Jose A. Antonino-Daviu

1

17h

Evaluation of Different Broken Bar Fault Diagnostic Means in Double-Cage

Induction Motors with FEM

Konstantinos N. Gyftakis, Dimitrios K. Athanasopoulos and Joya Kappatou,

ID 332

2

17h20

A Hybrid Kangaroo Algorithm to Assess the State Of Health of Electric

Motors

H. Razik, M.El.K. Oumaamar, G. Clerc

ID 338

3

17h40

Optimal Wavelets for Broken Rotor Bars Fault Diagnosis

Pu Shi, Zheng Chen, Yuriy Vagapov, Zoubir Zouaoui ID 361

4

18h

New Quantitative Rotor Fault Evaluation in Wound Rotor Induction

Machine Drives Under Time-Varying Conditions

Y. Gritli, M. Mengoni, C. Rossi, F. Filippetti, D. Casadei

ID 480

5

18h20

Induction Motor Broken Rotor Bar Detection Using Vibration Analysis – A

Case Study

Ž. Kanović, D. Matić, Z. Jeličić, M. Rapaić, B. Jakovljević, M. Kapetina

ID 357

6

18h40

Faults classification of Induction Motor based on Pitch Synchronous

Wavelet Transform and Multiclass Wavelet SVM

H. Keskes, A. Braham, Z. Lachiri

ID 345

Wednesday, August 28, Afternoon

Room: Sala de Graus


Session Chair: Subhasis Nandi Thomas Wolbank

1

14h30

On-Line Algorithm for Early Stage Fault Detection in IGBT Switches

Jason M. Anderson, Robert W. Cox, Paul O’Connor ID536

2

14h50

Onboard Condition Monitoring of Solder Fatigue in IGBT Power Modules

B. Ji, V. Pickert, W. P. Cao, and L. Xing ID440

3

15h10

Power MOSFET failure and degradation mechanisms in flyback topology

under high temperature and high humidity conditions

Ilkka Vaalasranta, Juha Pippola, and Laura Frisk

ID459

4

15h30

Circulating Current Minimization and Current Sharing Control of Parallel

Boost Converters Based on Droop Index

Sijo Augustine, Mahesh K. Mishra, N. Lakshminarasamma

ID360

5

15h50

Low-Cost IC less Self Oscillating Boost PFC Converter

S. Borekci, I. M. Luleci ID522

6

16h10

The Intelligent application of RFID technology in areas of touristic interest

Di Zhang , Noel Jackson ID378

16h30 Coffee break

RS3-G2 Tools for Diagnostics (I) . Signal Analysis Techniques

Session Chair: Martín Riera-Guasp Pedro Rodríguez

1

17h

Diagnosis of Induction Motor Faults using a DSP and Advanced

Demodulation Techniques

M. Pineda-Sanchez, J. Perez-Cruz, J. Roger-Folch, M. Riera-Guasp, A.

Sapena-Baño, R. Puche-Panadero

ID571

2

17h20

On the Use of Spectral Kurtosis for Diagnosis of Electrical Machines

E. Fournier, A. Picot, J. Régnier, M. Tientcheu Yamdeu, J-M. Andréjak, P.

Maussion

ID450

3

17h40

Air-gap Power and Rotor Loss Estimation for Induction Motor Efficiency

Monitoring based on Kalman Filtering

N. Jirasuwankul, C. Manop

ID369

4

18h

Diagnosis of Induction Machines under Non-Stationary Conditions by

means of the Spectral Filter

F. Vedreño-Santos, M. Riera-Guasp, M. Pineda-Sánchez

ID514

5

18h20

Fault Detection and Classification in Permanent Magnet Synchronous

Machines using Fast Fourier Transform and Linear Discriminant Analysis

Reemon Z. Haddad, Elias G. Strangas

ID427

6

18h40

An Integrated Artificial Neural Networks/Optimal Time-Frequency Based

Classification in Condition Monitoring of Synchronous Reluctance Motor

Stator Fault

I. Bouchareb, A. Bentounsi and A. Lebaroud

ID337

Thursday, August 29, Morning


RS4-A3 Rotor Faults (II)

Session Chairs Sang Bin Lee

Pascal Maussion

1

8h30

Early Broken Rotor Bar Detection Techniques in VSD-fed Induction Motors

at Steady-state

R. J. Romero-Troncoso, D. Morinigo-Sotelo, O. Duque-Perez, P. E. Gardel-

Sotomayor, R. A.,Osornio-Rios, A. Garcia-Perez

ID 368

2

8h50

Use of Discrete and Optimized Continuous TFD Tools for Transient-Based

Diagnosis in Controversial Fault Cases

J. Pons-Llinares, J. Antonino-Daviu, M. Riera-Guasp, S.B. Lee, T-J. Kang , C.

Yang

ID 521

3

9h10

A New Method to Separate Broken Rotor Failures and Low Frequency Load

Oscillations in Three-Phase Induction Motor

T. Göktaş, M. Arkan, and Ö. F. Özgüven

ID 414

4

9h30

Analysis of Mixed-Eccentric Induction Machine

Rijaniaina Njakasoa Andriamalala, Hubert Razik, François-Michel Sargos,

Bruno Francois

ID 526

5

9h50

Motor Current Signature Analysis Apply for external Mechanical Fault and

Cage Asymmetry in Induction Motors

A. J. Fernández Gómez, T. J. Sobczyk

ID 455

6

10h10

Dynamic Model of Induction Machine with Faulty Rotor in Field Reference

Frame

Vanja Ambrožic, Rastko Fišer, Mitja Nemec, Klemen Drobnic

ID 409

10h30 Coffee break

RS6-A4 Stator Faults (I)

Session Chair: Antonio J. Marques Cardoso

Remus Pusca

1

11h

Evaluation of the Applicability of FRA for Inter-Turn Fault Detection of in

Stator Windings

F. R. Blánquez, Carlos. A. Platero, E. Rebollo, F. Blázquez

ID 349

2

11h20

Detection of Stator Slot Magnetic Wedge Failures for Induction Motors

without Disassembly

Kun Wang Lee, Jongman Hong, Doosoo Hyun, Sang Bin Lee, Ernesto

Wiedenbrug, Mike Teska, Chaewoong Lim

ID 434

3

11h40

Induction Motor Model Validation using Fast Fourier Transform and

Wavelet tools

F.J. Villalobos-Piña, R. Alvarez-Salas, Eduardo Cabal-Yepez, Arturo Garcia-

Perez

ID 429

4

12h

A Novel Non-Invasive Method for Detecting Missing Wedges in an

Induction Machine

Maciej Orman, Agnieszka Nowak, J.R. Ottewill, C. T. Pinto

ID 393

5

12h20

Stator circulating currents as media of fault detection in synchronous

motors

Pedro Rodriguez, Pawel Rzeszucinski, Maciej Sulowicz, Rolf

Disselnkoetter, Ulf Ahrend, Cajetan T.Pinto, James R. Ottewill, Stephan

Wildermuth.

ID 373

6

12h40

An accurate and Fast Technique for Correcting Spectral Leakage in Motor

Diagnosis

Javier Martinez, François Philipp, Manfred Glesner, Antero Arkkio

ID 400


Thursday, August 29, Morning

Room: Sala de Graus

RS5-G3 Tools for Diagnostics (II) . AI Techniques

Session Chairs: Daniel Moríñigo Sotelo

Oscar Duque Pérez

1

8h30

A New Controller Based on Fuzzy Logic and PSS for Enhancing the Stability

of a Single Machine Infinte-Bus Power System

F. Mayouf (Adjeroud), F. Djahli, A. Mayouf, T. Devers

ID553

2

8h50

Support Vector Machine for Diagnosis of Induction Motors: a

Comparative Analysis in Terms of the Quantity and the Signal Processing

Tool Used to Build the Feature Space

A. Sapena-Bañó, M. Pineda-Sanchez, R. Puche-Panadero, J.Roger-Folch, J.

Perez-Cruz, M. Riera-Guasp

ID390

3

9h10

Detection of Induction Machine Winding Faults Using Genetic Algorithm

M. Alamyal, S. M. Gadoue and B. Zahawi ID352

4

9h30

Broken bar condition monitoring of an induction motor under different

supplies using a Linear Discriminant Analysis

M. Fernandez-Temprano, P.E. Gardel-Sotomayor, O. Duque-Perez,D.

Morinigo-Sotelo

ID436

5

9h50

Neural networks invariant to Fourier transform for fault diagnosis of

nonlinear power systems

Gerasimos G. Rigatos, Perluigi Siano

ID527

6

10h10

Intelligent Sensor based on Acoustic Emission Analysis applied to Gear

Fault Diagnosis

Daniel Zurita, Miguel Delgado, Juan Antonio Ortega Redondo, Luis

Romeral

ID531

10h30 Coffee break

RS7-G4 Adjustable Speed Drives and Power Converters

Session Chair: Manuel Pineda-Sanchez Ruben Puche-Panadero

1

11h

Analysis of Electrical and Non-Electrical Causes of Variable Frequency

Drive Failures

Osama A. Al-Naseem, Mohamed A. El-Sayed

ID540

2

11h20

Detecting High-Resistance Connection Asymmetries in Inverter Fed AC

Drive Systems

G. Stojčić, T. M. Wolbank

ID461

3

11h40

FPGA-based Smart-sensor for Fault Detection in VSD-fed Induction Motors

A.G. Garcia-Ramirez, R.A. Osornio-Rios, A. Garcia-Perez, R.J.,Romero-

Troncoso

ID372

4

12h

IGBT Fault Diagnosis using Adaptive Thresholds during the Turn-on

Transient

M. A. Rodríguez-Blanco, A. Vázquez-Pérez, L. Hernández-González, A.

Pech-Carbonell, M. May-Alarcón.

ID539

5

12h20

Fault-Tolerant Converter for AC Drives using Vector-Based Hysteresis

Current Control

Nuno M. A. Freire, A. J. Marques Cardoso

ID396

6

12h40


Thursday, August 29, Afternoon


RS8-A5 Stator Faults (II)

Session Chair: Alberto Bellini

Franck Betin

1

14h30

Finite Element Investigation of the Short-Circuit Fault in the Stator

Winding of Induction Motors and Harmonics of the Neighboring Magnetic

Field

V. Fireteanu, A-I. Constantin, R. Romary, R. Pusca, S. Ait-Amar

ID 406

2

14h50

Modeling and Simulation of Stator Turn Faults. Detection Based on Stator

Circular Current and Neutral Voltage

Yassine Maouche, Abdelfettah Boussaid, Mohamed Boucherma,

Abdelmalek Khezzar

ID 432

3

15h10

Temperature Field Analysis of Winding Short-circuits in DFIGs

Zheng Liu, Wenping Cao, Zheng Tan, Xueguan Song, Bing Ji, and Guiyun

Tian

ID 423

4

15h30

Induction Motor Stator Faults Diagnosis by Using Parameter Estimation

Algorithms

Fang Duan, Rastko Zivanovic

ID 421

5

15h50

Diagnosis of Stator Winding Inter-turn Short Circuit in Three-Phase

Induction Motors by Using Artificial Neural Networks

P. J. Broniera, W. S. Gongora, A. Goedtel, W. F. Godoy

ID 449

6

16h10

Naïve Bayes classifier for Temporary short circuit fault detection in Stator

winding

D. A. Asfani, M. H. Purnomo, D. R. Sawitri

ID 447

16h30 Coffee break

RS10-A6 Permanent Magnet Machines

Session Chair: Jordi-Roger Riba Ruiz

Claudio Bruzzese

1

17h

On-line Inter-Turn Short-Circuit detection in Permanent Magnet

Synchronous Generators

B. Aubert, J. Regnier, S.Caux, D. Alejo

ID354

2

17h20

Saturation Independent Detection of Dynamic Eccentricity Fault in Salient-

Pole Synchronous Machines

T. Ilamparithi, Subhasis Nandi

ID520

3

17h40

Coupled Magnetic Circuit Based Magnetic Vibrations Modeling of PMSM

Guillaume Verez, Ouadie Bennouna, Yacine Amara, Ghaleb Hoblos,

Georges Barakat

ID451

4

18h

2-pole turbo-generator eccentricity diagnosis by split-phase current

signature analysis

Claudio Bruzzese

ID391

5

18h20

Study of Excitation and Governor Power System Stabilizers Effect on the

Stability Enhancement of a Multimachine Power System

F. Mayouf (Adjeroud), F. Djahli, A. Mayouf, T. Devers

ID435

6

18h40

21h Gala Dinner, Award Ceremony (L’Alquería del Pi)

Bus service: 20h30 Barceló Hotel, 20h30 Siliken Hotel, 20h45 Galileo Hotel

Thursday, August 29 , Afternoon

Room: Sala de Graus

RS9-G5 Rotor Faults (III)

Session Chair: Thomas G. Habetler

Joan Pons Llinares

1

14h30

Analytical study of pulsating torque and harmonic components in rotor

current of six-phase induction motor under healthy and faulty conditions

Yassine Maouche, Abdelfettah Boussaid, Mohamed Boucherma,

Abdelmalek Khezzar

ID 433

2

14h50

The Zero-Sequence Current Spectrum as an On-Line Static Eccentricity

Diagnostic Mean in Δ-Connected PSH-Induction Motors

K. N. Gyftakis, J. C. Kappatou

ID 422

3

15h10

Broken Rotor Bar Detection of Single Phase Induction Motor Using

Wigner-Ville Distributions

Sara Hafeez, Syed Sajjad H. Zaidi

ID 543

4

15h30

Discriminating time-varying loads and rotor cage fault in Induction motors

A. E. Mabrouk, S. E. Zouzou, M. Sahraoui and S. Khelif ID 426

5

15h50

Mathematical Modeling of Eccentricities in Induction Machines by the

Mono-harmonic Model

A. J. Fernández Gómez, A. Dziechciarz, T. J. Sobczyk

ID 431

6

16h10

Winding Function Approach for Induction Machine Fault Detection

Pu Shi, Zheng Chen, Yuriy Vagapov, Zoubir Zouaoui ID 362

16h30 Coffee break

RS11-G6 Tools for Diagnostics 3 . Mechanical faults

Session Chair:

René Romero-Troncoso Guy Clerc

1

17h

A New Approach of Preprocessing with SVM Optimization Based on PSO

for Bearing Fault Diagnosis

T. Thelaidjia, S. Chenikher

ID407

2

17h20

Gear Tooth Surface Damage Fault Detection Using Induction Machine

Electrical Signature Analysis

Shahin Hedayati Kia, Humberto Henao, Gérard-André Capolino

ID512

3

17h40

Sensorless Speed Estimation and Diagnosis of Induction Motors Based on

Purified Space Vectors

Dongfeng Shi

ID411

4

18h

Bearing Faults Detection in Induction Machines Based on Statistical

Processing of the Stray Fluxes Measurements

Ciprian Harlişca, Loránd Szabó, Lucia Frosini, Andrea Albini

ID472

5

18h20

Identification of variable mechanical parameters using extended Kalman

filters

M. Perdomo, M.Pacas, T. Eutebach , J. Immel

ID386

6

18h40

Induction Motor Bearing Fault Detection Based on Envelope Analysis of

Stator Current

V. C. M. N. Leite, J. G. Borges da Silva, G. F. C. Veloso, L. E. B. da Silva, and

G. Lambert-Torres

ID371

20h30 Gala Dinner, Award Ceremony (L’Alquería del Pi)

Bus service: 19h45 Barceló Hotel, 20h Siliken Hotel, 20h15 Galileo Hotel

Friday, August 30, Morning


RS12-A7 Test for predictive maintenance. Partial discharge tests

Session Chair: Manés Fernández-Cabanas Joaquín G. Norniella

1

8h30

A Novel Type of Online Oil Monitoring Method in Gearbox of Wind Turbine

Zhang Bo, Shen Zhu, Zhou Jiwei ID515

2

8h50

Partial Discharge measurements in Electrical Machines controlled by

Variable Speed Drives: from Design Validation to permanent PD

Monitoring

Luca Fornasari, Andrea Caprara, Gian Carlo Montanari

ID350

3

9h10

Fault Detection and Diagnosis for HVAC: Overview and Outlook

D. He, R.G. Harley, T. G. Habetler ID467

4

9h30

An Applied Laboratory Characterisation Approach for Electric Machine

Insulation

D. F. Kavanagh, D. A. Howey and M. D. McCulloch

ID560

5

9h50

On-line Diagnostic Methods Synergy: Measurements and Location of

Discharges and Vibration in Power Transformers, Hydro- and Turbine

Generators, Pattern Analysis Results

Y.P. Aksenov, I. V. Yaroshenko, A. V. Andreev, G. Noé

ID347

6

10h10

A Wideband Partial Discharge Meter using FPGA

Radek Sedláček, Josef Vedral, Ján Tomlain ID534

10h30 Coffee break

SS3-A8 Advanced Artificial Intelligence Approaches Applied to Fault Characterization and Classification for Electrical Machines Diagnostic Purposes

Session Chair: Luis Romeral Juan A. Ortega

1

11h

Bearing Fault Detection Using Relative Entropy of Wavelet Components

and Artificial Neural Networks

Helder L. Schmitt, Lyvia B. Silva, Paulo R. Scalassara, Alessandro Goedtel

ID 463

2

11h20

Dedicated Hierarchy of Neural Networks applied to Bearings Degradation

Assessment

Miguel Delgado, Giansalvo Cirrincione, Antonio Garcia Espinosa, Juan

Antonio Ortega, Humberto Henao

ID 399

3

11h40

A Dedicated Application of Artificial Ants for the Condition Monitoring of

Induction Motors

A. Soualhi, H. Razik, G. Clerc

ID 398

4

12h

Comparison of supervised classification algorithms combined with feature

extraction and selection : Application to a turbo-generator rotor fault

detection

Alexandre Bacchus, Mélisande Biet, Ludovic Macaire, Yvonnick Le Menach

and Abdelmounaïm Tounzi

ID 420

5

12h20

Neural Approach for Bearing Fault Detection in Three Phase Induction

Motors

W. S. Gongora, H. V. D. Silva, A. Goedtel, W. F. Godoy, S. A. O. da Silva

ID 444

6

12h40

Early Detection of Unbalance Voltage in Three Phase Induction Motor

Based on SVM

D. R. Sawitri, D. A. Asfani, M. H. Purnomo, I. K. E. Purnama, M. Ashari

ID 502


Friday, August 30, Morning

Room: Sala de Graus


Session Chair:

Elias G. Strangas

Hubert Razik

1

8h30

Exploitation of Induction Machine’s High-Frequency Behavior for Online

Insulation Monitoring

Peter Nussbaumer, Markus A. Vogelsberger, Thomas M. Wolbank

ID 389

2

8h50

Long-Term Prediction of Bearing Condition by the Neo-Fuzzy Neuron

A. Soualhi, G. Clerc, H. Razik, F. Rivas ID 385

3

9h10

Bar Breakage Mechanism and Prognosis in an Induction Motor

Vicente Climente-Alarcon, Jose Alfonso Antonino-Daviu, Elias Strangas,

Martin Riera-Guasp

ID 342

4

9h30

Time-Frequency Complexity Based Remaining Useful Life (RUL) Estimation

for Bearing Faults

Rodney K. Singleton II, Elias G. Strangas, Selin Aviyente

ID 486

5

9h50

Improvements on Lifespan Modeling of the Insulation of Low Voltage

Machines with Response Surface and Analysis of Variance

Antoine Picot, David Malec, Pascal Maussion

ID 457

6

10h10

Diagnosis and Prognosis of In-Service Electric Machine in the Absence of

Historic Data Related to Faults and Faults Progression

Syed Sajjad H. Zaidi

ID 448

10h30 Coffee break

SS1-G8 Fault tolerant Power Converters, Electrical machines and drives (2)

Session Chair: Domenico Casadei

Babak Fahimi

1

11h

Full Detection of High Resistance Connection in Multiphase Induction

Motor Drives

L. Zarri, M. Mengoni, A. Tani, Y. Gritli, G. Serra, F. Filippetti, D. Casadei

ID324

2

11h20

Improved Fault Detection Based on Current Average in Multiphase Fault

Tolerant Converters

Mehdi Salehifar, Manuel Moreno-Eguilaz, Vicent Sala, Ramin Salehi

Arashloo, L.Romeral

ID 454

3

11h40

Inter-turn Fault Detection in Five-Phase PMSMs. Effects of the Fault

Severity

Harold Saavedra, Jordi-Roger Riba, Luís Romeral

ID395

4

12h

Detection of Coupling Inductor Faults in Three-Phase Adjustable Speed

Drives with Direct Power Control-Based Active Front-End Rectifiers

Joaquín G. Norniella, José M. Cano, Gonzalo A. Orcajo, Carlos H.

Rojas,Joaquín F. Pedrayes, Manés F. Cabanas Manuel G. Melero

ID404

5

12h20

Study of fault – tolerant inverter

F.khelifi, B.Nadji ID533

6

12h40


Friday, August 30, Afternoon


RS13-A9 Rotor Faults (IV)

Session Chair: Humberto Henao Shahin Hedayati Kia

1

14h30

A Novel Methodology for the Broken Bar Fault Diagnosis in Single and

Double Cage Induction Motors Fed by Asymmetrical Voltage Supply

K. N. Gyftakis, D. K. Athanasopoulos , J. C. Kappatou

ID 510

2

14h50

Broken Bar Detection Using Current Analysis - A Case Study

Dragan Matić, Željko Kanović, Dejan Reljić, Filip Kulić, Đura Oros, Veran

Vasić

ID 376

3

15h10

A Novel Broken Rotor Bar Fault Detection Method Using Park’s Transform

and Wavelet Decomposition

Ramin Salehi Arashloo, José Luis Romeral Martinez, Mehdi Salehifar

ID 573

4

15h30

Analytical Evaluation of inductances for induction machine with dynamic

eccentricity using MWFA and FE methods

S. Hamdani, O. Touhami, R. Ibtiouen and M. Hasni

ID 353

5

15h50

Diagnosis of Induction Motors Rotor Faults Using the Hybrid Park’s Vector-

TSA Approach

N. Ngote, S. Guedira, M. Cherkaoui, M. Ouassaïd

ID 401

6

16h10

Particle swarm optimization of feature vectors dedicated to fault

diagnosis

Abdesselam Lebaroud, Tahar Boukra, Karim Baiche

ID487

16h30 Coffee break

17h Closing Ceremony

Friday, August 30, Afternoon

Room: Sala de Graus

RS14-G9 Power Electronics 2, Power Converters

Session Chairs: Antoni Garcia Espinosa Miguel Delgado Prieto

1

14h30

Analysis of radiated EMI for power converters switching in MHz frequency

range

A. Majid, J. Saleem, F. Alam, K. Bertilsson

ID500

2

14h50

Design of Current Source DC/DC Converter and Inverter for 2kW Fuel Cell

Application

A. Andreiciks, I. Steiks, O. Krievs, F. Blaabjerg

ID394

3

15h10

An adaptive robust position control for induction machines using a sliding

mode flux observer

Oscar Barambones

ID518

4

15h30

Calculation of Stator Winding Parameters to Predict the Voltage

Distributions in Inverter Fed AC Machines

Oliver Magdun, Sébastien Blatt and Andreas Binder

ID403

5

15h50

Remote Monitoring System of Electrical Machines via INTERNET

O. Touhami, R. Sadoun, A. Belouchrani, S. Hamdani, A. Boukoucha and S.

Ouaged

ID374

6

16h10

16h30 Coffee break

17h Closing Ceremony

SDEMPED AWARDS

SDEMPED Prize Paper Award

The SDEMPED Prize Paper Award of the Technical Committee on Diagnostics, IEEE Power Electronics Society, is established to honor innovators who contributed to the technical areas of this committee. The award is to be presented biennially (once every two years (odd years)) for up to three technical papers (in no order), for outstanding technical competence displayed in a paper presented at an IEEE SDEMPED conference.

The 2013 Diagnostics Achievement Award

This award was established to honor innovators who contributed to the technical areas of this committee. The award is to be presented biennially (once every two years (odd years) to an individual, for outstanding sustained technical contributions and services in the field of monitoring and diagnostics for electrical machines, power electronics, and drives.

These award will be presented at the gala dinner of the IEEE SDEMPED conference

COMMITTEE MEETING

The committee meeting is scheduled on Thursday 29th August at 13h in Room Sala de Juntas

SOCIAL EVENTS

Welcome reception

Tuesday, August 27 , 20h

Hotel Barcelo

Avenida de Francia, 11

Gala Dinner

Thursday, August 29, 20h30

L’alqueria del Pi

Camino Viejo de Godella, 55

There are scheduled a bus service for transfers between the conference

hotels (Barceló, Silken Puerta de Valencia and Galileo Galilei) and the

restaurant

LIST OF CONTRIBUTORS

A Abadi, M.B.

Ahrend, Ulf

Ait-Amar, S.

Alam, F.

Alamyal, M.

Albini, Andrea

Alejo, D.

Al-Naseem, Osama A.

Alvarez-Salas, R.

Amara, Yacine

Ambrožic, Vanja

Anderson, Jason M.

Andreiciks, A.

Andréjak, J-M.

Andriamalala,Rijaniaina Njakasoa

Antonino-Daviu, Jose Alfonso

Arashloo, Ramin Salehi

Arkan, M.

Arkkio, Antero

Asfani, D. A.

Ashari, M.

Athanasopoulos , D. K.

Athanasopoulos , Dimitrios K.

Aubert, B.

Augustine, Sijo

Aviyente, Selin

B Bacchus, Alexandre

Baiche, Karim

Baptista, B. R. O.

Barakat, Georges

Barambones, Oscar

Bellini, A.

Belouchrani, A.

Bennouna, Ouadie

Bentounsi, A.

Bertilsson, K.

Betin, F.

Bianchini, C.

Biet, Mélisande

Binder, Andreas

Blaabjerg, F.

Blánquez, F. R.

Blatt, Sébastien

Blázquez, F.

Bo, Zhang

Borekci, S.

Borges da Silva, J. G.

Bortolozzi, M.

Bouchareb, I.

Boucherma, Mohamed

Boukoucha, A.

Boukra, Tahar

Boussaid, Abdelfettah

Braham, A.

Broniera, P. J.

Bruzzese, C.

Bruzzese, Claudio

Bui, S.

C Cabal-Yepez, Eduardo

Cabanas, Manés F.

Cano, José M.

Cao, W. P.

Cao, Wenping

Capolino, Gérard-André

Caprara, Andrea

Casadei, D.

Caux, S.

Chen, Zheng

Chenikher, S.

Cherkaoui, M.

Cirrincione, Giansalvo

Clerc, G.

Climente-Alarcon,Vicente

Constantin, A-I.

Cox, Robert W.

Cruz, S. M. A.

D da Silva, L. E. B.

da Silva, S. A. O.

Delgado, Miguel

Devers, T.

Disselnkoetter,Rolf

Djahli, F.

Drobnic, Klemen

Duan, Fang

Duque-Perez, O.

Dziechciarz, A.

E El-Sayed, Mohamed A.

Eutebach, T.

F F. Djahli

Fernández Gómez, A. J.

Fernandez-Temprano, M.

Ferro, F.

Filippetti, F.

Fireteanu, V.

Fišer, Rastko

Fornasari, Luca

Fornasiero, E.

Fournier, E.

Francois, Bruno

Freire, Nuno M. A.

Frisk, Laura

Frosini, Lucia

G Gadoue, S. M.

Garcia Espinosa, Antonio

Garcia-Perez, Arturo

Garcia-Ramirez, A.G.

Gardel-Sotomayor, P. E.

Glesner, Manfred

Godoy, W. F.

Goedtel, A.

Goedtel, Alessandro

Göktaş, T.

Gongora, W. S.

Gritli, Y.

Guedira, S.

Gyftakis, K. N.

H Habetler, T. G.

Haddad, Reemon Z.

Hafeez, Sara

Hamdani, S.

Harley, R.G.

Harlişca, Ciprian

Hasni, M.

He, D.

Hedayati Kia, Shahin

Henao, Humberto

Hernández-González, L.

Hoblos, Ghaleb

Hong, Jongman

Howey, D. A.

Hultgren, A.

Hyun, Doosoo

I Ibtiouen, R.

Ilamparithi,T.

Immel, J.

Immovilli, F.

J Jackson, Noel

Jakovljević, B.

Jeličić, Z.

Ji, Bing

Jirasuwankul, N.

Jiwei, Zhou

K Kang, T-J.

Kanović, Ž.

Kanović, Željko

Kapetina, M.

Kappatou, J. C.

Kavanagh, D. F.

Keskes, H.

Khelif, S.

khelifi, F.

Khezzar, Abdelmalek

Krievs, O.

Kulić, Filip

L Lachiri, Z.

Lakshminarasamma, N.

Lambert-Torres, G.

Le Menach, Yvonnick

Lebaroud, A.

Lee, Kun Wang

Lee, S.B.

Lee, Sang Bin

Leite, V. C. M. N.

Lenells, M.

Lim, Chaewoong

Linnér, J.

Liu, Zheng

Lorenzani, E.

Luleci, I. M.

M Mabrouk, A. E.

Macaire, Ludovic

Magdun, Oliver

Majid, A.

Malec, David

Manop, C.

Maouche, Yassine

Marques Cardoso, A. J.

Martinez, Javier

Matić, D.

Matić, Dragan

Maussion, Pascal

May-Alarcón, M.

Mayouf (Adjeroud), F.

Mayouf, A.

Mazzuca, T.

McCulloch, M. D.

Melero, Manuel G.

Mendes, A.M. S.

Mengoni, M.

Mezzarobba, M.

Mishra, Mahesh K.

Moghadasian, M.

Montanari, Gian Carlo

Moreno-Eguilaz, Manuel

Morinigo-Sotelo, D.

N Nadji, B.

Nandi, Subhasis

Nemec, Mitja

Ngote, N.

Norniella, Joaquín G.

Nowak, Agnieszka

Nussbaumer, Peter

O O’Connor, Paul

Orcajo, Gonzalo A.

Orman, Maciej

Oros, Đura

Ortega, Juan Antonio

Osornio-Rios, R.A.

Ottewill ,James R.

Ottewill, J.R.

Ouaged, S.

Ouassaïd, M.

Oumaamar, M.El.K.

Özgüven, Ö. F.

P Pacas, M.

Pech-Carbonell, A.

Pedrayes, Joaquín F.

Perdomo, M.

Perez-Cruz, J.

Philipp, François

Pickert,V.

Picot, A.

Picot, Antoine

Pineda-Sanchez, M.

Pinto, Cajetan T.

Pippola, Juha

Platero, Carlos. A.

Pons-Llinares, J.

Puche-Panadero, R.

Purnama, I. K. E.

Purnomo, M. H.

Pusca, R.

R Ranstad, P.

Rapaić, M.

Razik, H.

Razik, Hubert

Rebollo, E.

Regnier, J.

Reljić, Dejan

Riba, Jordi-Roger

Riera-Guasp, M.

Riera-Guasp, Martin

Rigatos, Gerasimos G.

Rivas, F.

Rodriguez, Pedro

Rodríguez-Blanco, M. A.

Roger-Folch, J.

Rojas, Carlos H.

Romary, R.

Romeral, Luís

Romero-Troncoso, R. J.

Rossi, C.

Rzeszucinski, Pawel

S Saavedra, Harold

Sadoun, R.

Sahraoui, M.

Sajjad, Syed

Sala, Vicent

Saleem, J.

Salehifar, Mehdi

Sapena-Bañó, A.

Sargos, François-Michel

Sawitri, D. R.

Scala, G.

Scalassara, Paulo R.

Schmitt, Helder L.

Sedláček, Radek

Serra, G.

Shi, Dongfeng

Shi, Pu

Siano, Perluigi

Silva, H. V. D.

Silva, Lyvia B.

Singleton II, Rodney K.

Sivert, A.

Sobczyk, T. J.

Song, Xueguan

Soualhi, A.

Steiks, I.

Stojčić, G.

Strangas, Elias G.

Sulowicz, Maciej

Szabó, Loránd

T

Tan, Zheng

Tani, A.

Teska, Mike

Tessarolo, A.

Thelaidjia, T.

Tian, Guiyun

Tientcheu Yamdeu, M.

Tomlain, Ján

Touhami, O.

Tounzi, Abdelmounaïm

V Vaalasranta, Ilkka

Vagapov, Yuriy.

Vasić, Veran

Vázquez-Pérez,A.

Vedral, Josef

Vedreño-Santos, F.

Veloso, G. F. C.

Verez, Guillaume

Villalobos-Piña, F.J.

Vogelsberger, Markus A.

W Wiedenbrug, Ernesto

Wildermuth, Stephan

Wolbank, Thomas M.

X Xing, L.

Y Yang, C.

Yazidi, A.

Z Zahawi, B.

Zaidi, H.

Zarri, L.

Zhang, Di

Zhu, Shen

Zito, D.

Zivanovi´c, Rastko

Zouaoui, Zoubir

Zouzou, S. E.

Zurita, Daniel

th ieee symposium of diagnostics for electrical...

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