programme booklet PDF

FINAL PROGRAMME

Cover FP16_Mise en page 1 15/08/16 22:38 Page1

Gold Sponsor

Contributors

Silver Sponsor


18th European Conference on

Power Electronics and Applications5 to 9 September 2016

Karlsruhe, GermanyEPE 2016 ECCE Europe

Sponsored by:European Power Electronics and Drives Association

And IEEE Power Electronics Society

Hosted by:Karlsruhe Institute of Technology KITInstitute of Electrical Engineering ETI

Karlsruhe, Germany

In cooperation with: ACPE, AIM, ECPE, ETG, IE-net, IET, KIPE, KIVI NIRIA, NEF, OVE, SEE, SEP,

SRBE/KBVE, VDE

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5 Welcome to Karlsruhe - Message from the Conference chair

6 Organisation of EPE 2016 ECCE Europe – Committees

12 Organisation of EPE 2016 ECCE Europe – List of topics

14 General information

17 Practical information

22 Tutorials – Monday 5 September 2016

23 Technical programme of Tuesday 6 September 2016

23 Opening and Keynote session

23 Lecture sessions

29 Dialogue session

40 Industrial sessions

41 Technical programme of Wednesday 7 September 2016

41 Keynote sessions

41 Lecture sessions

47 Dialogue session

58 Industrial sessions

59 Technical programme of Thursday 8 September 2016

59 Closing and Keynote Session

59 Lecture sessions

63 Dialogue session

75 Industrial Session

76 CEU Course on Friday 9 September 2016

77 Technical visits on Friday 9 September 2016

78 Sponsors and exhibiting companies

98 Vendor sessions

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Contents


Welcome to EPE’16 ECCE – Europe

It is our pleasure to welcome you to the 18th Conference on Power Electronics and Applications,EPE’16 - ECCE Europe, which will take place in Karlsruhe, Germany from 6th to 8th September. Theconference follows previous successful events held in major university cities across Europe since 1985.Karlsruhe is looking forward to the gathering of power electronic experts from all around at theworld, at the largest European event of its kind.

The EPE’16 ECCE Europe conference is hosted by the Karlsruhe Institute of Technology (KIT). The KITwas founded just a few years ago by the merger of the Technical University of Karlsruhe and theHelmholtz Research Centre Karlsruhe. The Technical University is based on the polytechnic school,which was founded almost 200 years ago. But also the Helmholtz Research Centre has a 60-year-oldhistory. Famous graduates from the University are Carl Benz, Dieter Zetsche, Emil von Škoda andAlexander Gerst, among others. The University is also known for the work of Heinrich Hertz whofound the existence of electromagnetic waves in 1886. Rudolf Richter wrote a series of fundamentaland popular books on electric machines while being chair of the institute of electrical engineeringfrom 1912 to 1947. With some 25.000 students and nearly 10.000 employees, including about 350professors, KIT is today one of the largest research institutions in Germany.

Power Electronics is very present in Europe, with advanced research, successful industrial companies,and many academic laboratories in different countries. The EPE Conference has grown to becomethe largest in its field, regularly attracting the foremost technical contributors from industry andresearch centres worldwide. In 2011, EPE Association joined the IEEE-PELS society for organizing theEPE-ECCE Europe Congress cooperatively. One purpose of this Conference is to enable the presentationand discussion of developments in the field of Power Electronics, with attendees coming from all overthe world.

A characteristic trend from previous EPE ECCE Europe conferences has been an increasingly largeindustrial participation, which allows enhanced exchanges between academics and people fromindustry. In this year's edition for the first time we have established the new Industrial Forums, whichwill be held in the afternoon of Tuesday and Wednesday. Renowned experts from industry will present their position on hot topics and discuss with the audience. Furthermore, an exceptionallybusy exhibition will be organised in the Conference premises with a large number of booths of morethan 50 companies showcasing all aspects of our field. Product presentations will be organised in theexhibition area during the so-called ‘vendor sessions’ that take place in the afternoon on all three daysof the conference.

For its 17th edition, EPE’15 ECCE – Europe organizers have received 656 submissions, out of which533 have been accepted and integrated into the conference program. Over three days, conferenceparticipants from all over the world will have an opportunity to present and learn about the latestresearch results during morning lecture sessions and dialogue sessions in the afternoon. Excellentkeynote talks have been included in the conference programme including seven tutorials scheduledfor the 5th of September and a CEU credited course scheduled for the 9th of September. Two technical visits will take place on the same day. Cultural offerings, welcome reception and Gala dinner will provide opportunities for networking,meetings with old friends and colleagues as well as creation of new contacts.

For those travelling a distance, Karlsruhe is very easily reachable by air, rail and road and offers a variety of hotels. A large number of rooms in various categories have been reserved for the time ofthe conference and can be booked through our website. Many hotels are located in walking distancenearby the conference venue south of the city centre of Karlsruhe.

The EPE'16-ECCE Europe Conference Chair and local teamMartin Doppelbauer, Mark Bakran, Joachim Böcker, Michael Braun, Sibylle Dieckerhoff, Kay Hameyer,Marc Hiller, Wilfried Hofmann, Ralph Kennel, Andreas Lindemann, Leo Lorenz, Regine Mallwitz, AxelMertens, Mario Pacas, Bernd Ponick, Uwe Schäfer

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Message from the Conference Chair


Conference Organising Committees

Conference ChairmanMartin Doppelbauer, Karlsruhe Institute of Technology, KIT

Local Organizing CommitteeMark Bakran, Univ. BayreuthJoachim Böcker, Univ. PaderbornMichael Braun, Karlsruhe Institute of Technologie KITSibylle Dieckerhoff, TU BerlinKay Hameyer, RWTH AachenMarc Hiller, Karlsruhe Institute of Technologie KITWilfried Hofmann, TU DresdenRalph Kennel, TU MünchenAndreas Lindemann, Univ. MagdeburgLeo Lorenz, ECPERegine Mallwitz, TU BraunschweigAxel Mertens, Univ. HannoverMario Pacas, Univ. SiegenBernd Ponick, Univ. HannoverUwe Schäfer, TU Berlin

Programme ChairmanPhilippe Lataire, Vrije Universiteit Brussel, Belgium

EPE AssociationBrigitte Sneyers, Secretary General and Conference Manager

MembersProf. Pavel Bauer, Delft University of Technology and Technical University of Kosice, SlovakRepublic Prof. Abdelkrim Benchaib, CNAM and ALSTOM, France Prof. Enrique Dede, GH ELECTROTERMIA S.A., SpainProf. Vladimir Katic, University of Novi Sad, Republic of SerbiaDr. Philip C. Kjaer, Vestas Wind Systems A/S, Denmark Prof. Philippe Lataire, Vrije Universiteit Brussel, BelgiumProf. Elena Lomonova, Technical University of Eindhoven, The Netherlands Dr. Leo Lorenz, ECPE Technologies, GermanyProf. Yves Perriard, EPFL, SwitzerlandProf. Leonids Ribickis, Riga Technical University, LatviaDr. Sandro Tenconi, ENERGY TECHNOLOGY SRL, ITALYProf. Jean-Luc Thomas, Conservatoire National des Arts et Métiers and SUPELEC, FranceProf. Joeri Van Mierlo, Vrije Universiteit Brussel, BelgiumProf. Pericle Zanchetta, University of Nottingham, United KingdomProf. Krzysztof Zawirski, Technical University of Poznan, Poland

Ex-Officio MembersProf. Jero Ahola, Lappeenranta University of Technology, FinlandProf. Frede Blaabjerg, Aalborg University, DenmarkDr. Frédérick Bordry, C.E.R.N., SwitzerlandProf. Dushan Boroyevich, Virginia Tech, USA

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Organisation of EPE’16 ECCE Europe - Committees


Prof. Alain Bouscayrol, L2EP, Lille, FranceProf. Mario Cacciato, Università degli Studi di Catania, ItalyProf. Rik De Doncker, RWTH-ISEA, GermanyProf. Martin Doppelbauer, Karlsruher Institut für Technologie (KIT), GermanyProf. Braham Ferreira, Delft University of technology, The NetherlandsProf. Samuel Galceran, Universitat Politècnica de Catalunya, SpainProf. Ralph Kennel, Technische Universität Munchen, GermanyProf. Johann Kolar, ETH-Zurich, SwitzerlandProf. Betty Lemaire-Semail, L2EP Université Lille1, FranceProf. Mariusz Malinowski, Warsaw University of Technology, PolandProf. Mario Marchesoni, University of Genova, Italy Prof. Phil Mawby, University of Warwick, United KingdomProf. Stig Munk-Nielsen, Aalborg University, DenmarkProf. Hans-Peter Nee, The Royal Institute of Technology, SwedenProf. Joan Peracaula, Universitat Politècnica de Catalunya, SpainProf. Yves Perriard, EPFL, SwitzerlandProf. Jacek Rabkowski, Warsaw University of Technology, PolandProf. Benoît Robyns, Ecole des Hautes Etudes d'Ingénieur (HEI), L2EP, Lille, FranceProf. Alfred Rufer, EPFL, SwitzerlandProf. Walter Schumacher, Tech. University of Braunschweig, GermanyProf. Antoni Sudrià, Universitat Politècnica de Catalunya, SpainProf. Helmut Weiss, University of Leoben, AustriaProf. Patrick Wheeler, University of Nottingham, United Kingdom

International Scientific CommitteeProf. Jero Ahola, Lappeenranta University of Technology, Finland Prof. Hirofumi Akagi, Tokyo Institute of Technology, Japan Prof. Pierre Aloïsi, France Prof. José Marcos Alonso Alvares, University of Oviedo, Spain Prof. Fernando Luiz Marcelo Antunes, Universidade Federal do Ceará, Brazil Dr. Oscar Apeldoorn, ABB Industrie AG, Switzerland Prof. Stephane Azzopardi, Ecole Nationale Supérieure d'Electronique d'Informatique et deRadiocommunication de Bordeaux, FranceProf. Seddik Bacha, Laboratory G2ELAB, FranceProf. Mark Bakran, Universität Bayreuth, GermanyDr. Roger Bassett, University of Warwick, United Kingdom Prof. Pavel Bauer, Delft University of technology and Technical University of Kosice, Slovak RepublicProf. Dr. Ir. Ronnie Belmans, KU Leuven, Belgium Dr. Abdelkrim Benchaib, ALSTOM GRID, FranceProf Dr-Ing habil Andreas Binder, Darmstadt University of Technology, Germany Prof. Frede Blaabjerg, Aalborg University, Denmark Prof. Joachim Böcker, University of Paderborn, GermanyProf. Silverio Bolognani, University of Padova, Italy Dr. Frédérick Bordry, C.E.R.N., Switzerland Prof. Dushan Boroyevich, Virginia Tech, USADr. ir. Sjoerd Bosga, ABB AB, Sweden Prof. Alain Bouscayrol, Université de Lille 1 (USTL), FranceProf. Dr. Michael Braun, Universität Karlsruhe, Germany Prof. Mario Cacciato, Università degli Studi di Catania, ItalyProf. Domenico Casadei, University of Bologna, Italy Ing. Daniel Chatroux, CEA, France

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Prof. Jon Clare, University of Nottingham, United Kingdom Dr. Silvio Colombi, GE-IMV, Switzerland Gerard Coquery, INRETS, France Prof. François Costa, ENS-Cachan; FranceProf. Michel Crappe, BelgiumProf. Dr. Ir. Rik De Doncker, RWTH-ISEA, Germany Prof. Dr. Enrique J. Dede, G.H. Electrotermia SA, Spain Prof. Sybille Dieckerhoff, Technische Universität Berlin, GermanyDr. Frans Dijkhuizen, ABB Corporate Research, Sweden Prof. Martin Doppelbauer, Karlsruher Institut für Technologie (KIT), GermanyProf. Drazen Dujic, EPFL, SwitzerlandProf. Hans-Guenter Eckel, University of Rostock, Germany Dr. Martin Fasching, mfTEC Fasching KG, Austria Prof. Dr. Braham Ferreira, Delft University of Technology, The Netherlands Leonardo Fragapane, STMicroelectronics Italy Prof. Friedrich W. Fuchs, Christian-Albrechts-Universität Kiel, GermanyProf. Samuel Galceran, CITCEA-UPC, Spain Prof. Jean-Paul Gaubert, Université de Poitiers, FranceLaurent Gonthier, STMicroelectronics, France Prof. Dr. ir. Johan Gyselinck, Université Libre de Bruxelles (ULB), Belgium Prof. Dr.-Ing. Ingo Hahn, Universität Erlangen, Germany Prof. Lennart Harnefors, ABB Corporate Research, Sweden Prof. Marcel Hendrix, Teschnische Universiteit Eindhoven, The NetherlandsProf. Wilfried Hofmann, Technische Universität Dresden, Germany Dr. Andrew Hyde, Alstom Grid, United Kingdom Dr. Robert B. Inderka, DaimlerChrysler AG, Germany Prof. Dr. Karel Jezernik, University of Maribor, Slovenia Prof. Marcel Jufer, EPFL - STI – LAI, Switzerland Dr. Sergej Kalaschnikow, Danfoss Ges.m.b.H., Austria Dr. Per Karlsson, Höganäs AB, Sweden Prof. Vladimir Katic, University of Novi Sad, Republic of SerbiaProf. Marian Kazmierkowski, Warsaw University of Technology, Poland Prof. Dr. Ing. Ralph Kennel, Technische Universität München, Germany Dr. Edwin Kiel, SMA Solar Technology AG, Germany Dr. Philip C. Kjær, Vestas Wind Systems A/S, Denmark Prof. Dr. Johann W. Kolar, ETH Zurich, Switzerland Prof. Dr. Jorma Kyyrä, Aalto University, Finland Prof. Dr. Ir. Philippe Lataire, Vrije Universiteit Brussel, Belgium Prof. Stéphane Lefebvre, ENS de Cachan, France Dr. András Lelkes, Baumüller Nürnberg GmbH, Germany Prof. Betty Lemaire-Semail, L2EP Université Lille1, France Prof. Emil Levi, Liverpool John Moores University, United Kingdom Prof. Dr.-Ing. Andreas Lindemann, Otto-von-Guericke-University Magdeburg, Germany Prof. Marco Liserre, Christian-Albrechts-Universität Kiel, GermanyProf. Elena Lomonova, Technical University of Eindhoven, The Netherlands Prof. Dr. Leo Lorenz, ECPE, Germany Prof. Dr. Robert D. Lorenz, University of Wisconsin – Madison, USA Prof. Dr. Josef Lutz, Technical University of Chemnitz, Germany Prof. Mariusz Malinowski, Warsaw University of Technology, PolandProf. Mario Marchesoni, Università di Genova, Italy Prof. Dr. Eisuke Masada, Railway Technology Research Institute, Japan



Prof. P. A. Mawby, University of Warwick, United Kingdom Prof. Jan Melkebeek, Ghent University, Belgium Dr. Michel Mermet-Guyennet, Alstom Transport, France Prof. Axel Mertens, Leibniz Universität Hannover, Germany Régis Meuret, Hispano-Suiza, France Prof. Thierry Meynard, LAPLACE – University of Toulouse, France Prof. Eric Monmasson, Université de Cergy-Pontoise, France Prof. Frédéric Morancho, LAAS, FranceProf. Dr. Bernard Multon, Antenne de Bretagne de l'Ecole Normale Supérieure de Cachan, France Prof. Stig Munk-Nielsen, Aalborg University, Denmark Dr. Alireza Nami, ABB AB Corporate Research, SwedenProf. Hans-Peter Nee, The Royal Institute of Technolog,y Sweden Dr. Jouko Niiranen, ABB Oy, Finland Prof. Roy Nilsen, Wärtsilä, Norway Prof. Dr. Ing. Bernd Orlik, Universität Bremen, GermanyProf. Dr. Juan Peracaula, Universitat Politècnica de Catalunya, Spain Prof. Yves Perriard, EPFL - IMT – LAI, Switzerland Prof. Bernhard Piepenbreier, Friedrich-Alexander-Universität Erlangen-Nürnberg, Germany Prof. Maria Pietrzak-David, LAPLACE, INPT-ENSEEIHT, FranceProf. Francesco Profumo, Politecnico di Torino, Italy Prof. W. F. Ray, Power Electronic Measurements Ltd, United Kingdom Prof. Leonids Ribickis, Riga Technical University, Latvia Dr. Frédéric Richardeau, LAPLACE - University of Toulouse, France Prof. Benoit Robyns, Ecole des Hautes Etudes d'Ingénieur (HEI), France Dr. Miran Rodic, University of Maribor, Slovenia Prof. Alfred Rufer, Ecole Polytechnique Fédérale de Lausanne, Switzerland Dr. M. Samotyj, Electric Power Research Institute, USA Franck Sarrus, Ferraz-Shawmut, France Prof. Uwe Schäfer, Technical University of Berlin, Germany Prof. Jean-Luc Schanen, G2ELAB, FranceDr. Uwe Scheuermann, Semikron Elektronik GmbH, GermanyDr. Hubert Schierling, Siemens AG, Germany Dipl.-Ing. Dr. Andreas Schmidhofer, Magna Powertrain AG & Co KG, Austria Prof. Dr. Ing. Günter Schröder, Universität Siegen, Germany Prof. Manfred Schrödl, Technische Universität Wien, Austria Prof. Dr. Ing. Walter Schumacher, Technische Universität Braunschweig Carolo-Wilhelmina,Germany Prof. Dr. N. Y. A. Shammas, Staffordshire University, United Kingdom Dr. Sami Siala, GE Energy Power Conversion, France Dr. Daniel Siemaszko, PESC-CH, SwitzerlandDr. Ralf Siemieniec, Infineon Technologies Austria AG, Austria Brigitte Sneyers, EPE Association, Belgium Dr. Peter Steimer, ABB, Switzerland Prof. Antoni Sudria, UPC-CITCEA, Spain Prof. Mark Sumner, University of Nottingham, UK Dr. Sandro M. Tenconi, ENERGY TECHNOLOGY SRL, Italy Prof. Sarath Tennakoon, Staffordshire University, United KingdomProf. Jean-Luc Thomas Conservatoire National des Arts et Métiers Electrotechnique et SUP-ELEC, France Dr. Anthony Totterdell, ALSTOM GRID, United Kingdom Prof. Javier Uceda, Universidad Politécnica de Madrid, Spain

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Prof. Dr. ir. Alex Van den Bossche, Universiteit Gent, Belgium Prof. Dr. ir. Joeri Van Mierlo, Vrije Universiteit Brussel, Belgium Prof. Andrea Vezzini, Berne University of Aplied Sciences Switzerland Dr. Matthias Victor, SMA Regelsysteme GmbH, GermanyProf. Dr. Helmut Weiss, University of Leoben, Austria Prof. Patrick Wheeler, University of Nottingham, United Kingdom Prof. Xibo Yuan, , University of Bristol, United KingdomProf. Pericle Zanchetta, University of Nottingham, United KingdomProf. Krzysztof Zawirski, Technical University of Poznan, Poland Dr. Ahmed Zobaa, Brunel University, United Kingdom

EPE / IEEE-PELS Coordination Committee

The overall management of the Congress is conducted by the Coordination Committee toensure consistency in strategy, scope and content of the Conferences from year to year. Thecommittee issues a Call for future locations of the Conferences, and forwards its recommen-dations to the EPE-Executive Council as well as to IEEE-PELS Administrative Committee for finalapproval.

Members:

EPE representative members: PELS representative members: Enrique Dede Hirofumi AkagiPhilip C Kjaer Rik De DonkerElena Lomonova Uday Deshpande Leo Lorenz Grahame HolmesYves Perriard Mario PacasJean-Luc Thomas Patrick Wheeler

Topic Chairpersons and co-chairpersons

I POWER ELECTRONICS DEVICES AND CONVERTERS

Topic 1: DEVICES, PACKAGING AND SYSTEM INTEGRATIONProf. Sybille Dieckerhoff, Technische Universität Berlin, GermanyProf. Hans-Peter Nee, The Royal Institute of Technolog,y Sweden

Topic 2: POWER CONVERTERS TOPOLOGIES AND DESIGNDr. Colin Oates, ALSTOM GRID, United Kingdom (†)Prof. Drazen Dujic, EPFL, Switzerland

Topic 3: MEASUREMENT AND CONTROLProf. Eric Monmasson, Université de Cergy-Pontoise, France Prof. Jero Ahola, Lappeenranta University of Technology, Finland

II POWER ELECTRONICS APPLICATIONS

Topic 4: ELECTRICAL MACHINES AND DRIVE SYSTEMS Prof. Dr. Robert D. Lorenz, University of Wisconsin – Madison, USA Prof. Dr. Ing. Ralph Kennel, Technische Universität München, Germany

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Topic 5: RENEWABLE ENERGY POWER SYSTEMSProf. Mark Bakran, Universität Bayreuth, GermanyProf. Hans-Guenter Eckel, University of Rostock, Germany

Topic 6: GRIDS & SMART GRIDSProf. Vladimir Katic, University of Novi Sad, Republic of SerbiaProf. Seddik Bacha, Laboratory G2ELAB, France

Topic 7: POWER SUPPLIESProf. Dr. Jorma Kyyrä, Aalto University, Finland Prof. Dr. ir. Alex Van den Bossche, Universiteit Gent, Belgium

Topic 8: e-MOBILITYProf. Joachim Böcker, University of Paderborn, GermanyProf. Dr. ir. Joeri Van Mierlo, Vrije Universiteit Brussel, Belgium

Topic 9: INDUSTRY SPECIFIC ENERGY CONVERSION AND CONDITIONING TECHNOLOGIESDr. ir. Sjoerd Bosga, ABB AB, SwedenProf. Stig Munk-Nielsen, Aalborg University, Denmark

Topic 10: EDUCATION IN ELECTRICAL ENGINEERINGProf. Frede Blaabjerg, Aalborg University, DenmarkProf. Leonids Ribickis, Riga Technical University, Latvia

EPE Association Secretariat

Brigitte Sneyers, Secretary General Philippe Hamacher, Communications ManagerNancy Langsberg, AdministrationMireille Vankeerberghen, Exhibition ManagerCarol Appelmans, Assistant to the Secretary General

C/o VUB – IrW – ETEC Pleinlaan 2, Avenue de la Plaine B - 1050 Brussels - Belgium Tel: +32 / (0)2 – 629.28.19. - Fax: +32 / (0)2 – 629.36.20. E-Mail: [email protected] - URL: http://www.epe-association.org

Local Conference Chair

Martin DoppelbauerUniv.-Prof. Dr.-Ing.

Karlsruhe Institute of Technology KITInstitute of Electrical Engineering ETIEngelbert-Arnold-Straße 5DE - 76131 Karlsruhe - GERMANYPhone: +49-721-60846250 - Fax: +49-721-60842921E-Mail: [email protected]

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EPE 2015 ECCE Europe – List of topics

I POWER ELECTRONICS DEVICES AND CONVERTERS

Topic 1: DEVICES, PACKAGING AND SYSTEM INTEGRATION1.a. Active components1.b. New materials and active devices1.c. Passive components1.d. Power system integration, packaging & thermal management1.e. Reliability

Topic 2: POWER CONVERTERS TOPOLOGIES AND DESIGN2.a. Hard & soft switching techniques2.b. Advanced power converter topologies2.c. Power factor correction techniques

Topic 3: MEASUREMENT AND CONTROL3.a. Standard and advanced control techniques for power converters 3.b. Application of control methods to electrical systems3.c. Estimation and identification methods3.d. Measurements techniques3.e. Sensors

II POWER ELECTRONICS APPLICATIONS

Topic 4: ELECTRICAL MACHINES AND DRIVE SYSTEMS 4.a. Electrical Machines4.b. Adjustable speed drives 4.c. High performance drives4.d. Motion control, robotics, special drives

Topic 5: RENEWABLE ENERGY POWER SYSTEMS5.a. Wind energy systems5.b. Solar energy systems5.c. Other renewable energy systems5.d. Energy storage systems

Topic 6: GRIDS & SMART GRIDS6.a. Power electronics in transmission and distribution systems6.b. HVDC & FACTS6.c. Micro-grids6.d. Smart grids6.e. Power quality issues (including HF phenomena)6.f. Fault coordination and protection of DC grids

Topic 7: POWER SUPPLIES7.a. Low voltage DC power supplies 7.b. High voltage DC power supplies7.c. Distributed power supplies7.d. Uninterruptible power supplies (UPS)

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Organisation of EPE '16 ECCE Europe - list of topics


7.e. Electronic ballasts and solid state lighting7.f. Contactless power supply

Topic 8: e-MOBILITY8.a. Electric propulsion systems for electric vehicles8.b. Power converters for electric vehicles8.c. Batteries and Management Systems (BMS)8.d. EV´s battery chargers: Contact and contactless8.e. Standards and regulations

Topic 9: INDUSTRY SPECIFIC ENERGY CONVERSION AND CONDITIONING TECHNOLOGIES9.a. Energy conversion and conditioning technologies in the industry (cement, steel,

paper, textile, mining, etc…)9.b. Power electronics in aerospace and space applications9.c. Rail vehicles9.d. Marine applications (offshore and ships)9.e. Energy conversion and conditioning technologies in physics research and related

applications

Topic 10: EDUCATION IN ELECTRICAL ENGINEERING10.a. Education in electrical engineering10.b. Education policy in Europe

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Organisation of EPE '16 ECCE Europe - list of topics


The EPE’16 ECCE Europe conference will be hosted by theKarlsruhe Institute of Technology (KIT). The KIT was founded justseven years ago by the merger of the Technical University ofKarlsruhe and the Helmholtz Research Center Karlsruhe. TheTechnical University is based on the polytechnic school, whichwas founded almost 200 years ago. But also the HelmholtzResearch Center has a 60-year-old history. Famous graduates fromthe University are Carl Benz, Dieter Zetsche, Emil von Škoda andAlexander Gerst, among others.

The University is also known for the work of Heinrich Hertz whofound the existence of electromagnetic waves in 1886. RudolfRichter wrote a series of fundamental and popular books on elec-tric machines while being chair of the institute of electrical engi-neering from 1912 to 1947. With some 25.000 students andnearly 10.000 employees, including about 350 professors, KIT istoday one of the largest research institutions in Germany.

GENERAL INFORMATION ON KARLSRUHE

Karlsruhe is a medium sized town on the border between Baden and Alsace regions in thetri-national metropolitan area of the Upper Rhine. It was founded in 1715 as a Baroque cityby the Margrave Karl Wilhelm. Because the roads emanating from the castle are fan-shapedlike sunbeams, Karlsruhe is nicknamed the fan city.

Baden cuisine and Baden wine are renowned well beyond national borders. The Karlsruheregion offers the highest density of gourmet restaurants in Germany. From the residence ofthe Grand Dukes of Baden to the center of the technology region, from street festivals andopen air concerts, exhibitions, cultural and leisure facilities to restaurants, cafés and clubs -there's a lot to discover in Karlsruhe. The quality of life in this city of over 300,000 inhabitantsis high and the region is booming. Karlsruhe is a city that can be referred to as a "knowledgefactory with savoir vivre". Museums, theatres, cinemas and international festivals provide arich variety. With its more than 900 hectares of public parks, landscaped areas and greenspaces, Karlsruhe is a city surrounded by nature as well as a city of gardens.

The wide-ranging international cultural program in Karlsruhe makes experiences andexchanges in visual arts, music, literature, theatre, film and festivals possible - or even justinteraction between people. The collection at the Staatliche Kunsthalle (State Art Museumwww.kunsthalle-karlsruhe.de) includes numerous works by French and Dutch masters.

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General Information


ZKM

By extending the original duties of a museum, the ZKM | Center for Art and Media(www.zkm.de) has become a cultural institution unique throughout the world. It is a housefor all media and genre, a house for both spatial arts, such as painting, photography, andsculpture as well as time-based arts, such as film, video, media art, music, dance, theater, andperformance. ZKM was founded as a museum in 1989 with the mission to perpetuate clas-sical arts in the digital age, which is why it is occasionally referred to as "Electronic or DigitalArt Bauhaus". Beyond that, ZKM houses institutes and laboratories that carry out scientificresearch, development, and production.

Karlsruhe Palace

The Karlsruher Schloss was erected in 1715 by Margrave Karl Wilhelm von Baden-Durlach,after a dispute with the citizens of his previous capital, Durlach. The city of Karlsruhe has sincegrown around it. The city was planned with the tower of the palace at the center and 32streets radiating out to the south from it in a fan shaped structure, so that a nickname forKarlsruhe is the "fan city" (Fächerstadt). The original wooden structure of the palace wasrebuilt in stone in 1746.

Since 1918 the former residence of the Rulers of Baden is used as the BadischesLandesmuseum (local historic museum).

Federal Constitutional Court

The Bundesverfassungsgericht is the supreme constitutional court for the Federal Republic ofGermany. It was established by the constitution (Grundgesetz) of Germany. Since its incep-tion with the beginning of the republic, the court has been located in the city of Karlsruhe -intentionally distanced from the other federal institutions in Berlin (earlier Bonn) and othercities.

The main task of the court is judicial review. It may declare legislation unconstitutional, thusrendering them ineffective. In this respect, it is similar to other supreme courts with judicialreview powers, yet the court possesses a number of additional powers and is regardedamong the most interventionist and powerful national courts in the world.

Beautiful surroundings

Karlsruhe is nicely located in the upper Rhine val-ley, just north of the French Elsaß with itsVosges Mountains and the German naturepark Black Forest (Schwarzwald). The city isalso close to the nature park Palatinate Forest(Pfälzerwald) to the west. Together with thenorthern part of the adjacent Vosges Mountainsit forms the UNESCO-designated Palatinate

Forest-North Vosges Biosphere Reserve, one of the largest forest areas in Europe.

Hiking was invented in the Black Forest - It was Philipp Bussemer from Baden-Baden whoopened what was probably the first tourist information center at the end of the 19th centurynear to his haberdashery shop. Excellent and popular hiking destinations are the about 100

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General Information


Vesperstuben - operated huts deep inside the forest that offer local food and snacks. Somelie ensconced in the high mountains, others in cozy forests, and they are also embedded inthe Black Forest network of hiking trails.

Weather

In September weather is generally pleasant with mild temperatures.

Tourist info

More tourist information is available at Karlsruhe tourism, phone +49 (0) 721 3720 5383, onhttps://www.facebook.com/VisitKarlsruhe or at http://www.karlsruhe-tourismus.de/.

Free wifi access

Karlsruhe offers free wifi access to all visitors with many hotspots located almost everywherein the city center. Please connect to "KA-WLAN". You will have to register once with yourname, e-mail and cell phone number.

Eduroam wifi access is provided on the premises of the KIT to all members of participatinguniversities.

Wifi will be available on-site for all attendees. ID and password are EPE2016ECCE.

EPE'16 App

Follow the EPE’16 ECCE Europe Conference Programme on your Mobile Device (IOS andAndroid)http://my.yapp.us/EPE2016

Electricity

• Voltage: 230 V• Frequency: 50 Hz• Electrical outlet: Type F CEE 7/4 (Schuko), compatible with type C CEE 7/16 (Euro-Plug)

Area code

• For Germany: 0049 / +49• For Karlsruhe: 0721

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General Information


THE CONFERENCE VENUE:

The Conference Organization:

Institute of Electrical Engineering (ETI) at KIT, Engelbert-Arnold-Straße 5, 76131 Karlsruhe,Mrs. Marie-Louise Keilbach, Phone: +49 721 608-42473, URL: http://www.eti.kit.edu/

The Conference Venue:

Karlsruhe Town Hall / Convention Center (Stadthalle / Kongresszentrum), Festplatz 9,76137 Karlsruhe, Mrs. Susanne Seitz, Phone: +49 721 3720-2126, URL: www.kongress-karls-ruhe.de

Public transportation in the city http://www.kvv.de/

The conference venue is located 1,3 km north of Karlsruhe main station (Hauptbahnhof). Itcan be reached by a short walk or by Bus line number 10 from the Bahnhofsplatz (northentrance). Exit the bus at "Kongresszentrum".

The University (South Campus) is located another 1,5 km north-east of the congress center.Again, you can take a short walk through the city center. Or you enter the tram(Straßenbahn) line number 5 at Konzerthaus and exit at stop Durlacher-Tor/KIT-Campus Süd.To go directly from the main station to the University, take any of the tram (Straßenbahn) lines2, S4 or S41 from the Bahnhofsplatz (north entrance). Exit at stop Durlacher-Tor/KIT-CampusSüd.

International flight connections

From Frankfurt International Airport: Take the German high speed train (ICE) from the air-port train terminal (Frankfurt Flughafen Fernbahnhof) to Karlsruhe main station(Hauptbahnhof). Trains leave once per hour and travelling time is about one hour.

From Stuttgart International Airport: Take the S-Bahn S2 to Stuttgart main station(Hauptbahnhof). Trains from Stuttgart to Karlsruhe leave approximately every half hour. Totaltravelling time from the airport will be about 1 1/2 to 2 hours.

From Karlsruhe/Baden-Baden Airport: Take a bus to either Rastatt (Line 234) or Baden-Baden(Line 285) main stations. There is a direct train link to Karlsruhe main station. Travelling timewill be about one hour.

From Strasbourg Aeroport: Take the Train Express Regional (TER) to Strasbourg main station.There are frequent French (TGV) and German (ICE) high-speed train connections to Karlsruhemain station. Travelling time will be about 1 1/2 hours.

Travelling by car

Do not miss the opportunity to experience a traffic jam on the famous German highways.Karlsruhe is located at the intersection of A8 (west-east to Stuttgart and Munich) and A5(south-north to Frankfurt and Switzerland/France), two of the busiest streets in Germany. You are allowed to drive as fast as you want, but in practice you will often be as slow as abicycle.

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Practical Information


There is a large parking garage located under the conference place (APCOA ParkhausKongress-Zentrum Karlsruhe) that provides direct access to the venue. Price is 1,50 € per houror 16 € max per day. The garage opens daily at 6 am and closes at 2 am in the night.

Karlsruhe Convention Center is inside the so-called ‘Clean Air Zone’ of Karlsruhe. To enter thezone, cars need to display a sticker on their windshield to show that they are permitted tobe there. Sticker can be bought at one of the offices issuing them (motor vehicle registrationoffice, TÜV, DEKRA, GTÜ, repair shops performing emissions inspections, city hall).

Catering

Coffee breaks: Coffee will be served in the exhibition area from 11:30 until the closing of theconference.

Lunches: Lunch will be served on the first floor and in the exhibition area from 13:10 until14:40.

First Aid

Please inform the staff at the reception desk in case of emergency.

Award Ceremony

The Award Ceremony will be held on Tuesday, 6th September from 18:00 to 18:30 in theBrahms room.

Welcome Reception

A Welcome Reception will be held on Tuesday, 6th September from 18:30 to 19:30 in theexhibition area of the conference venue.

PELS Young Professionals Meeting

The PELS Young Professionals Meeting will also take place on Tuesday, right after theWelcome Reception. It will be held at 20:00 hours (8 p.m.) in the premises of the KIT CampusSouth (building 11.30, top floor), located about 1,5 km north-east of the conference center.

Gala Dinner

The Gala Dinner will take place at the beautiful Castleand Gardens of Schwetzingen on Wednesday evening,7th September. There will be a 45 min bus transfer fromKarlsruhe to Schwetzingen.

The busses are leaving at 18:00 hours (6 p.m.) onWednesday in front of the convention center. Be sureto get there in time and do not forget your ticket!

The busses will leave Schwetzingen around 22:00 hours(10 p.m.) and return to Karlsruhe by 22:30 - 22:45.

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Practical Information, Award Ceremony and social events


All conference delegates are required to wear badges, which they will receive when they register. These badges will indicate the type of registration each delegate has.

On the top left corner of each badge, the following symbol indicates the type of conferenceaccess:

• L = lunches included• R = welcome reception included

On the top right corner, the following symbols indicate the day(s) of access:

• TUE06• WED07• THU08• none --> all the 3 days of the conference (Tue06, Wed07 & Thu08)

Specific points to be aware of:

• Badges with a specific date on the top right corner gives access to the conference and/orexhibition at the specified date(s) only

• Visitor badges gives access to the exhibition only on the day specified on the top right cor-ner of the badge. People wearing these badges are not allowed to attend the conference'ssessions.

• Guest badges gives access to the lunches (if L is indicated) and/or for the welcome recep-tion (if R is indicated) on the specified date(s). When lunch time is over, people wearingthese badge must leave the conference hall and are not allowed to attend the confe-rence's sessions.

Examples of these badges are below:

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Badges

Deleguate

One-day Deleguate


20

Badges

Organisation

Exhibitor

Guest


Gala dinner

The gala dinner will take place in the Castle of Schwetzingen. Participants whose registrationinclude the gala dinner will receive a ticket. Departure time of the busses: 18h00 in front ofthe Conference Centre.

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Badges

Tickets


Tutorials will take place at Karlsruhe Institute of Technology (KIT), Bld. 20.30, Englerstraße 2,76131 KarlsruheMorning sessions start 09:30, registration opens at 08:00Afternoon session start 14:00, registration for afternoon tutorials opens at 13:00

Tutorial #1: MorningState-of-the-Art Permanent Magnet Synchronous Motor Control Methods inAutomotive Traction Applications, Considering Thermal InfluencesDr.-Ing. Wilhelm Peters, M.Sc. Oliver Wallscheid, Prof. Dr.-Ing. Joachim BöckerPaderborn University, Department of Power Electronics and Electrical Drives

Tutorial #2: Full dayIndustry Best Practices in Reliability Prediction and Assurance for Power ElectronicsProf. Dr. Eckhard Wolfgang, ECPEDr. Ing. Markus Theben, Infineon TechnologiesDipl.-Ing. Frank Heidemann, SET GmbHDr. rer. nat. Wolfgang Wondrak, DaimlerDr. Craig Hillman, DfR Solutions

Tutorial #3: MorningMarine Microgrids, Control, Optimization, Power Quality and the Role of PowerElectronicsProf. Tomasz Tarasiuk, Gdynia Maritime University, PolandProf. Josep M. Guerrero, Aalborg University, DenmarkDr. Shantha Gamini, Australian Maritime Collage, Univ. of Tasmania, Australia

Tutorial #4: AfternoonAdvanced Position/Speed Sensorless Control Strategies for AC Motor DrivesProf. Dianguo Xu , Prof. Gaolin Wang, School of Electrical Engineering and Automation,Harbin Institute of Technology, Nangang District, Harbin, Heilongjiang, China

Tutorial #6: AfternoonSimulating Power Electronics Converters Using Simscape Power Systems (FormerlySimPowerSystems) - The Right Balance between Performance and FidelityPierre Giroux, Gilbert Sybille, Patrice Brunelle, Research Scientists, Hydro-Québec ResearchInstitute (IREQ)Christian Dufour, Research Scientist, OPAL-RT

Tutorial #7: Full dayPower Circuits for Clean Switching and Low LossesDr. Reinhold Bayerer, Infineon Technologies AG, Germany

Tutorial #8: Full dayAdvanced Modelling and Simulation of Power Electronic SystemsNiklaus Felderer, Min Luo, Felix Prauße, Orhan Toker, Application and software engineers,Plexim GmbH

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Tutorials Monday 5 September 2016


09:00 Opening Session Location: Room Brahms

Chair(s): DOPPELBAUER Martin, Karlsruhe Institute of Technology, GermanyLORENZ Leo, European Center for Power Electronics E.V., Germany

09:30 Keynote 1: Future of Wide Band Gap Location: Room BrahmsPower Semiconductors

Chair(s): BAKRAN Mark, Universität Bayreuth, GermanyMALLWITZ Regine, Technische Universität Braunschweig, Germany

09:30 Future of Wide Band Gap Power SemiconductorsFRIEDRICHS Peter - Infineon AG

10:10 LS1a: Topic 2: Modular Multilevel Converters Location: Room ThomaChair(s): DUJIC Drazen, Ecole Polytechnique Fédérale de Lausanne, Switzerland

HILLER Marc, Karlsruhe Institute of Technology (KIT), Germany

10:10 361 - Analysis and Reduction of Capacitor Ripple Current in ModularMultilevel Converter for Variable Speed DrivesSAU Shambhu, FERNANDES BAYLON Godfrey - Indian Institute of Technology Bombay - India

10:30 399 - Insulation Coordination for a Modular Multilevel Converter PrototypeCHRISTE Alexandre, COULINGE Emilien, DUJIC Drazen - Ecole Polytechnique Fédérale deLausanne - Switzerland

10:50 423 - AC/AC Modular Multilevel Converters in Wind Energy Applications:Design ConsiderationsKUCKA Jakub, KARWATZKI Dennis, MERTENS Axel - Leibniz Universität Hannover - Germany

11:10 450 - Improved control strategy of the Modular Multilevel Converter forhigh power drive applications in low frequency operationESPINOZA Mauricio - University of Costa Rica - Costa Rica, CÁRDENAS Roberto, DIAZ Matias,ESPINA Enrique - University of Chile – Chile, MORA Andres - Technical University FedericoSanta Maria - Chile

10:10 LS1b: Topic 8: Power Systems for Location: Room HebelElectric Vehicles

Chair(s): BOUSCAYROL Alain, Université Lille1, FranceVAN MIERLO Joeri, Vrije Universiteit Brussel, Belgium

10:10 455 - Loss Balancing of Three-Level Inverters in Electric Vehicles for LowSpeed OperationBRUESKE Stephan, FUCHS Friedrich W., LISERRE Marco, WALZ Stefan - Christian-Albrechts-Universitaet zu Kiel - Germany

10:30 617 - Bidirectional Dual Active Bridge Converter using a Tap Changer forExtended Voltage RangesTARABORRELLI Silvano, DE DONCKER Rik W., SPENKE Renè - ISEA RWTH-Aachen - Germany

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Opening session, keynote and lecture sessions 1 Tuesday 6 September 2016


24

Tuesday 6 September 2016 Lecture session 1

10:50 631 - Loss analysis of Z-source Inverter Using SiC-MOSFET from thePerspective of Current Path in the Short-through ModeIIJIMA Ryuji, ISOBE Takanori, TADANO Hiroshi - University of Tsukuba - Japan

11:10 204 - Particle swarm optimization of the fuzzy logic controller for a hybridenergy storage system in an electric carMICHALCZUK Marek, GRZESIAK Lech, UFNALSKI Bartlomiej - Warsaw University ofTechnology - Poland

10:10 LS1c: Topic 4: Control of Electrical Machines(I) Location: Room MombertChair(s): BRAUN Michael, Karlsruher Institut für Technologie, Germany

SEMAIL-LEMAIRE Betty, Université de Lille 1 - L2EP, France

10:10 189 - Active Flux Based Finite Control Set Model Predictive Control ofSynchronous Reluctance Motor DrivesHADLA Hazem, CRUZ Sérgio - University of Coimbra / IT - Portugal

10:30 347 - Using Volt-sec. Sensing to Extend the Low Speed Range and theDisturbance Rejection Capability of Back-EMF-based Self-Sensing InductionMachine DrivesLORENZ Robert, WANG YUKAI - University of Wisconsin - Madison - United States of America

10:50 373 - Operating Point Dependent Anisotropies and Assessment forPosition-Sensorless ControlHAMMEL Wolfgang - SEW Eurodrive GmbH & Co KG – Germany, KENNEL Ralph, LANDSMANN Peter - Technische Universität München - Germany

11:10 651 - Predictive current control and online parameter identification of per-manent magnet synchronous machines with nonlinear magneticsDECKER Simon, BRAUN Michael, RICHTER Jan - Karlsruhe Institute of Technology (KIT) -Germany

10:10 LS1d: Topic 3: Standard and Advanced Location: Room ClubraumControl Techniques for Power Converters (I)

Chair(s): CARPITA Mauro, University of Applied Sciences of Western Switzerland, SwitzerlandRICCO Mattia, Aalborg University, Denmark

10:10 52 - Experimental Evaluation of PWM-Methods for Modular MultilevelConvertersFEHR Hendrik, BERNET Steffen, GENSIOR Albrecht - Technische Universität Dresden -Germany

10:30 97 - Power Balancing in Multi-Converter Systems Composed of ModularMultilevel Converters (MMCs)BLASZCZYK Pawel - ABB Corporate Research Center – Poland, BOSWORTH Matthew, SOTODionne, STEURER Michael - Florida State University - United States of America, WINKELNKEMPERManfred - ABB - Switzerland


10:50 182 - Circulating Current Control for Modular Multilevel Converter basedon Selective Harmonic Elimination with Ultra-low Switching FrequencyPEREZ-BASANTE Angel - University of The Basque Country – Spain, CEBALLOS Salvador -Tecnalia Research & Innovation - Spain, KONSTANTINOU Georgios - The University of NewSouth Wales - Australia, LISERRE Marco - Chair of Power Electronics Christian-AlbrechtsUniversität - Germany, MARTINEZ DE ALEGRIA Iñigo - University of The Basque Country -Spain, POU Josep - The University of New South Wales, Tech. Univ. of Catalonia - Australia

11:10 93 - Control of Direct AC/AC Modular Multilevel Converters UsingCapacitor Voltage EstimationBESSEGATO Luca - KTH Royal Institute of Technology - Sweden, HARNEFORS Lennart, ILVESKalle - ABB Corporate Research - Sweden, NORRGA Staffan, ÖSTLUND Stefan - KTH RoyalInstitute of Technology - Sweden

10:10 LS1e: Topic 7: Power Supplies Location: Room 2.05Chair(s): DEDE Enrique, University Valencia, Spain

ZELJKOVIC Sandra, Infineon Technologies AG, Germany

10:10 610 - Multi-Objective Optimization and Comparison of Multi-Level DC-DCConverters using Convex Optimization MethodsSTUPAR Andrija, MCRAE Timothy, PRODIC Aleksandar, TAYLOR Josh A., VUKADINOVICNenad - University of Toronto - Canada

10:30 242 - Quasi Resonant Totem Pole LED DriverABRAMOVITZ Alexander, CORECH Ophir, SHMILOVITZ Doron - TeL-Aviv University - Israel

10:50 400 - Quasi Resonant LED Driver with Coupled Current Doubler RectifierABRAMOVITZ Alexander, BAZAROV Alexander, SHMILOVITZ Doron - TeL-Aviv University -Israel

11:10 345 - User Configurable Efficient USB Power Supply with Smart ControlFunctions for Buck/Boost Operation Using ZETA-TopologyKLOENNE Alfons - University of Applied Sciences Karlsruhe - Germany, RUPRECHT Bruno,SIGLE Martin, SIGLE Thomas - Sirutec GmbH - Germany

10:10 LS1f: Topic 6: Power Electronics in Location: Room 2.08Transmission and Distribution Systems

Chair(s): KATIC Vladimir, University of Novi Sad, Faculty of Technical Sciences, SerbiaMANEIRO Jose, Supergrid Institute SAS, France

10:10 237 - Voltage and current behavior in a FixReF controlled offshore windfarm using a HVDC transmission system based on uncontrolled diode rectifier unitsPRIGNITZ Cord, ECKEL Hans-Günther - University of Rostock - Germany, KNAAK Hans-Joachim -Siemens AG - Germany

10:30 524 - Capacitor size reduction of MMC-based STATCOM for medium voltagepower distribution networkISOBE Takanori, BARRERA-CARDENAS Rene A., TADANO Hiroshi - University of Tsukuba -Japan

25

Lecture session 1 Tuesday 6 September 2016


10:50 592 - Implementation of an active RLC load for Unintentional Islanding TestDALLA SANTA Luca, CALDOGNETTO Tommaso, MAGNONE Paolo, MATTAVELLI Paolo -University of Padova - Italy

11:10 554 - Investigation of Renewable Energy Generation and Load Impact onthe Grid Impedance at Different Points of Connection in Public Low Voltage Gridsto Support Grid Integration of Renewable EnergiesJESSEN Lars, FUCHS Friedrich W. - Kiel University - Germany

11:50 LS2a: Topic 2: Soft Switching Converters Location: Room ThomaChair(s): WHEELER Pat, Nottingham University, United Kingdom

BAKRAN Mark, Universität Bayreuth, Germany

11:50 41 - Step Up DC-DC Converter for Automotive ApplicationISURIN Alexander, COOK Alexander - Vanner - United States of America

12:10 210 - A ZCT Soft Switching Approach for T-type 3-level Converter—Analysis, Design Guideline, Experiment and IssuesZHANG Yanhong - Meiden Asia PTE LTD - Singapore, KODAMA Takashi, OI Kazunobu, SUZU-KI Kenichiro - Meidensha Corporation - Japan

12:30 138 - A Novel Commutation Sequence for the Three-Level Active Neutral-Point-Clamped Inverter to Aid in Splitting Switching and Conduction Losses Amongthe Semiconductor DevicesCABALLERO Luis - General Electric - Spain, BUSQUETS-MONGE Sergio - Universitat Politecnicade Catalunya - Spain, RATÉS Sergi - General Electric - Spain

12:50 213 - Soft-Switching Three-Phase AC to DC Converter Isolated By High-Frequency TransformerSUZUKI Kazuma, ISOZAKI Junpei, KITAGAWA Wataru, TAKESHITA Takaharu - Nagoya Instituteof Technology - Japan

11:50 LS2b: Workshop: 'Batteries 2020' Location: Room HebelChair(s): TIMMERMANS Jean-Marc, Vrije Universiteit Brussel, Belgium

11:50 668 - Batteries 2020 – Lithium-ion battery first and second life ageing, val-idated battery models, lifetime modelling and ageing assessment of thermalparametersTIMMERMANS Jean-Marc, COOSEMANS Thierry, DE HOOG Joris - Vrije Universiteit Brussel -MOBI - Belgium, GASTELURRUTIA Jon - IK4-Ikerlan - Spain, GOPALAKRISHNAN Rahul,GOUTAM Shovon - Vrije Universiteit Brussel - MOBI - Belgium, MARTINEZ LASERNA Egoitz,NIETO Nerea - IK4-Ikerlan - Spain, NIKOLIAN Alex, NOSHIN Omar - Vrije Universiteit Brussel -MOBI - Belgium, SARASKETA-ZABALA Elixabet - IK4-Ikerlan - Spain, SAUER Dirk Uwe - RWTHAachen University (ISEA) - Germany, STROE Daniel Ioan, SWIERCZYNSKI Maciej - AalborgUniversity - Denmark, VAN MIERLO Joeri - Vrije Universiteit Brussel - MOBI - Belgium, WARNECKE Alexander - RWTH Aachen University (ISEA) – Germany

This workshop provides a summary of some main outcome of the Batteries 2020 project. Afirst presentation is related to lithium-ion batteries and the understanding of ageing and

26



degradation mechanisms observed in lithium ion cells. Based on a large number of accele-rated ageing tests we can say that discharging the cell more deeply before recharging, is notbeneficial for the lifetime. Based on the findings from calendric ageing, long time storage athigh SOC levels is not beneficial for the battery ageing. A second presentation is related tomodelling of lithium ion batteries. First the development of an advanced dynamic electricalmodel for the NMC lithium ion batteries will be presented. Advanced characterisation pro-cedures in combination with a proper SoC estimation technique results in a well performingelectrical ECM model with a good overall accuracy and good representation of the dynamicbehaviour of voltage response of the cell. Next, the development of a lifetime model will bepresented. This model is composed of a cycling ageing model and calendar-ageing modeland is based on an extensive set of ageing test. A third presentation describes the develop-ment of a thermal model and the study of the evolution of the thermal parameters with cellageing. The DC internal resistance is varying significantly with the battery ageing and isstrongly contributing to the irreversible heat generation of the cell. For the Entropic HeatCoefficient, the most noticeable variations occurred for the most degraded battery cells. Thehighest values of the EHC shifted from the middle SOC range to the higher SOC values during ageing. Finally, in the fourth presentation, the methodology designed for second lifebattery testing will be discussed.

11:50 LS2c: Topic 1: Wide Band Gap Components Location: Room MombertChair(s): LORENZ Leo, European Center for Power Electronics E.V., Germany

NEE Hans-Peter, KTH Royal Institute of Technology, Sweden

11:50 327 - Implementation and Investigation of the Dynamic Active Clampingfor Silicon Carbide MOSFETsBOEDEKER Christian, KAMINSKI Nando - University of Bremen - Germany

12:10 297 - Investigation of the Surge Current Capability of the Body Diode ofSiC MOSFETs for HVDC ApplicationsSADIK Diane-Perle - KTH Royal Institute of Technology - Sweden, BAKOWSKI Mietek - ACREO -Sweden, DIJKHUIZEN Frans - ABB Corporate Research - Sweden, HEINIG Stefanie, JACOBSKeijo, JOHANNESSON Daniel - KTH Royal Institute of Technology - Sweden, LIM Jang-Kwon -ACREO - Sweden, NAWAZ Muhammad - ABB Corporate Research - Sweden, NEE Hans-Peter,NORRGA Staffan - KTH Royal Institute of Technology - Sweden

12:30 650 - Investigation on Diode Surge Forward Current Ruggedness of Si andSiC Power ModulesCARASTRO Fabio - General Electric, Global Research - Germany, LOSEE Peter - GE GlobalResearch - United States of America, MARI Jorge - GE Global Research - Germany, ROWDENBrian, STEVANOVIC Ljubisa - GE Global Research - United States of America, ZOELS Thomas -GE Global Research - Germany

12:50 87 - High Voltage GaN-Based Schottky Diodes in Non-Isolated LED BuckConvertersZIBOLD Andreas, AMBACHER Oliver, KUNZER Michael, REINER Richard, RÜEDIGER Quay,WAGNER Joachim, WALTEREIT Patrick - Fraunhofer Institute Applied Solid State Physics -Germany, WEISS Beatrix - Fraunhofer IAF - Germany

27

Lecture session 2 Tuesday 6 September 2016


11:50 LS2d: Topic 5: Solar Energy Systems Location: Room ClubraumChair(s): KOSONEN Antti, Lappeenranta University of Technology, Finland

ECKEL Hans-Günter, University Rostock, Germany

11:50 121 - Evaluation of a NPC1 phase leg built from three standard IGBT modulesfor 1500 VDC photovoltaic central inverters with 500 kVA and beyondJANSEN Uwe, SAHAN Benjmamin, SLAWINSKI Maximilian - Infineon Technologies AG -Germany

12:10 261 - Flyback-based Sub-Module PV Micro-inverterRENAUDINEAU Hugues, KOURO Samir - Universidad Tecnica Federico Santa Maria - Chile,SCHAIBLE Katharina, ZEHELEIN Matthias - University of Stuttgart - Germany

12:30 593 - Photovoltaic Generators Interfacing a DC Micro-Grid: DesignConsiderations for a Two-Stage Boost Power Converter SystemALSHARIF Rabab, ODAVIC Milijana - The University of Sheffield - United Kingdom

11:50 LS2e: Topic 7: Contactless Power Supplies Location: Room 2.05Chair(s): KYYRÄ Jorma, Aalto University School of Electrical Engineering, Finland

LATAIRE Philippe, Vrije Universiteit Brussel, Belgium

11:50 68 - Externally-fed auxiliary power supply of MMC converter cellsWUNSCH Bernhard - ABB Corporate Research Switzerland - Switzerland, OEDEGARD Bjoern,ZHELEV Deyan - ABB - Switzerland

12:10 200 - Comprehensive Design Approach for a Two-Stage Fixed-FrequencyContactless Energy Transfer System Based on the Extended First HarmonicApproximationBUCHER Alexander - Siemens AG - Germany, DUERBAUM Thomas, KUEBRICH Daniel -Friedrich-Alexander University Erlangen-Nuremberg - Germany

12:30 388 - Consideration on Efficiency Characteristics to Switching Frequencyof Secondary-side Converter with Inductive Power Transfer System for ElectricVehicleOTA Ryosuke, HOSHI Nobukazu, UCHIDA Kosuke - Tokyo University of Science - Japan

12:50 460 - Theoretical Analysis and Experiments for Higher Efficiency of CoaxialContactless Power Transmission for Electric RailwaysYAMAGUCHI Yoshiyuki - Yokohama National University - Japan, IKEDA Kunio - East JapanRailway Company - Japan, KAWAMURA Atsuo, MORIKI Kenta - Yokohama National University -Japan, YAMAMOTO Hiroshi - East Japan Railway Company - Japan

11:50 LS2f: Topic 6: HVDC Location: Room 2.08Chair(s): BAUER Pavol, Delft University of Technology, Netherlands

THOMAS Jean-Luc, Conservatoire National des Arts et Metiers, France

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11:50 258 - Internal Control Stability Assessment Method of a VSC-based trans-mission gridDENIS Guillaume - Reseau de Transport Electrique - France, COLAS Frédéric - Arts et MetiersParistech - France, GUILLAUD Xavier - Ecole Centrale de Lille - France, KESTELYN Xavier - Artset Metiers Paristech - France, PANCIATICI Patrick, PREVOST Thibault - Reseau de TransportElectrique - France

12:10 165 - The Series Bridge Converter (SBC): A Hybrid Modular MultilevelConverter for HVDC applicationsAMANKWAH Emmanuel - The University of Nottingham - United Kingdom, CHIVITE-ZABALZAJavier - GE Energy Management connections - United Kingdom, CLARE Jon, COSTABEBERAlessandro - The University of Nottingham - United Kingdom, JASIM Omar, TRAINER David -GE Energy Connections - United Kingdom, WATSON Alan - The University of Nottingham -United Kingdom

12:30 559 - Cost-Effective Solutions for Handling DC Faults in VSC HVDCTransmissionHASSANPOOR Arman, HÄFNER Ying-jiang, K Vinothkumar, NAMI Alireza - ABB - Sweden

12:50 505 - A New DC Breaker with Reduced Need for SemiconductorsÄNGQUIST Lennart, MODEER Tomas, NORRGA Staffan - Scibreak AB - Sweden

14:00 DS1a: Topic 1: Active Components Location: Room Weinbrennerand New Materials

Chair(s): NEE Hans-Peter, KTH Royal Institute of Technology, SwedenRABKOWSKI Jacek, Warsaw University of Technology, Poland

3 - Current-Direction Detection for Static MOS-Control of the Panel E1.1BIGT in the Three-Level Neutral-Point-Clamped ConverterGIERSCHNER Sidney, ECKEL Hans-Günter, FUHRMANN Jan, HAMMES David, MÜNSTERPatrick - University of Rostock - Germany

29 - High Performance 1700V IGBT Module with the 7th Panel E1.2Generation Chipset/Package TechnologiesSAWADA Mutsumi - Fuji Electric Co., Ltd. - Japan, HEINZEL Thomas - Fuji Electric EuropeGmbH - Germany, IKAWA Osamu, ONOZAWA Yuichi - Fuji Electric Co., Ltd. - Japan, THEISENAlexander - Fuji Electric Europe GmbH - Germany, YOSHIWATARI Shinichi - Fuji Electric Co.,Ltd. - Japan

44 - Explaining the short-circuit capability of SiC MOSFETs by Panel E1.3using a simple thermal transmission-line modelMAERZ Andreas, BAKRAN Mark-M., BERTELSHOFER Teresa - University of Bayreuth - Germany,HELSPER Martin - Siemens AG - Germany, HORFF Roman - University of Bayreuth - Germany

45 - Current Imbalance affected by Self Turn-On during Turn-On Panel E1.4of paralleled HV-IGBTsMUENSTER Patrick, ECKEL Hans-Guenter, LEXOW Daniel, TRAN Quang Tien - University ofRostock - Germany

29

Dialogue session 1 Tuesday 6 September 2016


73 - Comparative Electrothermal Analysis between SiC Panel E2.1Schottky and Silicon PiN Diodes: Paralleling and Thermal ConsiderationsHU Ji, ALATISE Olayiwola, BONYADI Roozbeh, MAWBY Philip, ORTIZ GONZALEZ Jose, RAN Li -University of Warwick - United Kingdom

81 - Advanced gate driver for IGBT devices with dv/dt and Panel E2.2peak voltage limitation based on active gate-emitter voltage controlHOEER Martin, BERNET Steffen, FILSECKER Felipe, WAGNER Martin - TU Dresden - Germany

122 - System Study of SiC MOSFET and Si IGBT Power Module Panel E2.3Performance using a Bidirectional Buck-Boost Converter as Evaluation PlatformSLAWINSKI Maximilian, BUSCHKUEHLE Marc - Infineon Technologies AG - Germany

172 - Current sharing between parallel IGBTs in power modules Panel E2.4during short circuit with unsymmetrically connected loadSPANG Matthias, KATZENBERGER Guenter - Semikron Elektronik GmbH & Co. KG - Germany

198 - SiC MOSFETs for Future Motor Drive Applications Panel E3.1TIWARI Subhadra, MIDTGÅRD Ole.Morten, UNDELAND Tore - Norwegian University ofScience and Technology - Norway

319 - A novel gate control strategy for 3.4kV cascade Panel E3.2SiC MOSFETs stackREN Yu, CHEN Wenjie, QIAO Liang, WANG YiChen, YANG Xu, ZHANG Fan, ZHUO Fang -Xi'an Jiaotong University - China

321 - Plasma Dynamic of RC-IGBT during Desaturation Pulses Panel E3.3WIENCKE Holger, ECKEL Hans-Günter - University of Rostock - Germany, KRAFFT Eberhard -Siemens AG - Germany, LEXOW Daniel, TRAN Quang Tien - University of Rostock - Germany

517 - Characterization and analytical modeling of 4H-SiC Panel E3.4VDMOSFET in the forward operationDANG Dinh Lam, GUICHARD Sophie, RAËL Stephane, URAINE Matthieu - University ofLorraine - France

521 - A Galvanically Isolated Gate Driver with Low Panel E4.1Coupling Capacitance for Medium Voltage SiC MOSFETsGOTTSCHLICH Jan, DE DONCKER Rik W., NEUBERT Markus, SCHAEFER Matthias - ISEA atRWTH Aachen University - Germany

545 - Meta-parameterisation of Power Semiconductor Devices Panel E4.2for Studies of Efficiency and Power Density in High Power ConvertersBARRERA-CARDENAS Rene Alexander, ISOBE Takanori - University of Tsukuba - Japan, MOLINAS Marta - Norwegian University of Science and Technology - Norway

594 - Robustness Investigation of SiC Power MOSFETs Panel E4.3under Negative TemperaturesFAYYAZ Asad, CASTELLAZZI Alberto - The University of Nottingham - United Kingdom, IRACEAndrea, ROMANO Gianpaolo - University of Naples Federico II - Italy

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Tuesday 6 September 2016 Dialogue session 1


14:00 DS1b: Topic 2: Hard and Soft Location: Room WeinbrennerSwitching Techniques

Chair(s): SCHROEDER Guenter, University of Siegen, Germany

10 - Modification of Existing Test-Bench for Soft-Switching Panel E22.1ApplicationVOSS Johannes, DE DONCKER Rik W - RWTH Aachen University - Germany

30 - Estimation of Switching Losses in Resonant Converters Panel E22.2Based on Datasheet InformationOEDER Christian, BARWIG Markus, DUERBAUM Thomas - University of Erlangen-Nuremberg(FAU) - Germany

76 - A Novel Control Concept for High-Efficiency Power Panel E22.3Conversion with the Bidirectional Non-inverting Buck-Boost ConverterYU Zhe - Fraunhofer Institute for Silicon Technology ISIT - Germany, HOFFMANN Klaus F. -Helmut Schmidt University - Germany, KAPELS Holger - Fraunhofer Institute for SiliconTechnology ISIT - Germany

143 - A Family of High DC Gain Step-up Non-isolated Panel E22.4Converters Based on a New Hybrid Passive Switching CellCHEN Manxin - Sun Yat-Sen University - China, IOINOVICI Adrian - Holon Institute ofTechnology - Israel, LI Kerui - Sun Yat-Sen University - China

151 - Modulation and Capacitor Voltage Balancing Control of Panel E23.1a Four-Level Active-Clamped Dual-Active-Bridge DC-DC ConverterFILBA-MARTINEZ Alber, BORDONAU Josep, BUSQUETS-MONGE Sergio - Technical Universityof Catalonia - Spain

233 - Current Mismatch in Paralleled Phases of High Power Panel E23.2Modules due to Threshold Voltage Unsymmetry and Different Gate-Driver ConceptsHORFF Roman, BAKRAN Mark M., BERTELSHOFER Teresa, MAERZ Andreas - University ofBayreuth - Germany

236 - A current-fed DC/DC converter for the efficient charging Panel E23.3of HV capacitors in mobile applicationsWEINERT Tristan - Obitronik GmbH - Germany, OBERSCHELP Wolfgang - WestfälischeHochschule - Germany, SCHRÖDER Günter - Universität Siegen - Germany

254 - Performance of a GaN-HEMT Synchronous Boost Panel E23.4Converter in ZVS and Hard Switching ModeEBLI Michael - Hochschule Reutlingen - Germany, PFOST Martin - TU Dortmund University -Germany, WATTENBERG Martin - Hochschule Reutlingen - Germany

318 - Wide Range ZVS Operation of Dual Active Bridge DC-DC Panel E24.1Converters using Adaptive Modulation and Low Coupling Factor TransformersRIEDEL Jan - Robert Bosch (SEA) PTE Ltd - Singapore, HOLMES Grahame, MCGRATH Brendan,TEIXEIRA Carlos - RMIT University - Australia

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354 - Comparison of modeling switching losses of an IGBT Panel E24.2based on the datasheet and an experimentationOUSTAD Dounia, AMEZIANI Menouar - Vedecom - France, LEFEBVRE Stéphane - SATIE -France, LHOTELLIER Dominique - Vedecom - France, PETIT Mickael - SATIE - France

376 - A Study of Soft Switching DC-DC Converter Under Panel E24.3Delta-Sigma ModulationHIROTA Atsushi - National Institute of Technology, Akashi College - Japan, MUTSUO Nakaoka- Univ. of Malaya - Malaysia

392 - LLC Resonant Power Converter with Quality Panel E24.4Factor LimiterWOREK Cezary - AGH University of Science and Technology - Poland, LIGENZA Slawomir,WIDOREK RAFAL - Fideltronik Poland SP Z O.O. - Poland

402 - Application of GaN Power Transistors in a 2.5 MHz Panel E17.1LLC DC/DC Converter for Compact and Efficient Power ConversionARMBRUSTER Cornelius, HENSEL Andreas, KRANZER Dirk, WIENHAUSEN Arne Hendrik -Fraunhofer Institute for Solar Energy Systems - Germany

448 - Development of a Class D Resonant Power Converter Panel E17.2for Radio Frequency heatingRAVEENDRAN NAIR Unnikrishnan - Aalborg University – Denmark, KUMAR PRASOBHUPramod - Kiel University - Germany, MICHAL BECZKOWSKI Szymon, MUNK-NIELSEN Stig,UHRENFELDT Christian - Aalborg University - Denmark

499 - Analytical Investigation of the Three-Phase Single Panel E17.3Active Bridge for Offshore ApplicationsSOMMER Christian - Leibniz Universität Hannover - Germany, LARRAZABAL Igor - Ingeteam -Spain, MERTENS Axel - Leibniz Universität Hannover - Germany

514 - Efficiency Analysis of a High Frequency PS-ZVS Panel E17.4Isolated Unidirectional Full-Bridge DC-DC Converter Based on SiC MOSFETsEIAL AWWAD Abdullah, BADAWI Nasser, DIECKERHOFF Sibylle - Technical University of Berlin -Germany

14:00 DS1c: Topic 2: Power Factor Location: Room WeinbrennerCorrection Techniques

Chair(s): PIETRZAK-DAVID Maria, Laboratoire Plasma et Conversion d'Energie, France

256 - Non-iterative, Analytic-based Passive LCL Filter Design Panel E5.1Approach for Three-phase Two-level Power Factor Correction ConvertersKOUCHAKI Alireza - University of Southern Denmark - Denmark, LAZAR Radu - Danfoss DrivesA/S - Denmark, NYMAND Morten - University of Southern Denmark - Denmark

302 - Energy Saving in Three-Phase Diode Rectifiers Using Panel E5.2EI Technique with Adjustable Switching Frequency SchemeDAVARI Pooya, BLAABJERG Frede - Aalborg University - Denmark, KUMAR Dinesh - DanfossPower Electronics A/S - Denmark, YANG Yongheng - Aalborg University - Denmark, ZAREFiruz - Danfoss Power Electronics A/S - Denmark

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558 - Inverters and compensators for minimum line losses Panel E5.3MALENGRET Michel, GAUNT Charles - University of Cape Town - South Africa

14:00 DS1d: Topic 3: Standard and Location: Room WeinbrennerAdvanced Control Techniques for Power Converters (I)Chair(s): SMIDL Vaclav, University of West Bohemia, Czech Republic

1 - Control of Parallel Inverters using Nonlinear Oscillators Panel E18.1with Virtual Output ImpedanceROSSÉ Antoine, DENIS Rémi, ZAKHOUR Camille - Electricité de France - France

2 - Effect of the loss-minimizing circulating current on the Panel E18.2Modular Multilevel Converter with IGBT switchesDUDIN Andrey, FIDELAK Alex, PETZOLDT Jürgen - Technische Universität Ilmenau - Germany

20 - Two-Dimension Sorting and Selection Algorithm featuring Panel E18.3Thermal Balancing Control for Modular Multilevel ConvertersSANGWONGWANICH Ariya - Aalborg University - Denmark, HARNEFORS Lennart - ABBCorporate Research - Sweden, LASCU Cristian - University Politehnica of Timisoara - Romania,MATHE Laszlo, TEODORESCU Remus - Aalborg University - Denmark

33 - Phase-shift PWM for Three-phase Voltage Source Panel E18.4ConvertersJIANG Dong, QU Ronghai, SHEN Zewei - Huazhong University of Science and Technology -China

37 - FPGA-based Implementation of Sorting Networks in Panel E19.1MMC applications RICCO Mattia, MATHE Laszlo, TEODORESCU Remus - Aalborg University - Denmark

61 - Model Predictive Power Control based on Virtual Flux Panel E19.2for Grid connected Three-level Neutral-Point Clamped InverterNGO Van Quang Binh - École CentraleSupélec - France, NICULESCU Silviu-Iulian - Laboratoryof Signals and Systems (L2S), CNRS - France, OLARU Sorin, RODRIGUEZ-AYERBE Pedro - ÉcoleCentraleSupélec - France

69 - A novel fractional order resonant current controller Panel E19.3for Voltage Source ConvertersHEREDERO-PERIS Daniel, CHILLON-ANTON Cristian, GALCERAN-ARELLANO Samuel, MONTESINOS-MIRACLE Daniel, SANCHEZ-SANCHEZ Enric - CITCEA-UPC - Spain

88 - Robust Control of Extended Commutation Cell Panel E19.4Based ConvertersLEMMEN Erik, DUARTE Jorge, DUIVENBODE Jeroen - Eindhoven University of Technology -Netherlands

146- Model Predictive Control Strategy for Multi-Phase Panel E20.1Thyristor Matrix Converters – Advantages, Problems and SolutionsLEUER Michael, BOECKER Joachim, LOENNEKER Michael - Paderborn University - Germany

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157 - Control of the Modular Multilevel Converter Motor Panel E20.2Drive with Integrated Energy Storage SystemDUDIN Andrey, FISCHER Aaron, PETZOLDT Jürgen, SUBERSKY Martin - Technische UniversitätIlmenau - Germany

164 - Effect of single-current-feedback active damping on Panel E20.3the output impedance of grid-connected inverterAAPRO Aapo, MESSO Tuomas, SUNTIO Teuvo - Tampere University of Technology - Finland

177 - Loss reduction in a 3L-NPC inverter with SiC neutral Panel E20.4point diodes through model predictive controlFILSECKER Felipe, BARTH Tobias, BERNET Steffen, WEISS Robin - Technische UniversitätDresden - Germany

294 - Controller Current-step mode controller to regulate Panel E21.1the output voltage of a switching power supplyCACCIOTTO Fabio - ST Microelectronics - Italy

304 - Improved EPLL Performance Using Multiple Sinusoidal Panel E21.2Signal Integrators for Grid-Connected VSC System SynchronisationIDEHEN Osazee - GE Energy Management | Grid Solutions - United Kingdom, DINGZhengtao - The University of Manchester - United Kingdom, DYKE Kevin, JASIM Omar - GEEnergy Connection - Grid Solutions - United Kingdom, MA Suiyuan - The University ofManchester - United Kingdom, MORENO Francisco - GE Energy Connection - Grid Solutions -United Kingdom

309 - Optimization of direct current controlled multilevel Panel E21.3 inverters under distorted conditionsHOFMANN Martin, ACKVA Ansgar, SCHAEFER Markus - University of Applied SciencesWuerzburg - Germany

488 - Grid Impedance Estimation in Inductive-Resistive Panel E21.4Distributed Power Networks Using Particle FilteringDIETZ Rene, MERTENS Axel - IAL Leibniz Universität Hannover - Germany

14:00 DS1e: Topic 4: Electrical Machines Location: Room WeinbrennerChair(s): NIIRANEN Jouko, ABB OY Drives, Finland

133 - Stability criterion for maximum clearing time of Panel E13.1a DFIG: an equal area criterion's equivalent for induction generatorsRODRIGUES LIMA Janailson, BENCHAIB Abdelkrim - Supergrid Institute SAS - France, DAMMGilney - IBISC - France, NOBILE Emilia, SCHWERY Alexander - GE Renewable Energy -Switzerland

153 - Variable Reluctance Machine with Synchronous Panel E13.2CapacitorsFRECHTER Yotam - Ben Gurion University - Israel, BEN HAIL Nathan - Sami Shamoon Collegeof Engineering - Israel, RABINOVICI Raul - Ben Gurion University - Israel

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218 - Electromagnetic Calculation of a Wound-Rotor Panel E13.3Brushless Doubly-Fed MachineXIONG Fei, LIU Guangjun, WANG Xuefan, ZHANG Jun - Huazhong University of Science andTechnology - China

257 - Effect of Micro-filler of Aluminium Oxide on the Panel E13.4Mechanical, Electrical and Thermal Properties of Electrical Insulation SystemsTOMASKOVA Tetjana, BLAHA Stepan - University of West Bohemia - Czech Republic, GUTTENMiroslav - University of Zilina - Slovakia, SHLYKEVICH Alexey, TRNKA Pavel - University of WestBohemia - Czech Republic

295 - An Improved Dynamic model for Simulation and Panel E12.1Stability Analysis of Brushless Doubly Fed MachinesHASHEMNIA Mohammad Naser - Azad University Mashhad Branch - Iran, TAHAMI Farzad -Sharif University of Technology - Iran

370 - MMF Harmonic Analysis of Polyphase Windings based Panel E12.2on the Closed-form Analytical EquationREN Xiang, LI Dawei, LI Jian, QU Ronghai - Huazhong University of Science and Technology - China

431 - Semi-Analytical Loss Model for Rotary Transformers Panel E12.3KRUPP Henrik, MERTENS Axel - IAL Leibniz Universität Hannover - Germany

435 -Design Methodology of a High Speed Switched Reluctance Panel E12.4Generator Drive for AircraftsLAFOZ Marcos - C. de Invest Energeticas, Medioamb. y Tecnologicas - Spain, BLANCOMarcos, GARCIA-TABARES Luis, MORENO-TORRES Pablo, NAVARRO Gustavo, TORRES Jorge -CIEMAT - Spain

510 - Expanding the Operating Range of Permanent Magnet Panel E11.1Synchronous Motors by Using the Optimum Number of PhasesBOXRIKER Miriam, DOPPELBAUER Martin - Karlsruhe Institute of Technology (KIT) - Germany,KOLB Johannes - share at KIT - Schaeffler Technologies AG & Co. KG - Germany

512 - Construction of the FSPM machine and its measurement Panel E11.2in comparison with modeled resultsSVETLIK Pavel, HRUSKA Karel - University of West Bohemia - Czech Republic

649 - Dynamic load of induction machine due to rotor's Panel E11.3eccentricity and bearing clearanceBYRTUS Miroslav, HRUSKA Karel, KAVALIR Tomas, KINDL Vladimir, KRIZEK Michal, SOBRA Jan -University of West Bohemia - Czech Republic

14:00 DS1f: Topic 5: Wind Energy System Location: Room WeinbrennerChair(s): KJAER Philip, Vestas Wind Systems A/S, Denmark

83 - Self-excitation systems of a synchronous generator with a Panel E25.1bipolar and unipolar PWM DC-DC convertersGRIGORYAN Anait, PIMENOVA Irinan, PRONIN Mikhail, SHELYUH Vasilii - Power Machines -Russian Federation

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228 - Characterization of diode valve in medium voltage Panel E25.2 dc/dc converter for wind turbinesDINCAN Catalin, KJAER Philip - Aalborg University - Denmark

277 - The Application of the Modular Multilevel Matrix Panel E25.3Converter in High-Power Wind Energy Conversion SystemsDIAZ Matias - University of Santiago of Chile - Chile, CARDENAS Roberto - University of Chile- Chile, ESPINOZA Mauricio - University of Costa Rica - Costa Rica, MORA Andres - FedericoSanta Maria Technical University - Chile, WHEELER Patrick - The University of Nottingham -United Kingdom

323 – Six-Phase Active PWM Rectifier with Synchronous Panel E25.4Frame Reference ControlAHMAD MUSSA Samir, ARBUGERI Cesar Augusto, BRUNELLI Lazzarin Telles – FederalUniversity of Santa Catarina – Brazil

326 - Analysis of the Influence of Different Cable Modelling Panel E26.1for DC Series Offshore Wind FarmZHANG Haibo, FLÓREZ Diana - Ecole des Hautes Etudes d'Ingénieur - L2EP - France, GRUSONFrançois - Ecole Nationale Supérieure d'Arts et Métiers-L2EP - France, SAUDEMONTChristophe - Ecole des Hautes Etudes d'Ingénieur - L2EP - France

472 - A High-Power DC-DC Converter based Dual Active Panel E26.2Bridge for MVDC Grids on Offshore Wind FarmsLEE Youngsil, FELDMAN Ralph, VAKIL Gaurang, WASTON Alan. J., WHEELER Patrick W. - TheUniversity of Nottingham - United Kingdom

501 - Modularity in Wind Turbine Generator Systems - Panel E26.3Opportunities and ChallengesSHIPURKAR Udai, FERREIRA Jan A., POLINDER Henk - Delft University of Technology -Netherlands

616 - Reduced Distortion and Increased Availability in Panel E26.4Wind Turbines Through Load Dependent Operation of Parallel Inverter Units with Variable DC Link VoltageADLER Johannes, ORLIK Bernd - University of Bremen - Germany

14:00 DS1g: Topic 6: Power Electronics in Location: Room WeinbrennerTransmission and Distribution Systems

Chair(s): MANEIRO Jose, Supergrid Institute SAS, France

5- A Two-stage Efficient Model of Modular Multilevel Converter Panel E8.1for Electromagnetic Transient SimulationSHU Dewu, JIANG Qirong, YU Xinyu, ZHANG Chunpeng - Tsinghua University - China

219 - A Novel Full Soft-switching Resonant Power Converter Panel E8.2for Mid-feeder Voltage Regulation of Low Voltage Distribution NetworkJI Chao, CLARE Jon, JOHNSON C. Mark, WATSON Alan - The University of Nottingham -United Kingdom

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287 - A Novel Topology and Control Strategies for AC Solid Panel E8.3State Power Controllers with Current-Limiting FunctionRUAN Li-gang - Nanjing University of Aeronautics and Astronautics - China, HUI Yan-nian,KANG Yuan-li, LIU Wei-fang - Beijing Aeronautical Science & Technology Research - China,SONG Li-nan, WANG LI, YANG Shan-shui, YE Jia-yu - Nanjing University of Aeronautics andAstronautics - China

353 - Efficient and Accurate Dynamic Average-Value Modeling Panel E8.4of Current Source Modular Multilevel ConverterBHESANIYA Mukeshkumar, SHUKLA Anshuman - Indian Institute of Technology Bombay -India

355 - Third-order Based Analytical Investigation of Nonlinear Panel E9.1Interactions between Voltage Source Converters Interconnected to a Transmission GridTIAN Tian, KESTELYN Xavier, THOMAS Olivier - Ecole Nationale des Arts et Métiers Lille - France

360 - Integration of AC and DC sources using Multi Source Fed Panel E9.2Power Electronic Transformer (MSF-PET) for Modern Power Distribution System ApplicationsJAKKA Venkat Nag Someswar, SHUKLA Anshuman - Indian Institute of Technology Bombay -India

457 - Using Variable DC Sources in order to Improve the Panel E9.3Voltage Quality of a Multilevel STATCOM with Low Frequency ModulationBAKHSHIZADEH DOWLATABADI Mohammadkazem, BLAABJERG Frede - Aalborg Univeristy -Denmark, NAJJAR Mohammad, SAJADI Rahman - University of Tehran - Iran

493 - Implementation and experimental set-up of a Modular Panel E9.4Multilevel Converter in a Multi Terminal DC/AC transmission networkSIEMASZKO Daniel, BRAUN Jonathan, CARPITA Mauro, EGGENSCHWILER Loïc, FAVRE-PER-ROD Patrick, GAVIN Serge, PARISOD Hervé, TALON LOUOKDOM Elie - HES-SO, University ofApplied Sciences - Switzerland

513 - Analysis and Experimental Verification of Current Panel E10.1Limiting Methods for Grid Converters under Unbalanced Load ConditionsJUST Hendrik, DIECKERHOFF Sibylle, FREUDENBERG Benjamin - Technical University Berlin -Germany

628 - Design of a Wide-Band Low-Voltage Grid Impedance Panel E10.2AnalyzerGUENTER Sandro, FUCHS Friedrich W. - Christian-Albrechts Universitaet zu Kiel - GERMANY

630 - Novel Current-Limiting Strategy for Solid-State Circuit Panel E10.3Breakers (SSCB) Without Additional ImpedanceGU Chunyang, CASTELLAZZI Alberto - The University of Nottingham - United Kingdom,EFFAH Francis - The University of Mines & Technology - Ghana, WASTON Alan J., WHEELERPat - The University of Nottingham - United Kingdom

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638 - A Survey on Configurations of Current-Limiting Circuit Panel E10.4Breakers (CL-CB)GU Chunyang, CASTELLAZZI Alberto - The University of Nottingham - United Kingdom,EFFAH Francis - The University of Mines & Technology - Ghana, WASTON Alan J., WHEELERPat - The University of Nottingham - United Kingdom

644 - Smart Distribution Transformer for Secondary Voltage Panel E11.4Regulation and Load ModelingQUEVEDO Josemar, BELTRAME Rafael, MARCHESAN Tiago Bandeira, SCHUCH Luciano,SPERANDIO Mauricio - Universidade Federal de Santa Maria - Brazil

14:00 DS1h: Topic 7: DC Power Supplies Location: Room WeinbrennerChair(s): LATAIRE Philippe, Vrije Universiteit Brussel, Belgium

89 - Design and Implementation of Magnetron Power Supply Panel E27.1and EmulatorABODHIR Nourdeen, CLARE J44on, JI Chao, WATSON Alan - The University of Nottingham -United Kingdom

178 - Comparison Between Dissipative Snubber and Passive Panel E27.2Regenerative Snubber Cells as Applied to Isolated DCM SEPIC ConvertersTIBOLA Gabriel, DUARTE Jorge, LEMMEN Erik - Eindhoven University of Technology -Netherlands

221 - Modeling a multilevel converter for radiography Panel E27.3and fluoroscopyMARTIN-RAMOS Juan Antonio, DIAZ GONZALEZ Juan, JOSÉ PRIETO Miguel Ángel, MARTINPERNÍA Alberto, MARTÍNEZ ESTEBAN Juan Ángel, PARDO VAQUERO Oscar - Universidad deOviedo - Spain

278 - Effect of secondary circuit in LLC DC-DC Converter Panel E27.4SUNG Kyungmin, KASHIMURA Toru, USHIZAWA Shunya - National Institute of Technology,Ibaraki College - Japan

384 - A 2 W, 5 MHz, PCB-Integration Compatible 2.64 cm3 Panel E28.1Regulated and Isolated Power Supply for Gate DriverDEGRENNE Nicolas, LEFEVRE Guillaume, MOLLOV Stefan - Mitsubishi Electric R&D CentreEurope - France

632 - Galvanically isolated MPPT DC/DC converter for Panel E28.2PV string tied to industrial DC micro-gridSTEPANOV Andrew - Riga Technical University - Latvia

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14:00 DS1i: Topic 8: Batteries, Battery Location: Room WeinbrennerChargers and Management Systems

Chair(s): TIMMERMANS Jean-Marc, Vrije Universiteit Brussel, Belgium

126 - High performance drives for hybrid electric vehicles Panel E14.1through voltage stabilizationWERNER Quentin, NEIDIG Norbert - Daimler AG – Germany, PIERFEDERICI Serge, TAKORABETNoureddine - Université de Lorraine - France

128 - High Frequency Magnetic Resonant Coupling Wireless Panel E14.2Power Transfer System for Middle Power Charging ApplicationsBAEK Jeihoon, AHN Chihyung, JIN Myungsung - Korea Railroad Research Institute - Korea(Republic of), KWAK Sangshin - Chungang University - Korea (Republic of)

184 - Electrical Failure Mode and Effect Analysis of Panel E14.3a 3.3 kW Onboard Vehicle Battery ChargerHAGHBIN Saeid - Charmers University of Technology - Sweden

405 - Hybrid Lead-Acid/Lithium-Ion Energy Storage System Panel E14.4with Power-Mix Control for Light Electric VehiclesCHUNG Steven, TRESCASES Olivier - University of Toronto - Canada

425 - A Modular Multilevel Topology Using Power Electronic Panel E15.1Transformers for the Modular Drivetrains of Electric VehiclesCHANG Fengqi, LIENKAMP Markus - Technische Universitaet Muenchen - Germany

432 - Investigation of the Zero-Current Switched Class E Panel E15.2Converters for automotive Wireless Power Transfer Inductive Charging ApplicationsSALICH Sebastian, LANG Markus, PFORR Johannes - Technische Hochschule Ingolstadt -Germany

438 - Design Optimization of Various Contactless Power Panel E15.3Transformer Topologies for Wireless Charging of Electric VehiclesMOVAGHARNEJAD Hedieh, MERTENS Axel - Leibniz Universität Hannover - Germany

515 - Development of a Battery Energy Loss Observer Panel E15.4Based on Improved Equivalent Circuit ModellingFARES AHMED, KLUMPNER Christian, SUMNER Mark - University of Nottingham - United Kingdom

664 - Design Approach and Interoperability Analysis of Panel E16.1Wireless Power Transfer Systems for Vehicular ApplicationsEL BAGHDADI Mohamed - Vrije Universiteit Brussel - Belgium

14:00 DS1j: Topic 10: Education in Location: Room WeinbrennerElectrical Engineering

Chair(s): RIBICKIS Leonids, Riga Technical University, Latvia

197 - A SRM-Based Drive System for Design Project Course in Panel E6.1Electric Power Engineering Master Program in Chalmers University of TechnologyHAGHBIN Saeid - Charmers University of Technology - Sweden

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231 - Three and four-leg inverter Space Vector analysis Panel E6.2LLONCH-MASACHS Marc, HEREDERO-PERIS Daniel, MONTESINOS-MIRACLE Daniel, RULL-DURAN Joan - CITCEA-UPC - Spain

252 - An integrated power electronics design project Panel E6.3SCHULLERUS Gernot, PETEREIT Bernd, SCHLIENZ Ulrich, SÖNMEZ Ertugrul - ReutlingenUniversity - Germany

268 - Modular Hardware for Experimental Investigation Panel E6.4of DC-DC Converter TopologiesKAERST Jens Peter - HAWK, University of Applied Sciences and Arts - Germany

339 - A Custom, High-Performance Real Time Measurement Panel E7.2and Control System for Arbitrary Power Electronic Systems in Academic Research and EducationAXTMANN Christian, BOXRIKER Miriam, BRAUN Michael - Karlsruhe Institute of Technology(KIT) - Germany

16:00 IS1: Industrial Forum: Future Grids Location: Room HebelChair(s): HILLER Marc - KARLSRUHE INSTITUTE OF TECHNOLOGY (KIT) - GERMANY

THOMAS Jean-Luc - CONSERVATOIRE NATIONAL DES ARTS ET METIERS - FRANCEThe Session will discuss the future role of transmission grids with respect to the integrationof renewable energy sources and conventional power stations as well as market require-ments. Wind and solar power lead to additional requirements for the design and operationof future transmission grids. This includes an increased flexibility of the system and scenarioslike a fully decentralized energy system. The session will also highlight technologies for futuregrids which are currently under development.

16:00 IS2: Industrial Forum: Fast Switching Location: Room MombertSemi-conductors

Chair(s): MALLWITZ Regine - TECHNISCHE UNIVERSITAET BRAUNSCHWEIG - GERMANYDIECKERHOFF Sibylle - TECHNICAL UNIVERSITY OF BERLIN - GERMANY

New fast switching semiconductors and their potential in different applications have beenreported over the last years. With Wide Band Gap materials new semiconductors are avail-able promising for significant improvements in efficiency and power density but challengingconcerning integration in the application. Further solutions but also the field of tensionbetween Silicon and Wide Band Gap will be discussed in this session.

16:00 IS3: Industrial Forum: Drive Location: Room ClubraumTechnology of Electric Vehicles

Chair(s): DOPPELBAUER Martin - KARLSRUHE INSTITUTE OF TECHNOLOGY - GERMANYHAMEYER Kay - INSTITUT FÜR ELEKTRISCHE MASCHINEN, RWTH AACHEN - GERMANY

Current drive technology of electric vehicles is relatively stable with permanent magnetmotors and two level converters as the most established players. New developments are onthe horizon that promise even higher power densities and more integration to reduce costand improve lifetime. The session will give an outlook to the goals and plans of car manu-facturers regarding promising new technologies for future EV generations.

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Tuesday 6 September 2016 Industrial sessions


09:00 Keynote 2: Power Electronics for Location: Room BrahmsRenewable Energies

Chair(s): BAKRAN Mark, Universität Bayreuth, GermanyMERTENS Axel, Leibniz Universtity Hannover, Germany

09:00 Power Electronics for Renewable EnergiesWEINHOLD Michael - Siemens AG

09:30 Keynote 3: Future Developments of Location: Room BrahmsElectric Vehicles

Chair(s): DOPPELBAUER Martin, Karlsruhe Institute of Technology, GermanyHAMEYER Kay, Institut für Elektrische Maschinen, RWTH Aachen, Germany

09:30 Future Developments of Electric VehiclesDOCTER Andreas - DAIMLER AG

10:10 LS3a: Topic 2: Power Converter Topologies Location: Room ThomaChair(s): NAMI Alireza, ABB Corporate Research, Sweden

SIEMASZKO Daniel, Power Electronics and Systems Consultancy, Switzerland

10:10 127 - Modular Multi-Parallel Rectifiers (MMR) with Controlled DC Link CurrentZARE Firuz - The University of Queensland - Australia

10:30 145 - Waveform Synthesis using Variable Capacitor Voltage in ExtendedCommutation Cells based ConverterLEMMEN Erik, DUARTE Jorge, TIBOLA Gabriel - Eindhoven University of Technology -Netherlands

10:50 329 - Advanced Grid Simulator Topology for Testing of Renewable EnergySupply Units especially Wind Energy Converters (WECs) under Laboratory ConditionsMEHLER Christian, JERSCH Torben - Fraunhofer-Institut für Windenergie - Germany,KORALEWICZ Przemyslaw - ABB SP. Z.O.O Corporate Research Center – Poland, TEGTMEIERBernd - Fraunhofer-Institut für Windenergie - Germany

11:10 627 - A Dead-time Minimized Inverter by Using Complementary Topologyand its Experimental Evaluation of Harmonics ReductionOKUDA Kazuma, ISOBE Takanori, IWAMURO Noriyuki, TADANO Hiroshi - University ofTsukuba - Japan

10:10 LS3b: Topic 1: Active Components and Location: Room HebelNew Materials

Chair(s): LINDEMANN Andreas, Otto-von-Guericke-Universität Magdeburg, GermanyRABKOWSKI Jacek, Warsaw University of Technology, Poland

10:10 223 - Short Circuit Detection Using the Gate Charge Characteristic forTrench/Fieldstop-IGBTsOBERDIECK Karl, DE DONCKER Rik W., SCHUCH Soenke - ISEA at RWTH Aachen University -Germany

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Keynotes & Lecture session 3 Wednesday 7 September 2016


10:30 292 - Short-Circuit Behavior of series-connected High-Voltage IGBTsFUHRMANN Jan, ECKEL Hans-Guenter - University of Rostock - Germany, KLAUKE Sebastian -Infineon Technologies AG - Germany

10:50 568 - The Bimode Cross Switch (BXS) A Full Hybrid Solution in Switch- andDiode- modesVEMULAPATI Umamaheswara Reddy, CANALES Francisco, MIHAILA Andrei, MINAMISAWARenato Amaral - ABB Switzerland Ltd., Corporate Research - Switzerland, PAPADOPOULOSCharalampos, RAHIMO Munaf - ABB Switzerland Ltd., Semiconductors - Switzerland

11:10 590 - Modular plug-in high-performance assembly of a power converterDELMONTE Nicola - University of Parma - Italy, CASTELLAZZI Alberto - The University ofNottingham - United Kingdom, COVA Paolo - University of Parma - Italy, SOLOMON AdaneKassa - The University of Nottingham - United Kingdom

10:10 LS3c: Topic 4: Industrial Issues Location: Room MombertChair(s): SCHUMACHER Walter, TU Braunschweig, Germany

NIIRANEN Jouko, ABB OY Drives, Finland

10:10 212 - Sensitivity Analysis on Production Tolerances for Electric DriveSystems in Automotive ApplicationOTT Markus - Daimler AG - Germany, BÖCKER Joachim - Paderborn University - Germany

10:30 332 - An electric machine design procedure that includes multiple cost scenariosDUBAR Christian, ALATALO Mikael, LUNDMARK Sonja, THIRINGER Torbjörn - ChalmersUniversity of Technology - Sweden

10:50 398 - Minimum Losses Point Tracking and Minimum Current Point Trackingin Interior PMSMsMORENO-TORRES Pablo - Ciemat - Spain, ARRIBAS Jaime R. - Universidad Politecnica deMadrid - Spain, LAFOZ Marcos, TORRES Jorge - Ciemat - Spain, YEGUAS Miguel - UniversidadPolitecnica de Madrid - Spain

11:10 15 - Observer-based Pole Placement Control for a Double Conical High-Speed Bearingless Permanent Magnet Synchronous MotorMESSAGER Gael, BINDER Andreas - TU Darmstadt - Germany

10:10 LS3d: Topic 5: Wind Energy Systems Location: Room ClubraumChair(s): MONTESINOS-MIRACLE Daniel, CITCEA-UPC, Spain

KJAER Philip, Vestas Wind Systems A/S, Denmark

10:10 152 - Distributed Control of a Multi-pole Permanent Magnet SynchronousGenerator for Wind Turbine ApplicationSEIBEL Axel, KANDASAMY Kutralingam, MERTENS Axel - Fraunhofer IWES - Germany, NIELEBOCKSebastian - Siemens - Germany, STEFFEN Jonas, STÜBIG Cornelia, WECKER Matthias -Fraunhofer IWES - Germany

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Wednesday 7 September 2016 Lecture session 3


10:30 22 - Technical and economic assessment tool for offshore wind generationconnection scheme: Application to comparing 33 kV and 66 kV collector gridsGASNIER Swann - Supergrid Institute SAS - France, DEBUSSCHERE Vincent - G2ELAB - France,FRANÇOIS Bruno - L2EP - France, POULLAIN Serge - Supergrid Institute SAS - France

10:50 351 - Analysis of hybrid modules with Silicon Carbide diodes, comparisonwith Full Silicon devices and the impact in Wind applicationsKORTAZAR Itziar - Ingeteam Power Technology - Spain, FRIEDRICHS Peter - IFAG IPC APS -Germany, LARRAZABAL Igor - Ingeteam Power Technology - Spain

11:10 408 - Dependency of the Lifetime Estimation of Power Modules in FullyRated Wind Turbine Converters on the Modelling Depth of the Overall SystemMORISSE Marcel - Leibniz Universität Hannover - Germany, BARTSCHAT Arne - Fraunhofer-Institut für Windenergie - Germany, MERTENS Axel - Leibniz Universität Hannover - Germany,WENSKE Jan - Fraunhofer-Institut für Windenergie - Germany

10:10 LS3e: Topic 6: FACTS Location: Room 2.05Chair(s): STEINKE Jürgen, ABB Switzerland Ltd, Switzerland

CHRISTE Alexandre, École Polytechnique Fédérale de Lausanne, Switzerland

10:10 17 - Optimized design of a Hybrid-MMC and evaluation of different MMCtopologiesHOFMANN Viktor, BAKRAN Mark-M. - University of Bayreuth - Germany

10:30 557 - Input-Series and Output-Series High Voltage Converter with ActiveBalancing Circuit for N-1 OperationNABAIS LIMA Tiago, RUFER Alfred - Ecole Polytechnique Fédérale de Lausanne - Switzerland

10:50 394 - Design and Evaluation of a Test Rig for Full-Size Grid FrequencyStabilizer Modules with UltracapacitorsJOHN Malte - Leibniz Universität Hannover - Germany, ALVAREZ VALENZUELA Rodrigo A. -Siemens AG - Germany, BARUSCHKA Lennart - Protolar GmbH - Germany, MERTENS Axel -Leibniz Universität Hannover - Germany, PIESCHEL Martin - Siemens AG - Germany

11:10 389 - Protection of Hybrid Transformers in the Distribution GridBURKARD Johannes, BIELA Jürgen - ETH Zürich - Switzerland

10:10 LS3f: Topic 3: Measurement and Control Location: Room 2.08Chair(s): BETZ Robert, University of Newcastle, Australia

PIETRZAK-DAVID Maria, Laboratoire Plasma et Conversion d'Energy, France

10:10 530 - The Suitability and Challenges of the New 2D-Short Circuit DetectionMethod for Protecting a High Performance IGBT with a low Vce,sat ValueHAIN Stefan, BAKRAN Mark-M. - University of Bayreuth - Germany

10:30 483 - Temperature estimation for wire bondings in power semiconductordevicesULLRICH Bernhard, MERTENS Axel - IAL Leibniz Universitaet Hannover - Germany

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Lecture session 3 Wednesday 7 September 2016


10:50 352 - Dynamic of power-GaN-HEMT electrical parameters: why DC charac-terization might be misleading.MARCAULT Emmanuel, GAVELLE Mathieu - CEA Tech Midi-Pyrénées - France, ISOIRD Karine,MORANCHO Frédéric, TREMOUILLES David - LAAS-CNRS - France

11:10 430 - On-Line Semiconductor Switching Loss Measurement System for anAdvanced Condition Monitoring ConceptKRONE Tobias, DANG HUNG Lan - Leibniz Universität Hannover - Germany, JUNG Marco -Fraunhofer IWES - Germany, MERTENS Axel - Leibniz Universität Hannover - Germany

11:50 LS4a: Topic 2: Modelling, Control Location: Room Thomaand Optimization

Chair(s): ZANCHETTA Pericle, University of Nottingham, United KingdomJI Chao, University of Nottingham, United Kingdom

11:50 669 - Continuous Control Set Space Vector Modulation for the 3x3 DirectMatrix ConverterHUISMAN Henk, LOMONOVA Elena, ROES Maurice - Eindhoven University of Technology -Netherlands

12:10 142 - AC Small Signal Modeling of PWM Y-Source Converter by CircuitAveraging and Averaged Switch Modeling TechniqueFOROUZESH Mojtaba - University of Guilan - Iran, BLAABJERG Frede - Aalborg University -Denmark, HASANPOUR Sara - Islamic Azad University - Iran, SIWAKOTI Yam. P - AalborgUniversity - Denmark

12:30 608 - Reverse-Recovery Current Reduction in a ZCS Boost Converter withSaturable Inductors using Nanocrystalline Core MaterialsMARTINEZ Wilmar - Shimane University - Japan, IMAOKA Jun - Kyushu University - Japan,NOAH Mostafa, YAMAMOTO Masayoshi - Shimane University - Japan

12:50 648 - Power Loss Analysis of Multi-Phase and Modular Interleaved BoostDC-DC Converters with Coupled Inductor for Electric VehiclesVELANDIA Freddy, CORTES CAMILO A. - Universidad Nacional de Colombia - Colombia, MARTINEZ Wilmar, NOAH Mostafa, YAMAMOTO Masayoshi - Shimane University - Japan

11:50 LS4b: Topic 1: Power System Integration, Location: Room HebelPackaging & Thermal Management

Chair(s): KAMINSKI Nando, University of Bremen, GermanyVEMULAPATI Umamaheswara Reddy, ABB Switzerland Ltd., Corporate Research,Switzerland

11:50 365 - Silicon Carbide MOSFETs in More Electric Aircraft Power Converters:The Performance and Reliability benefits over Silicon IGBTs for a specified FlightMission ProfileO'DONNELL Shane - Microsemi Corporation - Ireland, CASTELLAZZI Alberto - University ofNottingham - United Kingdom, DEBAUCHE Jean-Louis - Microsemi Corporation - Ireland,WHEELER Pat - University of Nottingham - United Kingdom

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12:10 358 - Investigations of SMPD SiC-MOSFET phase-leg modules for MHzinvertersDENK Fabian, HAEHRE Karsten, HEERING Wolfgang, KLING Rainer - Karlsruher Institut fürTechnologie - Germany

12:30 469 - Low parasitic inductance multi-chip SiC devices packaging technologyMOUAWAD Bassem, CASTELLAZZI Alberto - University of Nottingham - United Kingdom,FRIEDRICHS Peter - Infineon - Germany, JOHNSON C. Mark, LI Jianfeng - University ofNottingham - United Kingdom

12:50 168 - Improved surge current capability of power diode with copper met-allisation and heavy copper wire bondingKE Maolong, DAI Xiaoping, DEVINY Ian, LI Daohui - Dynex Semiconductor Ltd - United Kingdom

11:50 LS4c: Topic 4: Motor/Inverter Location: Room MombertChair(s): LORENZ Robert, University of Wisconsin-Madison, United States of America

DWIVEDI Sanjeet Kumar, Danfoss Drives A/S, Denmark

11:50 602 - Power loss evaluation for medium voltage drive system based onback-to-back three-level NPC converter integrated with induction machineZYGMANOWSKI Marcin - Silesian University of Technology - Poland, BISKUP Tomasz,KOLODZIEJ Henryk - ENEL-PC SP. Z O.O. - Poland, MICHALAK Jaroslaw - Silesian University ofTechnology - Poland

12:10 135 - Novel Integrated Motor Design that Supports Phase and PoleChanges using Multiphase or Single-Phase InvertersSAKAI Kazuto, OKAYASU Masakazu - Toyo University - Japan

12:30 14 - Permanent magnet synchronous machines armature reaction form factorsHRUSKA Karel - University of West Bohemia - Czech Republic, DVORAK Pavel - Skoda Electric,A.S. - Czech Republic

12:50 371 - Converter-fed Induction Motor Losses in Different Operating PointsKÄRKKÄINEN Hannu, AARNIOVUORI Lassi, NIEMELÄ Markku, PYRHÖNEN Juha -Lappeenranta University of Technology - Finland

11:50 LS4d: Topic 5: Renewable Location: Room ClubraumEnergy Systems

Chair(s): CACCIATO Mario, University of Catania, ItalyDAVARI Pooya - AALBORG UNIVERSITY - DENMARK

11:50 8 - Novel equivalent lead-acid battery circuits development with separatedsimulation of chemical and electrical domainsAVERBUKH Moshe, KUPERMAN Alon - Ariel University - Israel

12:10 419 - Improving double-line frequency voltage ripple rejection capability ofDC/DC converter in grid connected two-stage PV inverter using DC-link voltagefeedforwardVIINAMAKI Jukka, JOKIPII Juha, SUNTIO Teuvo - Tampere University of Technology - Finland

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Lecture session 4 Wednesday 7 September 2016


12:30 492 - The effect of including power converter losses when modelling energystorage systems: a UK Domestic Study.PANAGIOTOU Konstantina, KLUMPNER Christian, SUMNER Mark - The University ofNottingham - United Kingdom

12:50 585 - Optimization Strategies of PEM Electrolyser as Part of Solar PVSystemKOSONEN Antti, AHOLA Jero, AHONEN Tero - Lappeenranta University of Technology -Finland, GRAF Thomas - IRD A/S - Denmark, HUOMAN Kimmo, KOPONEN Joonas, RUUSKA-NEN Vesa - Lappeenranta University of Technology - Finland

11:50 LS4e: Topic 6: Micro-grids Location: Room 2.05Chair(s): DE DONCKER Rik, Institute for Power Electronics and Electrical Dri, Germany

AHONEN Tero, Lappeenranta University of Technology, Finland

11:50 346 - Implementation issues on the design of current loops based on res-onant regulators for isolated microgridsDE BOSIO Federico - Politecnico di Torino - Italy, FREIJEDO Francisco, GUERRERO Josep -Aalborg University - Denmark, PASTORELLI Michele - Politecnico di Torino - Italy, RIBEIRO Luiz -Federal University of Maranhao - Brazil

12:10 363 - Virtual Synchronous-Machine Control of Voltage-Source Converters ina Low-Voltage MicrogridHOGAN Diarmaid - University College Cork - Ireland, ALBIOL-TENDILLO Laura, FOLEYRaymond, GONZALEZ-ESPIN Fran - United Technologies Research Center Ireland - Ireland,HAYES John, LIGHTBODY Gordon - University College Cork - Ireland

12:30 531 - Day-ahead Optimal Operational and Reserve Power Dispatching in aPV based Urban MicrogridYAN Xingyu - Ecole Centrale de Lille - L2EP - France, ABBES Dhaker - L2EP-HEI - France,BEVRANI Hassan - University of Kurdistan - Iran, FRANCOIS Bruno - Ecole Centrale de Lille -L2EP - France

12:50 659 - Selection of 5 kW converter leg for power electronic system for resi-dential buildingsZYGMANOWSKI Marcin, JAREK Grzegorz, JELEN Michal, MICHALAK Jaroslaw, POPCZYK Jan -Silesian University of Technology - Poland

11:50 LS4f: Topic 3: Estimation and Location: Room 2.08Identification Methods

Chair(s): AHOLA Jero, Lappeenranta University of Technology, FinlandWALLSCHEID Oliver - University of Paderborn - GERMANY

11:50 643 - A Hardware-Efficient Self-Tuned Output Capacitor Current and TimeConstant Estimator for Indirect Energy Transfer Converters Based on DynamicVoltage Slope AdjustmentDASHMIZ Shadi, MAHDAVIKHAH Behzad - University of Toronto – Canada, MCDONALDBrent, MORRONI Jeffery - TI - United States of America, PRODIC Aleksandar - University ofToronto - Canada

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12:10 385 - Induction Machine Speed Tracking Based on Rotor Slot HarmonicsUsing a Modified PLL ApproachLÜCKE Stefan, KOUPENY Jaroslav, MERTENS Axel - Leibniz Universität Hannover - Germany

12:30 509 - Oversampling Based Approach for Open Circuit Fault Detection inPMSM Drive SystemsOELKERS Fabian, MERTENS Axel, WEBER Bastian - IAL Leibniz Universität Hannover - Germany

12:50 12 - Average Current Method to Detect Open-Winding Fault of Three-Phase Permanent Magnet Synchronous MotorsCHEN HUNG-Chi - National Chiao Tung University - Taiwan, LI Chung-Yi - Chang GungUniversity - Taiwan, WU Zhi-Xuan - National Chiao Tung University - Taiwan

14:00 DS2a: Topic 1: Power System Location: Room Weinbrenner Integration, Packaging & Thermal Management

Chair(s): DIECKERHOFF Sibylle, Technical University of Berlin, Germany

39 - Connector-less SiC power modules with integrated shunts: Panel E21.1low-profile design for low inductance and low cost MEISSER Michael, BLANK Thomas, DEMATTIO Horst - Karlsruhe Institute of Technology -Germany, HAMILTON Dean - University of Warwick - United Kingdom

79 - Application issues of an online temperature estimation Panel E21.2method in a high-power 4.5 kV IGBT module based on the gate-emitter threshold voltageHOEER Martin, BERNET Steffen, FILSECKER Felipe, WAGNER Martin - TU Dresden - Germany

113 - Test Bench for Thermal Cycling of 10 kV Silicon Panel E21.3Carbide Power ModulesFREDERIKSEN Kristian, BECZKOWSKI Szymon, JØRGENSEN Asger Bjørn, MAARBJERG AndersEggert, MUNK-NIELSEN Stig, SØNDERSKOV Simon Dyhr, UHRENFELDT Christian - AalborgUniversity - Denmark

174 - Estimation of the lifetime consumption of Panel E21.4power semiconductors due to power cycling in a photovoltaic inverterGRUBER Artjom, RIGBERS Klaus - SMA Solar Technology AG - Germany

208 - Power cycle lifetime improvement by reducing thermal Panel E20.1stress of a new dual HVIGBT moduleYASUHIRO Sakai, DAISUKE Oya, KENJI Hatori, KENJI Ota, SHINICHI Iura - Mitsubishi ElectricCorporation - Japan, STUMPF Eugen - Mitssubishi Electric Europe - Germany

226 - Temperature Control System using a Hybrid Discontinous Panel E20.2Modulation Technique to improve the Lifetime of IGBT Power ModulesWOELFLE Julian, NITZSCHE Maximillian, ROTH- STIELOW Joerg, STEMPFLE Martin, WEIMERJulian - University of Stuttgart - Germany

281 - Study of the Packaging Effect on Blocking Voltage of Panel E20.3Power Devices During Durability TestSAKURAI Naoki - Hitachi, Ltd - Japan

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Dialogue session 2 Wednesday 7 September 2016


291 - Requirements for Circuit Components of Single-Phase Panel E20.4Inverter Applied with Power Decoupling Capability toward High Power DensityITOH Jun-ichi, KUSAKA Keisuke, LE Hoai Nam, SAKURABA Tomokazu - Nagaoka University ofTechnology - Japan

308 - Evaluation of Ag-Sintering Pastes for the Die Attachment Panel E19.1in Power Electronic Modules using Design of ExperimentsAN Bao Ngoc, BLANK Thomas, KEMPF Maurizio - Karlsruhe Institute of Technology -Germany, KOLB Johannes - share am KIT – Schaeffler Technologies AG & Co. KG - Germany,LEYRER Benjamin, WEBER Marc - Karlsruhe Institute of Technology - Germany

310 - Long term short-circuit stability in Press-pack IGBTs Panel E19.2WAKEMAN Frank, PITMAN Julian, STEINHOFF Stefan - IXYS UK Westcode Ltd - UnitedKingdom

314 - Investigation of the Turn-on Behaviour of Silicon Panel E19.3pin-Diodes and SiC-Schottky-Diodes and its Impact on the Anti-parallel IGBTRUGEN Sarah, BÖDEKER Christian - University of Bremen - Germany, FRIEDRICHS Peter -Infineon Technologies AG - Germany, KAMINSKI Nando - University of Bremen - Germany,KORTAZAR ELIAS Itziar, LARRAZABAL Igor - Ingeteam Power Technology, S.A. - Spain

322 - High Thermal Conductance AlN Power Module with Hybrid Panel E19.4Integrated Gate Drivers and SiC Trench MOSFETs for 2 kW Single-Phase PV InverterMOENCH Stefan, BARNER Alexander, COSTA Marco Salvatore - University of Stuttgart ILH -Germany, HOLZ Rainer - Robert Bosch GmbH - Germany, KALLFASS Ingmar - University ofStuttgart ILH - Germany, ROTH-STIELOW Jörg - University of Stuttgart ILEA - Germany,SCHWINDT Emilia - Robert Bosch GmbH - Germany, WEIMER Julian - University of StuttgartILH - Germany, ZEHELEIN Matthias - University of Stuttgart ILEA - Germany

386 - Analysis of PCB Embedded Power Semiconductors for Panel E18.1a 30 kW Boost PFC ConverterWYSS Jonas, BIELA Jürgen - Eidgenoessische Technische Hochschule Zuerich - Switzerland

458 - Mitigation of Challenges in Automotive Power Module Panel E18.2Packaging by Dual Sided CoolingWANG Yangang - Dynex Semiconductor Ltd - United Kingdom

465 - Developing innovative power modules for harsh Panel E18.3environments: a skillful combination of technological breakthroughs and disruptive power mechatronics processesOGE Sebastien, HAMEAU Solenne, PEYRESOUBES Georges - Thales Microelectronics - France

477 - Optimization Tool for Direct Water Cooling System Panel E18.4of High Power IGBT ModulesBAHMAN Amir Sajjad, BLAABJERG Frede - Aalborg Univeristy - Denmark

14:00 DS2b: Topic 2: Advanced Power Location: Room WeinbrennerConverter Topologies (I)

Chair(s): STEINKE Jürgen, ABB Switzerland Ltd, Switzerland

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Wednesday 7 September 2016 Dialogue session 2


4 - A Multilevel Inverter Fed IM Drive with Dodecagonal Panel E14.1Voltage Space Vector Structure using a Single DC Source with Linear Modulation Range Near to Base SpeedBOBY Mathews, K Gopakumar, L Umanand, PRAMANICK Sumit, S Arun Rahul - IndianInstitute of Science - India

13 - Control of M2C Direct Converter for AC to AC Conversion Panel E14.2with Wide Frequency RangeMONDAL GOPAL, NIELEBOCK Sebastian - Siemens AG - Germany

16 - Balancing of Modular Multilevel Converters with Panel E14.3Unbalanced Integration of Energy Storage DevicesHENKE Gerrit, BAKRAN Mark-M. - Universität Bayreuth - Germany

47 - Efficiency Improvement of a Flyback Converter by Panel E14.4Employing a Stepped Air-Gap TransformerMANTZANAS Panagiotis, BARWIG Markus, DUERBAUM Thomas, KUEBRICH Daniel - Universityof Erlangen-Nuremberg (FAU) - Germany

48 - Benefits and Challenges of New Semiconductor Solutions Panel E15.1in AC-DrivesVOGEL Klaus, BRODT Anastasia - Infineon Technologies AG - Germany, ROSSA Adalberto -WEG automation - Germany

100 - The ZetaBoost: a step-up DC/DC topology derived Panel E15.2from the Zeta converterGIANNELLI Pietro - Università degli Studi di Firenze - Italy, CALABRESE Giacomo - TexasInstruments Deutschland GmbH - Germany, CAPINERI Lorenzo - Università degli Studi diFirenze - Italy, FRATTINI Giovanni, GRANATO Maurizio - Texas Instruments Italia S.R.L. - Italy,ROSSI Martina - Università degli Studi di Firenze - Italy

102 - Extending the State Plane Analysis of Parallel Panel E15.3Resonant Converter by Incorporating Several Non-Ideality SourcesFINCAN Bekir - Istanbul Technical University - Turkey, BIBEROGLU Muhammet, GÜCIN TahaNurettin - Yalova University - Turkey

108 - A Novel Six Level Inverter for Single Phase Stand-Alone Panel E15.4Photovoltaic SystemCHATURVEDI Pradyumn - Birla Institute of Technology and Science - India, DWIVEDI Sanjeet -Danfoss Power Electronics - Denmark, RAI Satish - BKBIET, Pilani - India, SHIMI S L - NITTTRChandigarh - India

112 - An Effective Model Predictive Control for Grid Connected Panel E16.1Packed U Cells Multilevel InverterTRABELSI Mohamed, ABU-RUB Haitham, BAYHAN Sertac - Texas A&M University at Qatar -Qatar, BEN-BRAHIM Lazhar - Qatar University - Qatar, KHALIL Shady - Texas A&M Universityat Qatar - Qatar

124 - Design of a cascaded hybrid multilevel converter for Panel E16.2traction applicationKIRCHNER Ingmar, ECKEL Hans-Guenter, PLOETZ Till-Mathis - University of Rostock - Germany

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136 - Enhanced Power Device Configuration and Operation Panel E16.3of a Grid-Connected Active-Neutral-Point-Clamped Inverter for Wind Energy Conversion SystemsCABALLERO Luis - General Electric - Spain, BUSQUETS-MONGE Sergio - Universitat Politecnicade Catalunya - Spain, RATÉS Sergi - General Electric - Spain

173 - Experimental investigation of freewheeling current in Panel E16.4indirect matrix converters when abnormal situationSUNG Kyungmin, MASUDA Shogo, TSUKAMOTO Yuji - National Institute of Technology,Ibaraki College - Japan

14:00 DS2c: Topic 2: Advanced Power Location: Room WeinbrennerConverter Topologies (II)

Chair(s): MUNK-NIELSEN Stig, Aalborg University, Denmark

183 - Cell Design of a Square-Wave Powered Panel E11.11AC-3AC Modular Multilevel Converter Low Voltage PrototypeSCHNARRENBERGER Mathias, BRAECKLE Dennis, BRAUN Michael, KAMMERER Felix -Karlsruhe Institute of Technology (KIT) - Germany

185 - A Solid state Transformer based on a Single-Stage Panel E11.2AC-DC Modular Cascaded Multilevel ConverterHONORIO Dalton, BARRETO Luiz, OLIVEIRA Demercil - Federal University of Ceara - Brazil

229 - Control Method and Prototyping of Panel E11.3the Multistage Stacked Boost Architecture (MSBA)STEINKE Gina, RUFER Alfred - Ecole Polytechnique Fédérale de Lausanne - Switzerland

240 - A simplified approach to input voltage balancing Panel E11.4for series connected isolated DC-DC convertersKROICS Kaspars - Institute of Physical Energetics - Latvia, GAIGALS Gatis - Ventspils UniversityCollege - Latvia, SUZDALENKO Aleksandrs, ZAKIS Janis - Riga Technical University - Latvia

313 – Analysis of the Double Quadratic Buck Converter Panel E12.1AHMAD MUSSA Samir, LIMA DE SA Franciéli – Federal University of Santa Catarina - Brazil, A.RUIZ-CABALERO Domingo – Pontifical Catolic University of Valparaiso - Chile

334 - Benchmark of high-power STATCOM topologies Panel E12.2for flicker compensationZHANG Hongyang, ÄNGQUIST Lennart, NEE Hans-Peter, NORRGA Staffan, ÖSTLUND Stefan -KTH Royal Institute of Technology - Sweden

348 - Multiple Input, Single Output, Single Inductor DC-DC Panel E12.3Converter Architecture Providing Charge Reuse by an Efficient High Voltage Current SinkROLFF Leo, HEINEN Stefan, LOHAUS Lukas, SCHULTE BOCHOLT Eva, WUNDERLICH Ralf - IASRWTH Aachen University - Germany

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359 - Modified Dual-Transformer based Asymmetrical Panel E12.4Dual- Bridge (MDT-ADB) Isolated DC-DC ConverterJAKKA Venkat Nag Someswar - Indian Institute of Technology Bombay - India, DEMETRIADESGeorgios - ABB Corporate Research - Sweden, KULKARNI S. V., SHUKLA Anshuman - IndianInstitute of Technology Bombay - India

407 - Comparison of High Frequency Inductors for Panel E13.1Bidirectional DC-DC Converters for Electric VehiclesSARRIEGUI Garikoitz - RWTH Aachen University - Germany

414 - Optimum Structure of Proposed Novel Multilevel Panel E13.2Six-Phase Inverter Configuration for Open-End Winding LoadsPADMANABAN Sanjeevikumar - Ohm Technologies - India, BLAABERG Frede - AalborgUniversity - Denmark, ERTAS Ahmet H. - Karabuk University - Turkey, OJO Joseph Olorunfemi -Tennessee Technological University - United States of America, SZCZESNIAK Pawel - Universityof Zielona Gora - Poland, WHEELER Patrick William - Nottingham University - United Kingdom

440 - ZVS Modulation Strategy for a Three-Phase Dual Active Panel E13.3Bridge DC-DC Converter with Three-Level Phase-LegsBAARS Nico, EVERTS Jordi, WIJNANDS Cornelis - Eindhoven University of Technology -Netherlands

454 - Reliability Modeling and Cost Optimization of High Panel E13.4Power Parallel-Converter SystemFANG Junxiang, DU Fada, DU Guiping - South China University of Technology - China

14:00 DS2d: Topic 2: Advanced Power Location: Room WeinbrennerConverter Topologies (III)

Chair(s): HEREDERO-PERIS Daniel - CITCEA-UPC - SPAIN

461 - A new control for modular multilevel converters and Panel E1.1their use as DC circuit breaker.JIMENEZ CARRIZOSA Miguel – CentraleSupelec - France, ALOU Pedro - CEI UPM - Spain,ARZANDE Amir, VANNIER Jean-Claude - CentraleSupelec - France, VASIC Miroslav - CEI UPM -Spain

468 - Interline Hybrid Unified Power Quality Conditioner Panel E1.2SAVRUN Murat Mustafa - Çukurova University - Turkey, BAYINDIR Kamil Cagatay - YildirimBeyazit University - Turkey, CUMA Mehmet Ugras, KOROGLU Tahsin, TAN Adnan, TUMAYMehmet - Çukurova University - Turkey

475 - HVDC-based modular multilevel converter in Panel E1.3the STATCOM operation modeANTÓNIO-FERREIRA Abel - CINERGIA - Spain, GOMIS-BELLMUNT Oriol - CITCEA-UPC - Spain,TEIXIDÓ Miquel - CINERGIA - Spain

479 - Adaptive discontinuous zero sequence signal for Panel E1.4modular multilevel converter applicationsANTÓNIO-FERREIRA Abel - CINERGIA - Spain, GOMIS-BELLMUNT Oriol - CITCEA-UPC - Spain,TEIXIDÓ Miquel - CINERGIA - Spain

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516 - An AC Reactive Power Compensator Based On a Panel E2.1Nine Switch Converter.KAPIDOU Alexandra - ABB Corporate Research - Sweden, AGELIDIS Vassilios - University ofNew South Wales - Australia, DEMETRIADES Georgios, ZELAYA DE LA PARRA Hector - ABBCorporate Research - Sweden

533 - Evaluation of a High-Power Three-Phase Dual Active Panel E2.2Bridge DC-DC Converter with Three-Level Phase-LegsBAARS Nico, EVERTS Jordi, LOMONOVA Elena, WIJNANDS Cornelis - Eindhoven University ofTechnology - Netherlands

537 - Branch Energy Balancing with a Generalised Control Panel E2.3Concept for Modular Multilevel Topologies – Using the Example of the Modular Multilevel ConverterKARWATZKI Dennis - Leibniz Universität Hannover - Germany, BARUSCHKA Lennart - ProtolarGmbH - Germany, DOKUS Marc, KUCKA Jakub, MERTENS Axel - Leibniz Universität Hannover -Germany

538 - Output power increase of a 3-level convertor using Panel E2.4state-of-the-art 4.5 kV IGBT modulesAGUIRREZABAL Jokin, ARBIDE Eneko - Ingeteam Power Technology - Spain, KATSUAKI Saito -Hitachi Europe Ltd - United Kingdom, LARRAZABAL Igor - Ingeteam Power Technology -Spain, MARKHAM Neil - Hitachi Europe Ltd - United Kingdom, ZUBIMENDI Ignacio - IngeteamPower Technology - Spain

565 - Performance analysis of a SiC-based single-phase Panel E3.1H-bridge inverter with active power decouplingSERBAN Ioan, MARINESCU Corneliu, MUNTEANU Daniel - Transilvania University of Brasov -Romania

605 - Design and Implementation of Full Bridge Bidirectional Panel E3.2Isolated DC-DC Converter for High Power ApplicationsKOROGLU Tahsin - Cukurova University - Turkey, BAYINDIR K. Cagatay - Yildirim BeyazitUniversity - Turkey, CUMA Mehmet Ugras, SAVRUN M. Mustafa, TAN Adnan, TUMAY Mehmet -Cukurova University - Turkey

606 - Bidirectional Converter with High Frequency Isolation Panel E3.3Feasible to Solid State Transformer ApplicationsMAZZA Luan Carlos, ANTUNES Fernando, DA SILVA José Cleomon, DIAS Antônio, FREITASAlisson, OLIVEIRA Demercil - Federal University of Ceara - Brazil

635 - On Energy Storage Requirements in Alternate Arm Panel E3.4Converters and Modular Multilevel ConvertersHEINIG Stefanie - KTH Royal Institute of Technology - Sweden, ILVES Kalle - ABB CorporateResearch Center Sweden - Sweden, NEE Hans-Peter, NORRGA Staffan - KTH Royal Institute ofTechnology - Sweden

656 - Matrix Converter Topology for Distributed Panel E4.4Energy ApplicationsMILIANI El Hadj, BATTISTON Alexandre, KEFSI Laid, ZEIN ISMAIL - IFP Energies Nouvelles -France

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22h3023h00

Welcome receptionExhibition Hall

Session LS1e

Topic 7Room 2.05

Session LS2a

Topic 2Room Thoma

Session LS1c

Topic 4Room

Mombert

Session LS3a

Topic 2Room Thoma

Coffee break - Exhibition Hall and foyers

Session LS2c

Topic 1Room

Mombert

Keynote 1Future of Wide Band Gap Power Semiconductors, Peter Friedrichs (Infineon)

Room Brahms

Session LS1a

Topic 2Room Thoma

Session LS1d

Topic 3Room

Clubraum

Session LS1f

Topic 6Room 2.08

K Future Developments of Electric Vehicles, TBD (Daimler)

Ro

Session LS2f

Topic 6Room 2.08

Wednesday 7 September 2016

K Power Electronics for Renewable Energies, Michael Weinhold (Siemens)

Ro

Registration: 07:30-17:30h

Registration

Session LS3b

Topic 1Room Hebel

Session LS3c

Topic 4Room

Mombert

Session LS4b

Topic 1Room Hebel

Session LS1b

Topic 8Room Hebel

Award CeremonyRoom Brahms

Gala dinner at Castle Schwetzingen

Bus Transfer to Karlsruhe

Session LS4a

Topic 2Room Thoma

Session LS4c

Topic 4Room

Mombert

!"#$%&'()*(**"%+)!,/)#+6)$'+72)7%+4"+'(6 !"#$%&'()*(**"%+)!,-)#+6)$'+72)7%+4"+'(6

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Session LS2d

Topic 5Room

Clubraum

Tuesday 6 September 2016


Opening session Room Brahms


vendor session in exhibition

hall


hall

LUNCH

Session LS2e

Topic 7Room 2.05

Room Hebel

Industrial Forum 1

Future Grids

Room Mombert

Industrial Forum 2

Fast Switching Semi-

conductors

Room Clubraum

Industrial Forum 3

Drive Technology of

Electric Vehicles

PELS Young Professional eventKIT

Room Mombert

Industrial Forum 5Future

Railroad Applications

Room Hebel

Industrial Forum 4Power

Electronics for Energiewende

Bus Transfer to Schwetzingen

! ) ) ) )) ) ) )

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Keynote 3 F f Electric Vehicles, TBD (Daimler)

Room Brahms

y 7 September 2016

Keynote 2P e En

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8 8h30 8h40

8h50

9h00

9h10

9h20

9h30

9h40 Topic 1

9 9h50

1 Clubraum Room 2.05 Room 2.08 10h00 Room Thoma Room Hebel Mombert Clubraum Room 2.05 Room 2.08 Topic 210h10

10h20 Tpoic 3

1 10h30

10h40 Topic 4

1 10h50

11h00 Topic 5

1 11h10

11h20 Topic 6

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1 11h50

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1 12h10

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1 12h30

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20h00

Session LS3f

Topic 3Room 2.08

Session LS4f

Topic 3Room 2.08

Keynote 3 F f Electric Vehicles, TBD (Daimler)

Room Brahms

Thursday 8 September 2016


Closing sessionRoom Brahms

Keynote 4Energy Challenges, Jochen Kreusel (ABB)

Room Brahms

Session LS5f

Topic 6Room 2.08

y 7 September 2016

Keynote 2P e Energies, Michael Weinhold (Siemens)

Room Brahms

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Topic 5Room

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Session LS3e

Topic 6Room 2.05

Session LS6d

Topic 3Room

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Session LS6f

Topic 6Room 2.08

Session LS6c

Topic 4Room

Mombert

Session LS6b

Topic 8Room Hebel

LUNCHLUNCH

at Castle Schwetzingen

nsfer to Karlsruhe

Technical visits see

programme

Session LS5b

Topic 1Room Hebel

Session LS5c

Topic 4Room

Mombert

Session LS5d

Topic 3Room

Clubraum

Session LS5e

Topic 9Room 2.05


hall

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Topic 5Room

Clubraum

Session LS4e

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Challenges of Simulating

Power Electronic Systems


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14:00 DS2e: Topic 3:Standard and Advanced Location: Room Weinbrenner Control Techniques for Power Converters (II)

Chair(s): PEROUTKA Zdenek, University of West Bohemia in Pilsen, Czech Republic

338 - Spectrum Calculation Method for a Boost Converter Panel E8.3with Chaotic PWMYANG Zhichang, LI Hong - Beijing Jiaotong University - China, LI Zhong, WOLFGANG A.Halang - Fernuniversität in Hagen - Germany

375 - Carrier-based PWM with Minimum Infinity Norm for Panel E8.2Overmodulation Area of Five-Phase ConvertersKOMRSKA Tomas, GLASBERGER Tomas, PEROUTKA Zdenek - University of West Bohemia -Czech Republic

387- Advanced Control Method for VSC-HVDC Systems Panel E9.1Connected to Weak GridsJASIM Omar, DANG HQS - GE Energy Management | Grid Solutions - United Kingdom

416 - LQ Control of Single-phase Converter with LCL Filter Panel E9.2with Partially Observed StateBLAHA Stepan - University of West Bohemia - Czech Republic, KOMRSKA Tomas, PEROUTKAZdenek, SMIDL Vaclav - Regional Innovation Centre for Electrical Engineer - Czech Republic

447 - Model predictive current reference calculation for Panel E9.3single-phase VSCsRODRIGUEZ-BERNUZ Joan-Marc, JUNYENT-FERRE Adria - Imperial College, London - UnitedKingdom

495 - Local Vector Current Controller and Current Clamp Panel E9.4MinimisationBETZ Robert, GAY David - University of Newcastle - Australia

498 - Model Predictive Control of Dual Inverter Respecting Panel E10.1Temperature Limits of IGBTsVOTAVA Martin, GLASBERGER Tomas, PEROUTKA Zdenek, SMIDL Vaclav - University of WestBohemia - Czech Republic

536 - Method for balancing capacitors voltages on split DC-links Panel E10.2PAPPIS Douglas, DE OLIVEIRA Eduardo F., ZACHARIAS Peter - Universität Kassel - Germany

625 - Capacitor voltage balance performance comparison of Panel E10.3MMC-STATCOM using NLC and PS-PWM strategies during negative sequence current injectionPEREIRA Heverton - Federal University of Viçosa - Brazil, BONGIORNO Massimo - ChalmersUniversity - Sweden, CUPERTINO Allan - CEFET-MG - Brazil, MATHE Laszlo, SANGWONG-WANICH Ariya, TEODORESCU Remus - Aalborg University - Denmark, XAVIER Lucas - UFV -Brazil

666 - Control of Switching Frequency for Modular Multilevel Panel E10.4Converters by a Variable Hysteresis Band ModulationKUBERA Sascha, ALVAREZ VALENZUELA Rodrigo Alonso, DORN Jörg - Siemens AG - Germany

53



14:00 DS2f: Topic 3: Application of Control Location: Room WeinbrennerMethods to Electrical Systems

Chair(s): SCHIERLING Hubert, Siemens AG, Germany

159 - Control Strategy for a Parallel Active Buffer Circuit Panel E6.1in a Single-Phase-InverterZEHELEIN Matthias, BARNER Alexander, COSTA Marco, MOENCH Stefan, ROTH-STIELOWJörg - University of Stuttgart - Germany

170 - A Novel Method for Current Balancing between Panel E6.2Parallel-connected IGBTsCHEN Ying, PAN Wenjie - Xi'an Jiaotong University - China, YANG Yan - Xi'an SiyuanUniversity - China, ZHANG Fan, ZHUO Fang - Xi'an Jiaotong University - China

276 - A Novel EMI Reduction Design Technique in Panel E6.3IGBT gate driver for Turn-on Switching modeGHORBANI Hamidreza - Universitat Politècnica de Catalunya - Spain, PAREDES Alejandro,ROMERAL Jose Luis, SALA Vicent - MCIA Research Center - Spain

320 - High Response and Robustness Torque Controller Panel E6.4by Low-Cost Hall Effect Sensor on Electric Power Steering ApplicationsLEE Jaehyun - Hyundai Mobis - Korea (Republic of)

471 - Comparison of Control Methods for H-Bridge fed Panel E7.1Five-Phase Permanent Magnet Synchronous MotorsJONSKY Torben, BORCHERDING Holger, SZYMANSKI Patrick, THESSELING Matthias, WETT-LAUFER Jan - Lenze SE - Germany

560 - Comparison of Driving Concepts for Silicon Carbide Panel E7.2Bipolar Junction TransistorsMUETER Ulf, FAHLBUSCH Sebastian, HOFFMANN Klaus F., KLOETZER Sebastian, SAMMLERChristian - Helmut Schimdt University - Germany

603 - Analysis of Cost Functions and Setpoints for Predictive Panel E7.3Speed Control of PMSM DrivesSMIDL Vaclav, JANOUS Stepan, MACHA Vaclav, PEROUTKA Zdenek - University of WestBohemia - Czech Republic

665 - Real-Time Implementation of some Fourier Transform Panel E7.4Based Techniques for Fundamental Harmonic Detection using dSPACENICOLAE PETRE – Marian, POPA DINUT - Lucian - University of Craiova - Romania

14:00 DS2g: Topic 4: Adjustable Speed Drives Location: Room WeinbrennerChair(s): PERRIARD Yves, EPFL, Switzerland

36 - A real-life fuse design for a fault-tolerant motor inverter Panel E22.1GLEISSNER Michael, BAKRAN Mark - University of Bayreuth - Germany

54



40 - Improved electric drive analysis methodology for Panel E22.2electrical vehicle propulsionLUTHARDT Sven - Porsche AG - Germany, GERLING Dieter - Universität der BundeswehrMünchen - Germany, HEITMANN Axel, SCHMITZ Stefan - Porsche AG - Germany

57 - A Hybrid Permanent Magnet and Wound Field Synchronous Panel E22.3Machine with Displaced Reluctance Axis Capable of Symmetric Four Quadrant OperationWINZER Patrick, DOPPELBAUER Martin - Karlsruhe Institute of Technology - Germany

118 - Online Loss-Minimising Control Method of Interior Panel E22.4Permanent-Magnet Synchronous MotorsHEMPEL Adam, BIERHOFF Michael - Fachhochschule Stralsund - Germany

201 - A model-based loss-reduction scheme for transient Panel E23.1operation of induction machinesWEIß Robin, GENSIOR Albrecht - Technische Universität Dresden - Germany

222 - Design of a variable speed Permanent Magnet (PM) Panel E23.2machine using multi-objective Genetic Algorithm (GA) methods and its validationMARTINEZ Javier, KRISCHAN Klaus, MUETZE Annette - TU Graz - Austria

232 - Optimal PWM for further loss reduction in electrical drives Panel E23.3LAZAR Radu, LUNGEANU Marian - Danfoss Drives A/S - Denmark

324 - Feedback Control of High-Speed PMSM with Synchronous Panel E23.4Optimal PWMMINK Fabian, BEINEKE Stephan, KASTEN Henning - LTI Motion GmbH - Germany, PETERKlaus - Universität Paderborn - Germany

340 - A Novel Deadbeat Direct Torque and Flux Control of Panel E24.1IPMSM with Parameter IdentificationLIN Weijie, CUI Lili, LIU Dongliang, WU Qiuxuan, ZHAO Xiaodan - Hangzhou DianziUniversity - China

395 - Modulation and LCR Filter Optimum Design Procedure Panel E24.2for Medium Voltage Adjustable Speed DrivesMAZUELA Mikel, ATUTXA Iñigo, ECHEVERRIA Ivan, SANCHEZ-RUIZ Alain, TELLERIA Sebastian -Ingeteam Power Technology, S.A. - Spain

566 - Control Performance improvement in Feedback-Type Panel E24.3Flux-Weakening Control Method using Value of Voltage Saturation for SynRMsHAYAKAWA Kanako, HASEGAWA Masaru, MATSUMOTO Atsushi - Chubu University - Japan

567 - A Novel Flux-Weakening Control Method for Robust Panel E24.4Position Sensorless Control to Magnetic Saturation of IPMSMsMATSUMOTO Atsushi, HASEGAWA Masaru - Chubu University - Japan

622 - Effect of electric motor efficiency and sizing on the Panel E17.1energy efficiency in pumping systemsOROZCO Sergio Martinez, AHOLA Jero, AHONEN Tero - Lappeenranta University ofTechnology - Finland, TOLVANEN Jukka - ABB OY - Finland

55



653 - High efficient modular drive systems – an ideal approach Panel E17.2for green intralogistic applicationsAUSTERMANN Johann, BORCHERDING Holger - Hochschule Ostwestfalen-Lippe - Germany,GRABS Volker, STICHWEH Heiko - Lenze - Germany

14:00 DS2h: Topic 6: HVDC & FACTS Location: Room WeinbrennerChair(s): HASSANPOOR Arman, ABB, Sweden

9 - Comparison of Modular Multilevel Converter based Panel E25.1HV DC-DC-ConvertersSCHOEN Andre - Siemens AG - Germany, BAKRAN Mark-M. - Universität Bayreuth - Germany

35 - Comparison of shunt connected tapping concepts in Panel E25.2HVDC transmission systemsBIRKEL Andre, BAKRAN Mark-M. - Universität Bayreuth - Germany

55 - A New Protection Scheme for HVDC Circuit Based Panel E25.3on MMC Topology with Controllable Fault CurrentJIANG Xu, BAKRAN Mark-M. - Universität Bayreuth - Germany

86- A Comparative Assessment of Different Balancing Panel E25.4Control Algorithms for Modular Multilevel Converter (MMC)ZAMA Ahmed, AIT MANSOUR Said - Supergrid Institute SAS - France, BACHA SEDDIK -Université Grenoble Alpes- Laboratoire G2ELAB - France, BENCHAIB Abdelkrim - SupergridInstitute SAS - France, FREY David - Université Grenoble Alpes- Laboratoire G2ELAB - France,LUSCAN Bruno - Supergrid Institute SAS - France

147 - One-Pulse Control for Modular Multilevel Converter Panel E26.1based STATCOMKOYAMA Yushi, ARAI Takuro, HASEGAWA Ryuta, SUZUKI Daichi - Toshiba Corporation - Japan

199 - Injection Capability of Delta Connected STATCOM in Panel E26.2Imbalanced SituationsBASIC Duro, GESKE Martin, JANNING Joerg - General Electric - Germany, SCHROEDER Stefan -General Electric, Global Research - Germany

230 - A Modular Bi-Directional Hybrid Circuit Breaker for Panel E26.3Medium and High Voltage DC NetworksKRISHNAN Jaganath, GÜLDNER Henry - TU Dresden - Germany, HANDT Karsten, NIELEBOCKSebastian - Siemens - Germany

234 - Impact and Opportunities of Medium-Voltage Panel E26.4DC Grids in Urban Railway SystemsHINZ Arne, DE DONCKER Rik W., STIENEKER Marco - PGS EONERC at RWTH AachenUniversity - Germany

243 - Rugged MMC converter cell for high power applications Panel E27.1OEDEGARD Bjoern, BAUMANN Remo, WEISS David - ABB - Switzerland, WIKSTROEM Tobias -ABB Switzerland Ltd, Semiconductors - Switzerland

56



255 - Dynamic impact of MMC controllers on DC voltage droop Panel E27.2controlled MTDC gridsFREYTES Julian - Ecole Centrale de Lille - L2EP - France, COLAS Frederic, GRUSON Francois -Ecole Nationale Supérieure d'Arts et Métiers - France, GUILLAUD Xavier - Ecole Centrale deLille - L2EP - France, RAULT Pierre - RTE - France

272 - Model-Predictive Modulation Strategy for a Hybrid Si-SiC Panel E27.3Cascaded H-Bridge Multi-Level ConverterJAHN Ilka, TOWNSEND Christopher, ZELAYA DE LA PARRA Hector - ABB Corporate Research -Sweden

350 - Computationally Efficient Method for Simulating Panel E27.4Current Source Modular Multilevel ConverterBHESANIYA Mukeshkumar, SHUKLA Anshuman - Indian Institute of Technology Bombay -India

527 - Active Thermal Balancing for Modular Multilevel Panel E28.1Converters in HVDC ApplicationsHAHN Frederik, BUTICCHI Giampaolo, LISERRE Marco - Christian-Albrechts-Universität zu Kiel -Germany

528 - Active Ripple Energy Storage for a Cascaded H-Bridge Panel E28.2Multilevel ConverterPETRILI Daniele, NAMI Alireza, TOWNSEND Christopher, ZELAYA Hector - ABB CorporateResearch - Sweden

579 - Optimum Semiconductor Voltage Level for MMC Panel E28.3Sub-modules in HVDC ApplicationsALVAREZ Rodrigo, DORN Jörg, GAMBACH Herbert, WAHLE Marcus - Siemens - Germany

618 - Capacitor Current Minimization and Losses Analysis Panel E28.4in Modular Multilevel Converter for HVDC ApplicationsVACCARO Luis, FARNESI Stefano, MARCHESONI Mario - University of Genova - Italy

14:00 DS2i: Topic 7: Power Supplies Location: Room WeinbrennerChair(s): ISURIN Alexander - VANNER INCORPORATED - UNITED STATES OF AMERICA

53 - LED-Ballasts in Lighting Applications – A Comparison Panel E5.1of Cost Effective One Stage TopologiesPAWELLEK Alexander, DUERBAUM Thomas - Friedrich-Alexander University Erlangen-Nürnberg - Germany

214 - Capacitive Current Balancing for Parallel-connected Panel E5.2LED Strings with Tight Load-Regulation by Switch-Controlled CapacitorWONG Chi Shing, LAI Yuk Ming, LOO Ka Hong, TSE Chi Kong - The Hong Kong PolytechnicUniversity - China

279 - Lagrangian Derivation and Analysis of a Simple Equivalent Panel E5.3Circuit Model of Wireless Power Transfer System with Dual Transmitting ResonatorsKOYAMA Takahiro, HIRAKI Eiji, HONJO Toru, UMETANI Kazuhiro - Okayama University - Japan

57



311 - Load monitoring and output voltage control for SP Panel E5.4topology IPT system using a single controller without any output measurementSANGSWANG Anawach, MUJJALINVIMUT Ekkachai, NAETILADDANON Sumate, NUTWONGSupapong - King Mongkut's University of Technology Thonburi - Thailand

367 - An Advanced Control Device for Intelligent Lighting Panel E4.1in DLT-SystemsLOHAUS Lukas, DE VRIEZE Colin, HEINEN Stefan, ROSSIUS Arne, WUNDERLICH Ralf - IASRWTH Aachen University - GERMANY

379 - Analyses on Contactless Transformer and Power Control Panel E4.2for Movable ICPT SystemSHI Liming, CAI Hua - Institute of Electrical Engineering, CAS - China, JIANG Longbin –University of Chinese Academy of Sciences - China, LI Yaohua - Institute of ElectricalEngineering, CAS - China

547- Trackside Converter as a Public Grid Replacement Panel E4.3DE JAGER Will, DEN OUDEN Robin, KOOLMAN Robbert - DYNNIQ - Netherlands

15:30 IS4: Industrial Forum: Power Electronics Location: Room Hebelfor Energiewende

Chair(s): HILLER Marc - KARLSRUHE INSTITUTE OF TECHNOLOGY (KIT) - GERMANYMERTENS Axel - LEIBNIZ UNIVERSTITY HANNOVER - GERMANY

The Energiewende and increased flexibility of future transmission and distribution grids leadto new applications for Power Electronics. In addition to HVDC systems new developmentsalso address MV applications with enhanced features, efficiency and reliability. New circuittopologies and power semiconductors enable promising solutions to replace or enhance theperformance of conventional systems. The session will give an overview on future trends andchallenges in this field.

15:30 IS5: Industrial Forum: Future Location: Room MombertRailroad Applications

Chair(s): BAKRAN Mark - UNI BAYREUTH - GERMANYBOECKER Joachim - PADERBORN UNIVERSITY - GERMANY

Railroad applications have always been a major force in power electronics and drive systems.Future developments will increase the power density, efficiency and functionality for exam-ple with regard to safety. Traction is seen as a major application for SiC in the high powerregion. High requirements on reliability and lifetime always pose a challenge on the design.This session will highlight the main challenges and trends in this field.

15:30 IS6: Industrial Forum: Location: Room ClubraumEnergy Efficiency of PDS

Chair(s): DOPPELBAUER Martin - KARLSRUHE INSTITUTE OF TECHNOLOGY - GERMANYHOFMANN Wilfried - TECHNISCHE UNIVERSITÄT DRESDEN - GERMANY

Energy efficiency of electric machines has been in the focus of International legislation formany years. Minimum energy efficiency performance standards are now established all overthe world. However, much more electric energy can often be saved, when the drive is better adapted to the work process by varying speed and load. The session will address thelatest requirements and developments in this field.

58

Wednesday 7 September 2016 Industrial sessions


09:00 Closing Session Location: Room BrahmsChair(s): DOPPELBAUER Martin, Karlsruhe Institute of Technology, Germany

LORENZ Leo, European Center for Power Electronics E.V., Germany

09:30 Keynote 4: Energy Challenges Location: Room BrahmsChair(s): BOECKER Joachim, Paderborn University, Germany

HILLER Marc, Karlsruhe Institute of Technology (KIT), Germany

09:30 Energy ChallengesKREUSEL Jochen - ABB AG

10:10 LS5b: Topic 1: Passive Components Location: Room HebelChair(s): BIELA Juergen, ETH Zürich, Switzerland

DICK Christian Peter, Technische Hochschule Köln, Germany

10:10 190 - Frequency-Domain Homogenization for Litz-Wire Bundles in FiniteElement CalculationsNIYOMSATIAN Korawich - Triphase NV - Belgium, GYSELINCK Johan - Université Libre deBruxelles - Belgium, SABARIEGO Ruth - KU Leuven - Belgium, VAN DEN KEYBUS Jeroen -Triphase NV - Belgium

10:30 19 - A New Concept to Design Inductors with Low Conducted andRadiated Emission NoisesZARE Firuz - Danfoss Drives A/S - Denmark

10:50 24 - The Reluctance of Large Air Gaps in Ferrite CoresSTENGLEIN Erika, ALBACH Manfred - University of Erlangen-Nuremberg (FAU) - Germany

11:10 263 - Characterization method for inductors in their environmentKOULARAMBAYE Mbaitelbe, ABDERAHIM Awat, CAPRARO Stéphane, CHATELON Jean-Pierre -Université de Saint-Etienne - France, MBAINAIBEYE Jérome - IUPM - France, ROUSSEAU JeanJacques - Université de Saint-Etienne - France

10:10 LS5c: Topic 4: Special Motors Location: Room MombertChair(s): HAMEYER Kay, Institut für Elektrische Maschinen, RWTH Aachen, Germany

MESSAGER Gael, Technical University Darmstadt, Germany

10:10 446 - Active Radial Magnetic Bearing for an Ultra-High Speed MotorSCHUCK Marcel, KOLAR Johann W. - ETH Zurich - Switzerland, STEINERT Daniel - LevitronixGmbH - Switzerland

10:30 660 - Design and Analysis of a High-Speed Induction Machine as ElectricVehicle Traction DriveEPSKAMP Torsten, BUTZ Benjamin, DOPPELBAUER Martin - Karlsruher Institut für Technologie -Germany

10:50 362 - Design of the Power Series based on Traction Induction MotorLAKSAR Jan, HORNIKOVA Lucie, VEG Lukas - University of West Bohemia - Czech Republic

59

Closing session & Keynote 4 Thursday 8 September 2016


11:10 484 - Influence of Parasitic Capacitances of IGBT Inverter on InsulationCondition Monitoring of Traction Machines Based on Current Signal TransientsAnalysisZOELLER Clemens - Technische Universität Wien - Austria, VOGELSBERGER Markus -Bombardier Austria GmbH - Austria, WOLBANK Thomas - Technische Universität Wien -Austria

10:10 LS5d: Topic 3: Standard and Advanced Location: Room Clubraum Control Techniques for Power Converters (II)

Chair(s): RUFER Alfred, Ecole Polytechnique Fédérale de Lausanne, SwitzerlandTENCONI Sandro, Energy Technology SRL, Italy

10:10 599 - Virtual Circuit Control for Multi-Converter Smart Grid ApplicationsHENDRICKX Bruno, NIYOMSATIAN Korawich, TANT Peter, VANASSCHE Piet - Triphase -Belgium

10:30 328 - A Root-Locus Design Methodology Derived from the ImpedanceStability Criterion and Its Application for LCL Grid-Connected ConvertersRODRIGUEZ-DIAZ Enrique, FREIJEDO Francisco D. - Aalborg University - Denmark, GOLSORKHI Mohammad S. - The University of Sydney - Australia, GUERRERO Josep M.,VASQUEZ Juan C. - Aalborg University - Denmark

10:50 550 - Accuracy Considerations for Single-Phase Digital Derivative BasedAC-Grid Synchronization UnitGALKIN Ilya, VOROBYOV Maxim - Riga Technical University - Latvia

11:10 357 - Effect of state feedback coupling on the transient performance ofvoltage source inverters with LC filterDE BOSIO Federico - Politecnico di Torino - Italy, FREIJEDO Francisco, GUERRERO Josep -Aalborg University - Denmark, PASTORELLI Michele - Politecnico di Torino - Italy, RIBEIRO Luiz -Federal University of Maranhao - Brazil

10:10 LS5e: Topic 9: Industry Specific Energy Location: Room 2.05 Conversion and Conditionning Technologies

Chair(s): NAGEL Andreas, Siemens AG, GermanyBOSGA Sjoerd, ABB AB, Corporate Research, Sweden

10:10 62 - Electrical model of carbon fibre reinforced polymers for the develop-ment of electrical protection systems for more electric aircraft.JONES Catherine, BURT Graeme, GALLOWAY Stuart - University of Strathclyde - UnitedKingdom, HALLETT Stephen, JONES Mike, KAWASHITA Luiz - University of Bristol - UnitedKingdom, NORMAN Patrick - University of Strathclyde - United Kingdom

10:30 244 - Suppression of conducted, high frequency signals in aerospaceDC/AC converters designed with SiC MOSFETsDROZHZHIN Danil - TU Darmstadt - Germany, DE MAGLIE Rodolphe, ENGLER Alfred -Liebherr Elektronik GmbH - Germany, GRIEPENTROG Gerd, SAUER Alexander - TU Darmstadt -Germany

60

Thursday 8 September 2016 Lecture session 5


10:50 305 - Current Sharing inside a High Power IGBT Module at the NegativeTemperature Coefficient Operating RegionASIMAKOPOULOS Panagiotis - European Laboratory for Nuclear Research - Switzerland, BONGIORNO Massimo - Chalmers University of Technology - Sweden, PAPASTERGIOUKonstantinos - European Laboratory for Nuclear Research - Switzerland, THIRINGER Torbjorn -Chalmers University of Technology - Sweden

11:10 661 - A new Modular Multilevel Converter for Medium Voltage High PowerOil & Gas Motor Drive ApplicationsBEUERMANN Max - Siemens AG - Germany, HILLER Marc, HIMMELMANN Patrick - KarlsruheInstitute of Technology (KIT) - Germany, KRUG Dietmar - Siemens AG - Germany

10:10 LS5f: Topic 6: Power Quality Issues Location: Room 2.08Chair(s): BOROYEVICH Dushan, Virginia Tech, United States of America

BUSQUETS-MONGE Sergio - Universitat Politecnica de Catalunya - Spain

10:10 356 - Control Design of VSIs to Enhance Transient Performance inMicrogridsDE BOSIO Federico - Politecnico di Torino - Italy, GUERRERO Josep - Aalborg University -Denmark, RIBEIRO Luiz - Federal University of Maranhao - Brazil, SAVAGHEBI Mehdi,VÁSQUEZ Juan - Aalborg University - Denmark

10:30 60 - Study on the Power Quality of More Electric Aircraft Power GridCHEN Jiawei, ZHANG Xiuqin - Chongqing University - China

10:50 540 - A Frequency Domain Model for Beat Frequency Oscillation Analysisin MicrogridYUE Xiaolong - Xi'an Jiaotong University - China, BOROYEVICH Dushan, BURGOS Rolando -Virginia Polytechnic Institute and State University - United States of America, ZHUO Fang -Xi'an Jiaotong University - China

11:10 597 - Grid-Connected PV Power Plant Induced Power Quality Problems –Experimental EvidencePAKONEN Pertti, HILDÉN Antti, SUNTIO Teuvo, VERHO Pekka - Tampere University ofTechnology - Finland

11:50 LS6b: Topic 8: EV's Batteries and Chargers Location: Room HebelChair(s): HEGAZY Omar, Vrije Universiteit Brussel, Belgium

VAN DEN BOSSCHE Alex - UGENT - BELGIUM

11:50 130 - Parameterization of equivalent circuit models for high-power lithium-ion batteries in HEV applicationSKOOG Stefan - Chalmers University of Technology - Sweden

12:10 207 - Optimal Design of a Matrix Converter with a LC Active Buffer for On-board Vehicle Battery Charger in Single Phase Grid StructureGOH Teck Chiang, MASARU Sugai, TAKAHIDE Sugiyama - Toyota Central R&D Labs., Inc. -Japan

61

Lecture session 6 Thursday 8 September 2016


12:30 235 - Components Selection of a Direct Three-Phase to Single-Phase AC/ACConverter for a Contactless Electric Vehicle ChargerKUSUMAH Ferdi Perdana, KYYRÄ Jorma, VUORSALO Simo - Aalto University - Finland

12:50 663 - Field test results of interoperable electric vehicle wireless powertransferSIMON Olaf - SEW Eurodrive GmbH & Co KG – Germany, DOERFLINGER Daniel - IPTTechnology GmbH – Germany, HOPPE Axel - Inst. F. Automation und Kommunikation –Germany, MAHLEIN Jochen - SEW Eurodrive – Germany, TURKI Faical - Paul Vahle GmbH &Co.KG - Germany

11:50 LS6c: Topic 4: Motor Design Location: Room MombertChair(s): LOMONOVA Elena, Eindhoven University of Technology, Netherlands

PERRIARD Yves, EPFL, Switzerland

11:50 120 - Torque analysis and comparison of the switched reluctance machineand the doubly-salient permanent magnet machineOU Jing, DOPPELBAUER Martin - Karlsruhe Institute of Technology - Germany

12:10 331 - Numerical Iron Loss Computation Method for Switched ReluctanceMotorsGREULE Mario, BOXRIKER Miriam, DOPPELBAUER Martin, ZHANG Buwei - Karlsruhe Instituteof Technology - Germany

12:30 335 - Pareto Optimization of Switched Reluctance Motors to determine theOptimum Pole ConfigurationGREULE Mario, ABELE Stefan, DOPPELBAUER Martin - Karlsruhe Institute of Technology -Germany

12:50 481 - Natural Frequencies of Small Squirrel Cage Induction Machine Rotor –Finite Element Model OptimizationSOBRA Jan, BYRTUS Miroslav, HRUSKA Karel, KAVALIR Tomas, KINDL Vladimir, KRIZEK Michal -University of West Bohemia - Czech Republic

11:50 LS6d: Topic 3: Standard and Advanced Location: Room Clubraum Control Techniques for Power Converters (III)

Chair(s): CRUZ Sérgio, University of Coimbra / IT, PortugalGRZESIAK Lech, Warsaw University of Technology, Poland

11:50 74 - High Bandwidth Phase Voltage and Phase Current Control Loop of aPermanent Magnet Synchronous Motor based on Delta Sigma BitstreamsHOMANN Michael, SCHUMACHER Walter - TU Braunschweig / Institut für Regelungstechnik -Germany

12:10 262 - Direct Model Predictive Voltage Control of Quasi-Z-Source Inverterswith LC FiltersAYAD Ayman, KARAMANAKOS Petros, KENNEL Ralph - Technical University of Munich -Germany

62

Thursday 8 September 2016 Lecture session 6


12:30 506 - Efficiency Comparison of Active and Passive Grid Filter DampingMethods using Direct Matrix ConverterREMUS Nico, HOFMANN Wilfried, LEUBNER Martin - Technische Universität Dresden -Germany

12:50 217 - A new modulation method for multilevel convertersGORDILLO Francisco - Universidad de Sevilila - Spain

11:50 LS6f: Topic 6: Protection in DC and AC Grids; Location: Room 2.08Smart Grids

Chair(s): BENCHAIB Abdelkrim, Supergrid Institute SAS, FranceHILLER Marc, Karlsruhe Institute of Technology (KIT), Germany

11:50 519 - Wide Frequency Range Medium-Voltage Grid Impedance Analysis byCurrent Injection of a Multi-MW Power ConverterHAHN Frederik, BENKENDORFF Berthold, BRUESKE Sebastian, BUTICCHI Giampaolo, FUCHSFriedrich W., LISERRE Marco - Christian-Albrechts-Universität zu Kiel - Germany

12:10 520 - Virtual inertia with PV inverters using DC-link capacitorsWAFFENSCHMIDT Eberhard - Cologne University of Applied Sciences - Germany, HUI Ron -University of Hong Kong - China

12:30 84 - HVDC Grid Protection with Integrated Fault Categorization forSelective TrippingSANDER René, BARTH Daniel, LEIBFRIED Thomas, SURIYAH Michael, WENIG Simon -Karlsruhe Institute of Technology - Germany

12:50 534 - Unidirectional hybrid circuit breaker topologies for multi-line nodesin HVDC gridsJEHLE Andreas, BIELA Juergen, PEFTITSIS Dimosthenis - Eidgenoessische TechnischeHochschule Zürich - Switzerland

14:00 DS3a: Topic 1: Passive Components Location: Room WeinbrennerChair(s): FERREIRA Braham - DELFT UNIVERSITY OF TECHNOLOGY - NETHERLANDS

23 - Analytical Calculation of the Current Depending Panel E22.1Inductance of a Stepped Air Gap InductorSTENGLEIN Erika, ALBACH Manfred, KÜBRICH Daniel - University of Erlangen-Nuremberg(FAU) - Germany

38 - Prediction of the Leakage Inductance in High Panel E22.2Frequency TransformersROSSMANITH Hans, ALBACH Manfred, STENGLEIN Erika - University of Erlangen-Nuremberg(FAU) - Germany

140 - Material savings using coupled inductors in hard Panel E22.3switched power-electronic building blocks: Modeling and experimental validationDECK Patrick, DICK Christian - Technische Hochschule Köln - Germany

63

Dialogue session 3 Thursday 8 September 2016


180 - Iron loss comparison of standard SiFe and nanocrystalline Panel E22.4materials for power transformers in a dual active bridge converterKAUDER Tobias, HAMEYER Kay - Institut für Elektrische Maschinen, RWTH Aachen - Germany

203 - Optimization of integrated magnetic planar transformer Panel E23.1MAHAMAT Ahmat Taha, CAPRARO Stéphane, CHATELON Jean-Pierre, DANOUMBEBonaventure - Université de Saint-Etienne - France, MAHAMOUD Youssouf - CNAR - France,ROUSSEAU Jean Jacques - Université de Saint-Etienne - France

265 - Planar transformer equivalent thermal resistance Panel E23.2variation with ambient temperature and power lossesBAKRI Reda, IDIR Nadir, LE MOIGNE Philippe, MARGUERON Xavier, NGOUA TEU Jean Sylvio -Ecole Centrale de Lille - L2EP - France

271 - Efficiency Impact of Air-Cored Inductors in Multi-MHz Panel E23.3Power ConvertersRINDFLEISCH Christoph, WICHT Bernhard - Reutlingen University - Germany

410 - New Low µ Nanocrystalline Cores: an Efficient Way Panel E23.4Decreasing Volume and MassGONY Bashar, POTTIER Frederic, Aperam Alloys Amilly - France, WAECKERLE Thierry - AperamAlloys Imphy - France

428 - DC Link RMS Current Estimation in Systems with Panel E24.1Several Converters Connected to a Shared DC Link with Distributed CapacitorsKRONE Tobias, MERTENS Axel - Leibniz Universität Hannover - Germany

429 - A phase shifted full bridge converter with novel control Panel E24.2over the leakage inductanceBAKAR Muhammad Abu, BERTILSSON Kent - Mid Sweden University - Sweden

14:00 DS3b: Topic 3: Estimation and Location: Room WeinbrennerIdentification methods

Chair(s): WOLBANK Thomas, Vienna University of Technology, Austria

32 - DC Bus Current Analysis Considering AC Current Panel E1.1Ripple in Three-phase Voltage Source ConvertersJIANG Dong, LI Qiao - Huazhong University of Science and Technology - China

49 - Investigation of the Characteristic Thermal Properties of Panel E1.2IGBT Power Modules for Robust In-situ Health MonitoringDENK Marco, BAKRAN Mark-M. - University of Bayreuth - Germany

64 - Efficient Intelligent Control Techniques for DC-DC Panel E1.3Converters: A Comparative StudyYOUSSEF Mohamed - University of Ontario - Canada, ABDELRAHMAN Ahmed, EIDMahmoud, REN Jing, WANG YING - UOIT - Canada

64

Thursday 8 September 2016 Dialogue session 3


65 - Novel Screening Techniques for Wind Turbine Panel E1.4JØRGENSEN Asger Bjørn, CHRISTENSEN Nicklas, FREDERIKSEN Kristian Lind, ICIRAGIYE Eddy,MAARBJERG Anders Eggert, MUNK-NIELSEN Stig - Aalborg University - Denmark, RANNESTADBjørn - KK Wind Solutions A/S - Denmark, SØNDERSKOV Simon Dyhr - Aalborg University -Denmark

85- Energy Control of Modular Multilevel Converter with a Panel E2.1Novel Analytic FilterSHINODA Kosei, BENCHAIB Abdeklrim - Supergrid Institute SAS - France, DAI Jing -CentraleSupélec - France, GUILLAUD Xavier - Ecole Centrale de Lille - L2EP - France

150 - Extended Observer-Based Simultaneous Online Parameter Panel E2.2Estimation of Inverter-Fed Squirrel-Cage Induction Machines Considering the Influence of Current and Speed Measurement ErrorsKOUPENY Jaroslav, LÜCKE Stefan, MERTENS Axel - Leibniz Universität Hannover - Germany

264 - Non-Invasive IGBT Power Loss Model Identification Panel E2.3in Two-Level Voltage Source ConvertersROSU Stefan George - University Politehnica of Bucharest - Romania, ARMANDO Eric -Politecnico di Torino - Italy, FLORESCU Adriana - University Politehnica of Bucharest -Romania, GUGLIELMI Paolo - Politecnico di Torino - Italy, RADOI Constantin - UniversityPolitehnica of Bucharest - Romania

374 - A Generalised Harmonic Linearisation Method for Panel E2.4Power Converters Input/Output Impedance CalculationSALIS Valerio, COSTABEBER Alessandro, COX Stephen, ZANCHETTA Pericle - University ofNottingham - United Kingdom

463 - Averaged inverter loss estimation algorithm Panel E3.1BONISLAWSKI Michal, HOLUB Marcin - West Pomeranian University of Technology - Poland

511 - A novel Algorithm for Position Estimation in Coreless Panel E3.2Current Measurement ApplicationsTROESTER Nathan, BEILHARZ Daniel, ROTH- STIELOW Joerg - Universität Stuttgart - Germany

586 - Converter Efficiency Measurement with PWM Duty Panel E3.3Cycle JitterCHEN Yaow-Ming - National Taiwan University - Taiwan

598 - The Switching Frequency Based Active Power as Highly Panel E3.4Dynamic Approximation of Conventional Active Power CalculationSTOCK Alexander, KOWALSKI Thomas - University of Applied Sciences Aschaffenburg -Germany, LANG Klaus - Hottinger Baldwin Messtechnik GmbH - Germany, STAUDT Stefan,TEIGELKÖTTER Johannes - University of Applied Sciences Aschaffenburg - Germany

619 - Revisiting the EKF Concept for Low Speed Sensorless Panel E4.4Control of Cage Induction MotorsSILVA Cesar - Universidad Técnica Federico Santa María - Chile, DE LILLO Liliana, EMPRING-HAM Lee - The University of Nottingham - United Kingdom, PEREZ Ricardo, YUZ Juan -Universidad Técnica Federico Santa María - Chile

65



14:00 DS3c: Topic 3: Measurements Location: Room WeinbrennerTechniques and Sensors

Chair(s): PIETRZAK-DAVID Maria, Laboratoire Plasma et Conversion d'Energy, France

94 - Application of Cell Mapping Method in Chaotic Detection Panel E6.1of Asynchronous Motor at Low SpeedLI Binhua, YANG Ru, YU Liande - Guangzhou University - China

99 - Calculating of Fuse Melting Point for Power Electronics Panel E6.2Circuits by Inrush Energy and Determination of the EligibilityDEMIR Murat, KAHRAMANOGLU Gürmen - Vestel Electronics - Turkey, YILDIZ Ali Bekir -Kocaeli University - Turkey

275 - Influence of a Variable Reluctance Resolver on an Panel E6.3E-Motor-SystemNEIDIG Norbert - Daimler AG - Germany, DOPPELBAUER Martin - Karlsruher Institut fürTechnologie - Germany, WANKE Andreas, WERNER Quentin - Daimler AG - Germany

280 - Improved Performance Intelligent Robust Controller Panel E6.4for grid-connected VSIHUSSAIN Syed Asim, ABIDO M. A. - King Fahd University of Petroleum and Minerals - SaudiArabia, KENNEL Ralph - Technical University of Munich - Germany

412 - Non-Parametric Frequency Response Estimation of Panel E7.1Two-Mass-System using Kalman FilterNEVARANTA Niko - Lappeenranta University of Technology - Finland, GOUBEJ Martin - NTISResearch Center - Czech Republic, LINDH Tuomo, NIEMELÄ Markku, PYRHÖNEN Olli -Lappeenranta University of Technology - Finland

504 - Simulated and Measured Efficiency Verification Power Panel E7.2Circulation Method of a High Power Low Voltage NPC Converter for Wind TurbinesBENKENDORFF Berthold, FUCHS Friedrich W., LISERRE Marco - Christian-Albrechts-Universitätzu Kiel - Germany

562 - GA based reconstruction method of MEMS accelerometer Panel E7.3signal used in electrical actuatorsPIETRZAK-DAVID Maria - INPT, ENSEEIHT, LAPLACE Toulouse - France, AKACHA HELALIbtissem - Ecole Nationale Supérieure Electronique Electrotec - France, DAVID Jacques - INPT,ENSEEIHT, LAPLACE Toulouse - France, MRABET BELLAAJ Najiba - 1Université de Tunis ElManar, ENIT, L.S.E. - Tunisia, VUONG Tan-Hoa - INPT, ENSEEIHT, LAPLACE Toulouse - France

583 - Development of high bandwidth current sensors based Panel E7.4on the magnetoresistive effectSLATTER Rolf, BRUSIUS Matthias, KNOLL Heiko - Sensitec GmbH - Germany

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14:00 DS3d: Topic 4: High Performance Drives Location: Room WeinbrennerChair(s): NAGEL Andreas, Siemens AG, Germany

215 - Indirect Field Oriented Control of Linear Induction Panel E5.1Motor Based on Optimized Slip Frequency for Traction ApplicationWANG Ke, GE Qiongxuan, LI Yaohua, SHI Liming - IEE, Chinese Academy of Sciences - China

283- Maximum Torque per Ampere Control Using Hill Climbing Panel E5.2Method Without Motor Parameters Based on V/f ControlITOH Jun-ichi, KATO Masakazu, TOI Takato - Nagaoka University of Technology - Japan

330 - High Performance Drive for Electric Vehicles – System Panel E5.3Comparison between Three and Six Phase Permanent Magnet Synchronous MachinesDOEBLER Ralf - IAV GmbH - Germany, INDERKA Robert B. - Daimler AG - Germany, SCHUHMANNThomas - Dresden University of Applied Sciences - Germany, VON MALOTTKI Sicong - DaimlerAG - Germany

496 - Inverter Loss Management for an Electrical High-Speed Panel E5.4Drive SystemPETER Klaus, BÖCKER Joachim, HANKE Sören - University of Paderborn - Germany, MINKFabian - LTI Motion GmbH - Germany

14:00 DS3e: Topic 4: Motion Control, Location: Room WeinbrennerRobotics, Special Drives

Chair(s): NAGEL Andreas, Siemens AG, Germany

148 - HF Parameter Identification Using Test Current Injection Panel E4.1for Sensorless Control of a Synchronous Reluctance Machine (SynRM)BUGSCH Martha, PIEPENBREIER Bernhard - University of Erlangen-Nuremberg (FAU) - Germany

341 - Electric drive system power simulator Panel E4.2ZIUZEV Anatoliy, MUDROV Mikhail, NESTEROV Konstantin - Ural Federal University - RussianFederation

383 - Synchronous SVPWM Over-modulation Method Based Panel E4.3on Zero-Sequence Voltage Injection in Locomotive TractionLI Guibin - Xinjiang University - China, LI Yongdong - Tsinghua University - China, WANGZhiguo - Academy of the Armored Force Engineer Beijing - China, ZHENG Zedong -Tsinghua University - China

14:00 DS3f: Topic 5: Solar Energy Systems Location: Room WeinbrennerChair(s): GAUBERT Jean-Paul, University of Poitiers, France

42 - A Copper-loss Based Design Method and Verification for a Panel E21.1Zero-ripple Interface for PV / Battery-to-Grid ApplicationsBISWAS Suvankar - University of Minnesota - United States of America, MIDTGAARD Ole-Morten - Norwegian University of Science and Technology - Norway, MOHAN Ned -University of Minnesota - United States of America, UNDELAND Tore - Norwegian Universityof Science and Technology - Norway

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66 - Sub-module Differential Power Processing Photovoltaic Panel E21.2Optimizer Using Self-adjusted Time-sharing Maximum Power Point Tracking Control StrategyZHU Tianhua, FAN Yusen, SHI Shuhuai, SUN Lejia, WANG Feng - School of ElectricalEngineering of Xi'an Jiaotong - China, YANG Yan - College of Engineering, Xi’an SiyuanUniversity - China, ZHUO Fang - School of Electrical Engineering of Xi'an Jiaotong - China

72 - Evaluation of three-phase solar inverters using SiC devices Panel E21.3WALL Simon, RUAN Run-hua, WANG Chang-geng, XIE Jing-ren - Clenergy (Xiamen)Technology Co Ltd - China

105 - High Gain Inverter based on the 3S Inverter with Model Panel E21.4Predictive Control for PV ApplicationsABDELRAHIM Omar, FUNATO Hirohito - Utsunomiya University - Japan

119 - New Configuration for High-efficient Operation of Panel E20.1Partially Shaded PV System using an Electromagnetic RelayNANNO Ikuo - National Institute of Technology, Ube College - Japan, AHMED Tarek - AssiutUniversity - Egypt, HARAOKA Ryosuke, IKEMOTO Masamichi, NISHIDA Katsumi - NationalInstitute of Technology, Ube College - Japan

132 - An Improved Simulated Annealing Maximum Power Panel E20.2Point Tracking Technique for PV Array under Partial Shading ConditionsFAN Yusen, SHI Shuhuai, SUN Lejia, WANG Feng - School of Electrical Engineering of Xi'anJiaotong - China, YANG Yan - College of Engineering, Xi’an Siyuan University - China, ZHUTianhua, ZHUO Fang - School of Electrical Engineering of Xi'an Jiaotong - China

317 - Fast Maximum Power Point Tracking for PV Arrays Panel E20.3under Partial shaded ConditionsMOHAMMAD AMIN Ghasemi, MOHAMMADIAN Hossein, PARNIANI Mostafa, ZAREI SeyedFariborz - Sharif University of Technology - Iran

366 - Effective Method for Filter Design and Semiconductor Panel E20.4and Inductors Loss CalculationHOFFMANN Stefan, HOENE Eckart - Fraunhofer Institute Reliability Microintegration -Germany, KUCZMIK Adam, LANG Klaus-Dieter - Technical University Berlin - Germany, ZEIT-ER Oleg - Fraunhofer Institute Reliability Microintegration - Germany

441 - Dynamic Modeling of DC Nanogrid Local Branch Panel E19.1using Enhanced PV and Third Order Battery ModelsBAUOMY Maged - Shaker Consultancy Group - Qatar, GAMAL Haytham - Modern Academy -Egypt, SHALTOUT Adel - Faculty of Engineering, Cairo University - Egypt

467 - Assessment and monitoring of grid-tied PV inverter Panel E19.2performance using a “golden inverter” modelPAASCH Kasper, NYMAND Morten - University of Southern Denmark - Denmark, REVESZMichael, STÖCKL Johannes - Austrian Institute of Technology GmbH - Austria

546 - Optimum Design of a Flyback PV Microinverter under Panel E19.3Hybrid DCM/BCM OperationCHRISTIDIS Georgios, NANAKOS Anastasios, TATAKIS Emmanuel - University of Patras - Greece

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551 - New Dual-Mode Variable Step-Size Control Strategy Panel E19.4for Quadratic Boost Converter Used in Solar Energy SystemGHAMRAWI Ahmad, GAUBERT Jean-Paul, MEHDI Driss - University of Poitiers - France

552 - Loss Distribution Analysis of a Three-Port Converter for Panel E24.3Low-Power Stand-Alone Light-to-Light SystemsMIRA Albert Maria del Carmen - Technical University of Denmark - Denmark

587 - State-Vector Feedback Gain Analysis for Deadbeat Control Panel E24.4of Grid-Integrated Inverter with LCL filterAHMED Tarek - Assiut University - Egypt, NANNO Ikuo, NISHIDA Katsumi - Ube NationalCollege of Technology - Japan

14:00 DS3g: Topic 5: Renewable Location: Room WeinbrennerEnergy Systems

Chair(s): ECKEL Hans-Günter, University Rostock, Germany

193 - Modular Energy Conversion System Using a Novel Panel E17.1Control Structure Based on a Simple Analogue SystemPETREUS Dorin, DARABAN Stefan - Technical University of Cluj Napoca - Romania

316 - Figures of Merit for the Evaluation of Regenerative Panel E17.2 Power ConvertersMAESTRI Sebastian, CARRICA Daniel, GARCIA RETEGUI Rogelio - Universidad Nacional de Mardel Plata - Argentina, LE GODEC Gilles, PAPASTERGIOU Konstantinos, ROSSINI Stefano - CERN -Switzerland

453 - Energy Management Optimization in Stand-Alone Panel E17.3Power Supplies Using Online Estimation of Battery SOCCACCIATO Mario, NOBILE Giovanni, SCARCELLA Giuseppe, SCELBA Giacomo, SCIACCAAngelo Giuseppe - University of Catania - Italy

478 - Specific Energy Consumption of PEM Water Electrolysers Panel E17.4In Atmospheric and Pressurised ConditionsKOPONEN Joonas, AHOLA Jero, AHONEN Tero, HUOMAN Kimmo, KOSONEN Antti,RUUSKANEN Vesa - Lappeenranta University of Technology - Finland

532 - Compatibility Analysis of Grid-connected Pico-hydro Panel E18.1Systems using Conventional Photovoltaic InvertersLEITE Vicente, BATISTA José, COUTO José, FERREIRA Angela - Polytechnic Institute ofBragança - Portugal

564 - Online Impedance Spectroscopy Estimation of a Battery Panel E18.2ABEDI VARNOSFADERANI Mina, STRICKLAND Dani - Aston University - United Kingdom

571 - Energy Storage in Drive Systems of Servo Presses for Panel E18.3Reduction of Peak Power and Energy RecoveryPIERER Alexander, BLAU Peter, KOLESNIKOV Artem, PUTZ Matthias, RICHTER Mark -Fraunhofer Institute for MT AND Forming Technology - Germany

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657 - Determination of Storage Loss Characteristics with Panel E18.4Reasonable Measurement and Calculation EffortVOGT Thorsten, BÖCKER Joachim, FRÖHLEKE Norbert, PAHL Richard - Universität Paderborn -Germany

14:00 DS3h: Topic 6: Micro-grids Location: Room WeinbrennerChair(s): BOROYEVICH Dushan - VIRGINIA TECH - UNITED STATES OF AMERICA

7 - Multi-Agent System for Day-Ahead Energy Management Panel E14.1of MicrogridAMICARELLI Elvira - CEA - Institut National de l'Energie Solaire - France, BACHA Seddik -Université Grenoble Alpes - France, TRAN Quoc Tuan - CEA - Institut National de l'EnergieSolaire - France

169 - Research on Circulating Current Reduction of Panel E14.2Droop-Controlled Parallel InvertersLIU MIng'ao, CHEN Jie, CHEN Xin, GONG Chunying, NIU Bowen, ZHAO Bing - NanjingUniversity of Aeronautis & Astronautics - China

191 - Power Management for Self-Powered SiC Based AC Panel E14.3Smart-Breaker for Nano-grid ApplicationsOTSUKA Masafumi, LI David K.W., TRESCASES Olivier - University of Toronto - Canada

312 - Smart Power Management of DC Microgrids in Panel E14.4Future MilligridsPEYGHAMI-AKHULEH Saeed - Sharif University of Technology - Iran, BLAABJERG Frede, CHI-ANG Loh Poh, DAVARI Pooya - Aalborg University - Denmark, MOKHTARI Hossein - SharifUniversity of Technology - Iran

403 - DC Micro-grid Power Coordination Based on Fuzzy Panel E15.1Logic ControlALBADWAWI Rashid, ABUSARA Mohammad, ISSA Walid, MALLICK Tapas - University of Exeter -United Kingdom

413 - A Hybrid AC/DC Microgrid Control Scheme With Panel E15.2Voltage-Source Inverter-Controlled Interlinking ConvertersLUO Fei, LAI Yuk-Ming, LOO Ka Hong - The Hong Kong Polytechnic University - China

442 - Multipurpose emulation platform for research in microgrids Panel E15.3LLEDO-PONSATI TOMAS - Tecnologies de Control de l’Electricitat i Automat - Spain, GALCERAN-ARELLANO Samuel, MONTESINOS-MIRACLE Daniel - CITCEA-UPC - Spain

489 - Local Grid Load Coordination for Load-Shiftable Domestic Panel E15.4Appliances in a Variable-Tariff EnvironmentSTILLE Karl Stephan - Paderborn University - Germany, BETTENTRUP Ralf - Miele&Cie. KG -Germany, BÖCKER Joachim, FRÖHLEKE Norbert - Paderborn University - Germany, KAISERIngo - Miele&Cie. KG - Germany

601 - Battery Energy Storage Effect on AC/DC Microgrids Efficiency Panel E16.1DOROUDCHI Elahe, KYYRÄ Jorma, LEHTONEN Matti - Aalto University School of ElectricalEngineering - Finland

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662 - Distributed Coordination of Electric Vehicle Charging Panel E16.4in a Community Microgrid Considering Real Time PriceLI CHENDAN, VÁSQUEZ Juan, GUERRERO Josep, SCHALTZ Erik - Aalborg University -Denmark

14:00 DS3i: Topic 6: Smart Grids; Power Location: Room WeinbrennerQuality Issues and Protection Issues

Chair(s): ZYGMANOWSKI Marcin - Silesian University of Technology - Poland

50 - Active power filter with model based predictive current Panel E25.1control in natural and dq frameBOSCH Swen, STEINHART Heinrich - Hochschule Aalen - Germany

59 - Optimization of Critical Oscillations within a Boost Panel E25.2Converter Based on an Analytical ModelMIDDELSTAEDT Lars, LINDEMANN Andreas - Otto-von-Guericke-University Magdeburg -Germany

115 - An online control method of APLC for network-wide Panel E25.3harmonic suppression considering the coupling characteristics of nonlinear loadsZHAI Hao, SHI Shuhuai, WANG Zhenxiong, YI Hao, ZENG Zhirong, ZHANG Zhigang, ZHUOFang - School of Electrical Engineering of XJTU - China

123 - DC GRIDS : New Over Current Protection Panel E25.4OUAIDA Remy, DEPALMA Jean Francois - Mersen - France, GONTHIER Gilles - Safran Herakles -France

154 - Space Phasor based Improved Hysteresis Current Panel E26.1Controller for Shunt Active Power Filter using 3-Level InverterDEY Anubrata, POONIA Anil - Indian Institute of Technology, Roorkee - India

188- Robust observer based active damping control for Panel E26.2LCL filtered grid connected converters using LMI criterionBENRABAH Abdeldjabar, LIU Huaiyuan, WU Jian, XU Dianguo - Harbin Institute ofTechnology - China

209 - A Modified Method of Selective Harmonic Compensation Panel E26.3for Three-Level Active Power FilterFENG Ling, WANG Yong - Shanghai Jiaotong University - China

298 - DC Microgrid Protection by Selective Detection of Panel E26.4Series Arcing using Load Side Power Electronic DevicesSHEKHAR Aditya, BAUER Pavol, ELIZONDO Laura Ramirez, MACKAY Laurens - Delft Universityof Technology - Netherlands

378 - Design Considerations and Performance Evaluation Panel E27.1of Hybrid DC Circuit Breakers for HVDC GridsPEFTITSIS Dimosthenis, BIELA Juergen, JEHLE Andreas - ETH Zürich - Switzerland

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452 - A Switching On Control Strategy of the DC-SSPC Panel E27.2for the Capacitive LoadsSONG Li-nan - Nanjing University of Aeronautics and Astronautics - China, CHENG Guo-Hua -Shanghai Aircraft Design & Research Institute - China, DAI Ze-hua, RUAN Li-gang - NanjingUniversity of Aeronautics and Astronautics - China, WANG Bang-ting - Shanghai AircraftDesign & Research Institute - China, WANG Li, YANG Shan-shui - Nanjing University ofAeronautics and Astronautics - China, ZHAO Jian - Shanghai Aircraft Design & ResearchInstitute - China

456 - A new hybrid medium voltage breaker for DC Panel E27.3interruption or AC fault current limitationLILJESTRAND Lars, BACKMAN Magnus, JONSSON Lars - ABB AB, Corporate Research -Sweden, RIVA Marco - ABB Medium Voltage Products - Italy

518 - Integration and Safety of electric vehicles in a residential Panel E27.4electrical installation for V2H servicesVENTORUZZO Géraldine - Renault - France, DAVIGNY Arnaud - L2EP-HEI - France,GOURAUD Sebastien - Renault - France, HENNETON Antoine - HEI - France, ROBYNS Benoît -L2EP-HEI - France

541 - Voltage Dips Detection in a System with Grid-Tie Inverter Panel E28.1STANISAVLJEVIC Aleksandar, DUMNIC Boris, KATIC Vladimir, KOVACEVIC Ilija, POPADIC Bane -University of Novi Sad, Faculty of Technical Sciences - Serbia

569 - EMI filter design for high switching speed and Panel E28.2frequency grid-connected invertersSCHITTLER Andressa, PAPPIS Douglas, ZACHARIAS Peter - Universität Kassel - Germany

581 - A Novel Smart Energy Management System in Sports Stadiums Panel E28.3KHALIL Shady, ABU-RUB Haitham, ELLABBAN Omar - Texas A&M University at Qatar - Qatar,KEZUNOVIC Mladen - Texas A&M University - United States of America

611- A Multi-site Real-time Co-simulation Platform for the Testing Panel E28.4of Control Strategies of Distributed Storage and V2G in Distribution NetworksTENCONI Alberto, BOMPARD Ettore, ESTEBSARI Abouzar, HUANG Tao - Politecnico di Torino -Italy, MONTI Antonello - ACS, E.ON Energy Research Center, RWTH University - Germany,PONS Enrico - Politecnico di Torino - Italy, STEVIC Marija - ACS, E.ON Energy Research Center,RWTH University - Germany, VASCHETTO Silvio - Politecnico di Torino - Italy, VOGEL Steffen -ACS, E.ON Energy Research Center, RWTH University - Germany

14:00 DS3j: Topic 8: Converters and Drives Location: Room Weinbrennerfor Electric Vehicles

Chair(s): VON MALOTTKI Sicong, Daimler AG, GermanyCHANG Fengqi, Technische Universität München, Germany

176 - Efficiency analysis of three-level NPC and T-Type voltage Panel E8.1source inverter for various operation modes optimizing the overall drive train efficiency by an operating mode selectionSTEMPFLE Martin, FISCHER Manuel, NITZSCHE Maximilian, ROTH-STIELOW Joerg, WOELFLEJulian - University of Stuttgart - Germany

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238 - Design of a Full SiC Voltage Source Inverter for Panel E8.2Electric Vehicle ApplicationsBUCHER Alexander, HASENOHR Christian - Siemens AG, ECAR Powertrain Systems -Germany, HEITMANN Axel - Porsche AG - Germany, LEIPENAT Michael - Siemens AG -Germany, SCHMIDT Ralf - Siemens AG, ECAR Powertrain Systems - Germany, SCHMITZ Stefan -Porsche AG - Germany, WERNER Ronny, WERNER Timur - Siemens AG, ECAR PowertrainSystems - Germany

247 - Optimized design of DC-DC converter LC output filter for Panel E8.3EV battery charging applications in terms of defined battery current and voltage ripple as well as overall system efficiencyJUNG Marco - Fraunhofer IWES - Germany

299 - Inversion-Based Control Of Modular High Frequency Inverters Panel E8.4LUTZE Marcel, KOPF Michael - Siemens AG Process Industries and Drives Division - Germany

336 - Modular Multilevel Battery (M2B) for Electric Vehicles Panel E9.1HELLING Florian - Universität der Bundeswehr München - Germany, GLÜCK Johannes - BMWAG - Germany, SINGER Arthur, WEYH Thomas - Universität der Bundeswehr München - Germany

342 - Model based Thermal Evaluation of a Modular Power Panel E9.2Inverter SystemBROSE Manuel - Ostwestfalen-Lippe University of Applied Sciences - Germany, DÜERKOPChristian - Karl E. Brinkmann GmbH - Germany, SCHULTE Thomas - Ostwestfalen-LippeUniversity of Applied Sciences - Germany

420 - Comparing 650 V and 900 V SiC MOSFETs for the Panel E9.3Application in an Automotive InverterBERTELSHOFER Teresa, BAKRAN Mark-M., HORFF Roman, MÄRZ Andreas - University ofBayreuth - Germany

421 - Impact of Developing Semiconductor Technologies on Panel E9.4Two- and Three-Level Converters for Electric Vehicle ApplicationsSOONG Theodore - ABB AB, Corporate Research - Sweden, VIITANEN Tero - ABB OY Drives -Finland, ZELAYA DE LA PARRA Hector - ABB AB, Corporate Research - Sweden

500 - Estimation of Losses in Permanent Magnet Synchronous Panel E10.1Machines Caused by Inverter Voltage Harmonics in Driving Cycle OperationHESEDING Johannes, MERTENS Axel, MÜLLER-DEILE Felix - IAL Leibniz Universität Hannover -Germany

525 - Investigation of Discontinuous PWM as Additional Panel E10.2Optimization Parameter in an Active Thermal ControlKACZOROWSKI Dennis, MERTENS Axel, MITTELSTEDT Marvin - IAL Leibniz UniversitätHannover - Germany

542 - Impact of the Automotive Energy Net Impedance on the Panel E10.3Voltage-Stabilization Performance of a Floating Capacitor H-Bridge ConverterHIERMEIER Matthias - Technische Hochschule Ingolstadt - Germany, HACKNER Thomas,MUERKEN Michael - Audi AG - Germany, PFORR Johannes - Technische HochschuleIngolstadt - Germany

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555 - Spectral Synthesis of Switching Distortion in Automotive Panel E10.4Drive InvertersGOETZ Stefan - Porsche Engineering - Germany, KORTE Christian - Karlsruhe Institute ofTechnology - GERMANY

570 - DC-DC Converter Design for Power Distribution Systems Panel E11.1in Electric Vehicles using Calorimetric Loss MeasurementsBOLTE Sven, BÖCKER Joachim, FRÖHLEKE Norbert - Paderborn University - Germany

647 - Z-source with Rectangular wave Modulation Inverter for Panel E11.4Hybrid / Electric VehiclesSENANAYAKE Thilak, IIJIMA Ryuji, ISOBE Takanori, TADANO Hiroshi - University of Tsukuba -Japan

14:00 DS3k: Topic 9: Industry Specific Energy Location: Room WeinbrennerConversion and Conditioning Technologies

Chair(s): BOSGA Sjoerd, ABB AB, Corporate Research, Sweden

26 - Using Opposition Method to Test Aerospace Power Panel E11.2Electronics ConvertersDE MAGLIE Rodolphe, BIROST Roger, ENGLER Alfred - Liebherr Electronik GmbH - Germany

27 - Representative PWM Waveform Generator for Panel E11.3Measurement of Partial Discharges in Power Electronic SystemsCELLA Benjamin, DE MAGLIE Rodolphe, ENGLER Alfred - Liebherr Electronik GmbH -Germany

43 - Catenary Free Operation of Light Rail Vehicles - Panel E12.1Topology and Operational ConceptBECKER Frank, DAEMMIG André - Bombardier Transportation GmbH - Germany

220 - Loss Reduction Design for Coils and Power Converter Panel E12.2by Considering Reactive Power and AC Resistance in High Power Contactless Power TransmissionSHIMOTSU Takuya, KONDO Keiichiro - Chiba University - Japan, PANDU WIJAYA Febry -Chiba University - Indonesia, SHIBATA Shogo - Chiba University - Japan

248 - A Starter/Generator Unit for Aerospace Panel E12.3Applications-Concept to PrototypeBRINK Emile - Aeronamic - Netherlands, DE BOER Alte - Netherlands Aerospace Centre -Netherlands, GERBER Mark - Aeronamic - Netherlands, POLINDER Henk, VAN DER GEESTMartin - Delft University of Technology - Netherlands, ZEILSTRA Dennis - Aeronamic -Netherlands

306 - Design and Implementation of Multi-Frequency Magnetic Panel E12.4Field Generator Producing Sinusoidal Waveform for Biological ResearchesWADA Keiji, HAYASHI Shin-ichiro - Tokyo Metropolitan University - Japan, IKEHATA Masateru -Railway Technical Research Institute - Japan, NAKASONO Satoshi, SAITO Atsushi - CentralResearch Institute of Electric Power Indus - Japan, SUZUKI Yukihisa - Tokyo MetropolitanUniversity - Japan, YOSHIE Sachiko - Railway Technical Research Institute - Japan

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381 - Active Damping based Stability Improvement Methods Panel E13.1on Source Side for More Electric AircraftZHANG Xuan, LI Yongdong, WANG Kui, XU Lie, ZHENG Zedong - Tsinghua University -China

487 - Capacitor Design Optimization and Power Balance Control Panel E13.2for LLC Resonant Converter Based Power Electronic Traction TransformerWANG Shien, LI Yongdong, WANG Kui, ZHENG Zedong - Tsinghua University - China

497 - Stability Assessment of a High Speed Permanent Magnet Panel E13.3Machine Based Aircraft Electrical Power SystemGAO Fei, BOZHKO Serhiy, HILL Christopher, YANG Tao, YEOH Seang - The University ofNottingham - United Kingdom

544 - Investigation of the behaviour of a High Step-up DC/DC Panel E13.4converter used in a Waste Heat Recovery System for Marine ApplicationsZARKADIS Nikolas, TATAKIS Emmanuel, ZOGOGIANNI Charoula - University of Patras –Greece

15:30 IS7: Industrial Forum: Challenges of Location: Room ClubraumSimulating Power Electronic Systems

Chair(s): Prof. Dr. Rik De Doncker, RWTH Aachen University

Thought leaders: Prof. Dr. Elena Lomonova, Eindhoven University of Technology and Dr. RalfJuchem, Senior Expert Engineer Model Based Development, SMA Solar Technology AGSimulation experts: Christian Dufour (OPAL-RT), Jost Allmeling (Plexim), Adrien Michel(Powersim), Dr. Andrew Bennett (MathWorks), and Dr. Nikola Fisher Celanovic (Typhoon HIL)

The growth of electric vehicles and transportation, development and integration of renewablepower, and broader adoption of motor control from industrial equipment to consumer products is driving the use of power electronics. Power electronics-based systems dependon optimized and energy-efficient embedded controls. An important step in developingthese controls is system-level simulation.

In this panel discussion, thought leaders from academia and industry define the challengesof simulating power electronics, and experts in simulation technologies & approaches explainhow they address these challenges. The session concludes with questions from the audience.

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Industrial sessions Thursday 8 September 2016


Course will take place at Karlsruhe Institute of Technology (KIT), presidential building 11.30,Engelbert-Arnold-Str. 2, 76131 Karlsruhe

Morning sessions start 09:30, registration opens at 08:00

Power Electronics - The BLACK BOXModeling and Simulation of Power Electronics

Peter Reid Wilson, Electronic and Electrical Engineering, University of Bath, UK

A CEU credited course for a full day 8 hours is organized to offer continuing education cred-its to engineers.

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CEU Course Friday 9 September 2016


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Manufacturers of Motion

Baden-Württemberg, the south-western stateof Germany, is well-known for automation andtransportation industry. On this tour, we willfirst visit SEW-Eurodrive in Bruchsal, a famousmanufacturer of electrical machines and drivesolutions, where SEW’s electronics assembly willbe presented. In the afternoon, we will explorethe Daimler plant in Rastatt, where Mercedescars are built.

Note: Lunch is included. There is a maximumof 50 participants.

Facets of the KIT

The Karlsruhe Institute of Technology (KIT) is thefusion of the former University of Karlsruhe andthe Karlsruhe Research Center. This uniqueinstitution offers a wide range of state-of-the-artresearch in many disciplines. On this tour, wewill visit the three sites of the KIT and join inter-esting and fascinating presentations and exper-iments.

Note: Lunch is included. There is a maximumof 25 participants.

Black Forest - Nature and Technology

This tour will first guide us to Forbach, wherewe will visit a pumped-storage power plantoperated by EnBW. On the Schwarzenbachdam, we will gain deep insights into the damitself. After lunch at an authentic Black Forestrestaurant, a short hike (3 km, 150 meters inheight) will lead us to the Hornisgrinde tower,where a magnificent view over the northernBlack Forest and the Rhine valley can beenjoyed.

Note: Lunch is not included. There is a maxi-mum of 30 participants

TECHNICAL VISITS

9 September 2016Price 70 euros




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GOLD

Company name: Daimler AGBooth no: 9+10Full address: Mercedesstrasse 137 - 70327 Stuttgart - GermanyContact person: Markus OttPhone: +49 176 3092 3968E-Mail: [email protected]: www.daimler.comProducts/Know-how: Daimler is one of the biggest producers of premium cars and the

world's biggest manufacturer of commercial vehicles with a globalreach. Daimler provides financing, leasing, fleet management,insurance and innovative mobility services.Development focuses on emission-free, accident-free and net-worked driving.– has been investing in the development of alternative drive systemsfor some time and, with the B 250 e, has a mass-produced electricvehicle with very high everyday practicality in its product range.

– Another core technology on the way to emission-free driving is theplug-in hybrid. A total of ten models with this type of drive systemwill be available at dealers by 2017, including the previously intro-duced variants Mercedes S 500 e, C 350 e as a Saloon and Estateas well as the GLE 500 e 4MATIC and the GLC 350 e 4MATIC.

SILVER

Company name: Mersen France Booth no: 27Full address: Rue Jacques Vaucanson 15 - 69720 Saint-Bonnet-de-Mure - FranceContact person: Philippe Roussel Phone: +33 4 72 22 69 88 - +33 6 07 06 19 02E-Mail: [email protected]: ep.mersen.comProducts/Know-how: – Solutions for Power Management

– Advanced Passive Components for Converter/Inverter and BatteryStorage Power Management.

– Laminated bus bars– Cooling Devices– Overcurrent Protection for Semiconductors and DC Lines: Fusesand hybrid Fuses

Company name: SEW-EURODRIVE GmbH & Co KGBooth no: 6Full address: Ernst-Blickle-Straße 42- 76646 Bruchsal - GermanyContact person: Herr Dr. Hans KrattenmacherPhone: +49 72 5175 5500 - +49 72 5175 5055 00E-Mail: [email protected]: www.sew-eurodrive.deProducts/Know-how: Movigear, Energy efficient drives

Sponsors and Exhibiting companies


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CONTRIBUTORS

Company name: MathWorksBooth no: 39Full address: 3 Apple Hill Drive - Natick, MA 01760 - USAContact person: Tony Lennon Phone: +1 (508) 647 7696E-Mail: [email protected]: www.mathworks.comProducts/Know-how: The MATLAB and Simulink product families are fundamental applied

math and computational tools at the world's educational institu-tions. Adopted by more than 5000 universities and colleges,MathWorks products accelerate the pace of learning, teaching, andresearch in engineering and science. MathWorks products also helpprepare students for careers in industry worldwide, where the toolsare widely used for data analysis, mathematical modeling, and algo-rithm development in collaborative research and new productdevelopment. Application areas include data analytics, mechatronics,communication systems, image processing, computational finance,and computational biology.

Company name: PleximBooth no: 28Full address: Technoparkstr. 1 - 8005 Zurich - SwitzerlandContact person: Orhan TokerPhone: +41 44 533 51 00E-Mail: [email protected]: www.plexim.comProducts/Know-how: – Simulation Software for Power Electronics Systems

– HIL Real-time Simulation

Company name: ROHM Semiconductor GmbHBooth no: 7Full address: Karl-Arnold-Str. 15 - 47877 Willich - GermanyContact person: Gabriele JahnPhone: +49 21 5492 1211E-Mail: [email protected]: www.rohm.com/euProducts/Know-how: ROHM Semiconductor develops and manufactures a very large

product range from the Ultra Low Power Microcontroller, PowerManagement, Standard ICs, SiC Diodes, Mosfets and Modules,Power Transistors and Diodes, LEDs to passives components such asResistors, Tantalum Capacitors and LED display units.



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EXHIBITORS

Company name: ADMESS Elektronik GmbHBooth no: 2Full address: Ernst-Kiefer-Str. 9 - 67292 Kirchheimbolanden - GermanyContact person: Dirk WeberPhone: +49-6352-78998-0Fax: +49-6352-78998-20E-Mail: [email protected]: www.admess.deProducts/Know-how: – Rogowski transducers (current sensors)

– Oscilloscopes with power analysis capabilities– Measuring tools for RdsON and conducting state voltages– Differential probes and oscilloscope current probes

Company name: ALTAIR Engineering GmbH (CEDRAT) Booth no: 29Full address: Calwer Strasse, 7 – 71034 Böblingen - GermanyContact person: Adriane WilberscheidPhone: +49 89 379 952 414E-Mail: [email protected]: www.altairhyperworks.com/solution/ElectromagneticsProducts/Know-how: As part of Altair’s HyperWorks Software Suite – the most compre-

hensive CAE solution for structural optimization, modeling, CFD,NVH, composites and electromagnetics – CEDRAT offers you 35years of experience in electrical engineering!CEDRAT simulation software solutions include a wide range of elec-trical and mechatronic engineering applications to meet most userprofiles. Suitable for R&D, design and optimization, our softwaresolutions provide the most accurate analysis of your devices and sys-tems.Main software tools are:– Flux 2D/3D: Electromagnetic and thermal Finite Element Analysis– GOT-It: Optimization software for electrical device and systems.HPC solutions

– InCa3D: Conductor Impedance and Near Field SimulationThese tools are used by manufacturers to speed up the develop-ment of reliable and optimized solutions for motors including driveand control and many other electro-magnetic devices, even smartgrids! CEDRAT also organizes training programmes for its softwareand offers the services of its own specialized design office.

Company name: AMS TechnologiesBooth no: 31Full address: Fraunhoferstrasse, 22 - 82152 Martinsried - GermanyContact person: Dr. Konrad LaufsPhone: +49 89 895 770Fax: +49 89 895 771 99E-Mail: [email protected]


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URL: www.amstechnologies.comProducts/Know-how: – Loop heat pipes / thermosiphons

– Water pump stations– Air blast coolers– Power electronics cooling component system design– Optical Technologies– Power Technologies

Company name: Bs&T Frankfurt am Main GmbH & Gecko Simulations AGBooth no: 24Full address: Hannah Arendt Str. 36 60438 Frankfurt am Main - Germany

Physikstrasse 3 ETL H13 CH 8092 Zürich Schweiz - GermanyContact person: JC Sun & Andreas MüsingPhone: +49 173 306 852Fax: +49 69 5070 0889E-Mail: [email protected]: www.powerlosstester.de

www.gecko-simulations.comProducts/Know-how: Bs&T is specialist for measuring technique of soft magnetic materials

under high excitation (sinusoidal and pulse), for non linear behavior ofhysteresis loop for material development, inductive componentdesign. BsT-x BH Analyzer concept according to IEC62044-3, BsT-Prois capable of measuring non linear soft magnetic properties underhigh excitation under biased condition.Gecko-Simulations AG is developing tools in the field of multi-domain numerical simulation. GeckoMAGNETICS is a software toolthat enables fast, accurate, and user-friendly modeling and optimaldesign of inductive power components, it works for a wide powerrange and for all type of core materials and many winding types(including Litz and Foil Windings).

Company name: CALTEST Instruments GmbHBooth no: 8Full address: Kohlmattstr.7 - 77876 Kappelrodeck - GermanyContact person: Michaela PfeiferPhone: +49 7842 99722-00Fax: +49 7842 99722-29E-Mail: [email protected]: www.caltest.deProducts/Know-how: Caltest Instruments distributes AC and DC Power Supplies, battery

chargers and emulators, electronic loads and other test and mea-surement equipment. As exclusive distributor of i.a. Cinergia, PacificPower Source and Zenone Elettronica, Caltest offers comprehensivetest solutions for battery design and development as well as for e-mobility and aerospace applications.The customers profit from a wide-ranging product portfolio, cus-tomized devices and a large knowledge and experience in all powerand electronics scopes.



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Company name: Cinergia – Control Intelligent de l’Energia SCCLBooth no: 8Full address: Carrer del Pintor Roig i Soler, 10 - 08916 Badalona - SpainContact person: Miquel Teixidó CasasPhone: +34 934 864 358E-Mail: [email protected]: www.cinergia.coopProducts/Know-how: CINERGIA is the result of more than ten years of experience in the

development of customized power electronics solutions for R&D laboratories and Industry. We provide high technology productsbased on the combination of a robust hardware platform withCINERGIA’s control system. Thanks to its bidirectional topology, all our models can regenerate the energy back to the grid. We can adapt our solutions to your specific needs and provide the engineering support to achieve the desired result thanks to theknowledge and experience of our engineering team.

Company name: CITCEA-UPCBooth no: 21Full address: Av. Diagonal 647, 2nd Floor. - 08028 Barcelona - SpainContact person: Jordi Giral GuardiaPhone: +34 93 405 43 18E-Mail: [email protected]: http://www.citcea.upc.edu/Products/Know-how: CITCEA-UPC is a technology transfer center which was created in

2001 within the UPC (Universitat Politècnica de Catalunya,BarcelonaTech), and it is specialized in responding to electrical andelectronic technological challenges. The aim of the center is toreceive these challenges and solve them by creating a functionalprototype that will serve the companies to eventually develop anew commercial product or to solve a new technological problemcreated by the growth and evolution of the society.

Company name: CST - Computer Simulation Technology AGBooth no: 42Full address: Bad Nauheimer Str. 19 - 64289 Darmstadt - GermanyContact person: Dr. Matthias TröscherPhone: +49 6151 73030Fax: +49 6151 7303 100E-Mail: [email protected] URL: www.cst.comProducts/Know-how: CST develops and markets software for the simulation of electro-

magnetic fields. Its products allow you to characterize, design andoptimize electromagnetic devices all before going into the lab ormeasurement chamber. The extensive range of tools integrated inCST STUDIO SUITE® enables numerous applications to be analysedwithout leaving the user-friendly CST design environment and canoffer additional security through cross verification. CST’s customersoperate in industries as diverse as Defense, Telecommunications,Automotive, Electronics, and Medical Equipment.



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Company name: DEWESoft GmbHBooth no: 43Full address: Grazerstrasse 7 - 8062 Kumberg - GermanyContact person: Bernhard GraselPhone: +43 660 38 155 86Fax: +43 313 22 25 20E-Mail: [email protected]: www.dewesoft.comProducts/Know-how: DEWESoft Power Analyser – High accurate, multichannel Power

Analysis never experienced before

Company name: dSPACEBooth no: 38Full address: Rathenaustr. 26 - 33102 Paderborn - GermanyContact person: Benjamin RidderPhone: +49 5251 1638-0Fax: +49 5251 16198-0E-Mail: [email protected]: www.dspace.comProducts/Know-how: dSPACE develops and distributes integrated hardware and software

tools for developing and testing electronic control units and mecha-tronic controls. Its systems give users the ability to drastically reducetheir development time and costs for designing electronic controlunits (ECUs) and controllers, and to systematically increase theirown productivity while doing so.

Company name: ECPE European Center for Power Electronics e.V.Booth no: 48Full address: Landgrabenstrasse 94 - 90443 Nuremberg - GermanyContact person: Lena SomschorPhone: +49 (911) 810288-18Fax: +49 (911) 810288-28E-Mail: [email protected]: www.ecpe.orgProducts/Know-how: ECPE European Center for Power Electronics is an industry-driven

research network in the field of Power Electronics. In the meantime,the network comprises more than 70 Member Companies.Furthermore, more than 80 European universities and research insti-tutes are integrated in the network as so called CompetenceCentres. The focus of ECPE activities is put on pre-competitiveresearch, education and advanced training as well as public rela-tions for power electronics in Europe.

Company name: EGSTON System Electronics Eggenburg GmbHBooth no: 15Full address: Grafenbergerstrasse, 37 – 3730 Eggenburg - AustriaContact person: Gernot PammerPhone: + 43 664 614 7508E-Mail: [email protected]: www.egston.com



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Products/Know-how: EGSTON is a medium-sized Austrian family business with an annualturnover of 50+ Mio. EUR, active in the fields of Power Electronics,Inductive Components, Cable Systems and Power Supplies.EGSTON provides turn-key P-HIL (Power Hardware in the Loop) TestBenches in a power range from 50kVA up to 1 MVA. Emulationmodels can be run on standard HIL platforms that are an integratedpart of the test bench. The system´s high voltage bandwidth is5kHz@440VRMS and harmonics up to 20kHz can be generated.Depending on the emulation model used the system can act as AC source / sink, DC source / sink, smart grid-, aerospace grid-, PV-panel-, battery- or electrical machine emulator.

Company name: Electronic Concepts EUR LtdBooth no: 52Full address: I.D.A Estate, Oughterard - IRL-Co. Galway - IrelandContact person: John CarneyPhone: +353 91 552432Fax: +353 91 552387E-Mail: [email protected]: www.ecicaps.ieProducts/Know-how: Manufacturer of Standard and Custom Design. Film Capacitors, DC

and AC Capacitors for Wind. Power Converters, Solar Inverters,EV/HEV. Inverters, AC Drives, Marine and Traction Converters,UPSand Power Supplies. Cost effective

Company name: Electronics & Telecommunication Research Institute - ETRIBooth no: 17Full address: Daejeon, Republic of Korea, 34129, 218 Gajeon-ro, Yuseong-guContact person: Minki KimPhone: +82 10 9381 1338Fax: +82 42 860 6495E-Mail: [email protected]: www.etri.re.krProducts/Know-how: – GaN/SiC Power Devices Fabrication/Evaluation

– Converter/Inverter with Wide-Bad Gap Power Device

Company name: EPE 2017 ECCE Europe – Warsaw - PolandBooth no: 3Full address: Warsaw University of Techonology

Plac Politechniki 1 - 00-662 Warszaw - PolandContact person: Mariusz MalinowskiPhone: +48 22 234 5124Fax: +48 22 625 66 33E-Mail: [email protected]: www.epe2017.comProducts/Know-how: EPE’17 ECCE Europe Conference & Exhibition

19th European Conference on Power Electronics and Applications -September 11-14, 2017 - Warsaw, Poland



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Company name: EPE 2018 ECCE Europe – Riga - LatviaBooth no: 3Full address: Riga Technical University

Kaļķu Street 1 - LV – 1658, Riga - LatviaContact person: Rector Leonīds RibickisPhone: + 371 6708 9300Fax: + 371 6708 9302URL: http://www.rtu.lv - www.epe2018.comProducts/Know-how: EPE’18 ECCE Europe Conference & Exhibition

20th European Conference on Power Electronics and Applications –September 17-21, 2018 - Riga, Latvia.

Company name: FTCap GmbHBooth no: 44Full address: Carl-Benz-Str. - 25813 Husum - GermanyContact person: Jens HeitmannPhone: +49 04841 895 711Fax: +49 04841 895 745E-Mail: [email protected]: www.ftcap.deProducts/Know-how: FTCAP has more than 65 years of experience in the development

and production of capacitors used in diverse industries. The productspectrum includes both film and aluminium electrolytic capacitors.FTCAP is one of the few manufacturers who still produce all of theirproducts in Germany – for quality reasons. Short distances betweendevelopment and production ensure efficient processes and enableclose coordination with our customers. In addition to standardcapacitors in small and medium-sized quantities, FTCAP also offersspecial custom-made products for demanding applications: wework in close cooperation with the customer to implement complexcustom solutions.

Company name: FuG Elektronik GmbHBooth no: 30Full address: Am Eschengrund 11 - 83135 Schechen - GermanyContact person: Thomas SchmidtPhone: +49 8039 40077 34Fax: +49 8039 40077 99E-Mail: [email protected]: www.fug-elektronik.deProducts/Know-how: – Power supplies in switched mode and linear technology.

– Low to high voltage for magnets, tubes, particle beam and otherapplications



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Company name: Fuji Electric Europe GmbHBooth no: 11Full address: Goethering 58 - D-63067 Offenbach - GermanyContact person: Sudhir BanerjeePhone: +49 69 669029-0Fax: +49 69 669029-56E-Mail: [email protected]: www.fujielectric-europe.comProducts/Know-how: Fuji Electric delivers innovative & efficient power semiconductors for

energy, automotive and industrial application. The product rangescores with a large product range of IGBT modules in the voltageclasses 600 V, 1200 V, 1700 V and 3300 V, and rated current of 8 Ato 3600 A.

Company name: GaN Systems Inc.Booth no: 13Full address: 1145 Innovation Drive - Ottawa, Ontario K2K 3G8 - CanadaContact person: Tracy LambPhone: +1-613-686-1996E-Mail: [email protected]: www.gansystems.comProducts/Know-how: GaN Systems is a fabless semiconductor company that is the first

place systems designers go to realize all the benefits of galliumnitride in their power conversion and control applications. To over-come silicon’s limitations in switching speed, temperature, voltageand current, the company develops the most complete range ofgallium nitride power switching transistors for a wide variety of mar-kets. GaN Systems’ unique Island Technology® addresses today’schallenges of cost, performance, and manufacturability resulting indevices that are smaller and more efficient than other GaN designapproaches. The company is headquartered in Ottawa, Canada.

Company name: GvA Leistungselektronik GmbHBooth no: 12Full address: Boehringer Str. 10-12 - D-68307 Mannheim - GermanyContact person: Erik RehmannPhone: +49 621 78992-0Fax: +49 621 78992-99E-Mail: [email protected]: www.gva-leistungselektronik.deProducts/Know-how: WELCOME TO THE HOUSE OF COMPETENCE

Power is in our nature. Everyday we deliver full power for your success. ENGINEERING: Quick design-to-product using state-of-the-art tech-nologiesPRODUCTION: Extensive production experience with maximumflexibilityGvA SOLUTIONS: Short time-to-market with innovative plug&playsystem solutionsDISTRIBUTION: Vast product knowledge and consulting expertise



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Company name: HF Instruments & IWASTUBooth no: 32Full address: Wiesenstrasse, 8b – 65873 Sulzbach (Taunus) - GermanyContact person: Mark HeimannPhone: +49 6196 5927 940Fax: +49 6196 5927 949E-Mail: [email protected]: www.hf-instruments.comProducts/Know-how: Curve Tracer for Semiconductor characterization, BH Analysers for

characterization of soft magnetic materials, Multichannel measure-ment systems with galvanic isolation.

Company name: Hottinger Baldwin Messtechnik GmbHBooth no: 41Full address: Im Tiefen See 45 - 64293 Darmstadt - GermanyContact person: Holger MuellerPhone: +49 6403 77486 66 E-Mail: [email protected]: www.hbm.comProducts/Know-how: – Advanced power analyzer with continuous / blocked raw data

storage for motor mapping and analysis– Torque measurement

Company name: HVP High Voltage Products GmbHBooth no: 51Full address: Bunsenstrasse 5 - 82152 Planegg - GermanyContact person: Ahmet F. Kilinc Dipl.-Ing.Phone: +49 89 864 6677-0Fax: +49 89 8646677-99E-Mail: [email protected]: www.hvproducts.deProducts/Know-how: High Voltage & Low Voltage Product and Systems.

High Power Products and SystemsDistribution and Technical Support

Company name: IEEE Power Electronics SocietyBooth no: 23Full address: 445 Hoes Lane - Piscataway, NJ 08854 - USAContact person: Donna M. FlorekPhone: +1 732 465 6480Fax: +1 732 235-1627E-Mail: [email protected]: http://www.ieee-pels.org/Products/Know-how: The Power Electronics Society is one of the fastest growing techni-

cal societies of the Institute of Electrical and Electronics Engineers(IEEE). For over 20 years, PELS has facilitated and guided the deve-lopment and innovation in power electronics technology. This techno-logy encompasses the effective use of electronic components, the application of circuit theory and design techniques, and the



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development of analytical tools toward efficient conversion, controland condition of electric power. Our members include preeminentresearchers, practitioners, and distinguished award winners. IEEEPELS Publishes the IEEE Transactions on Power Electronics, a top referenced journal among all IEEE publications.The Power Electronics Society is dedicated to:– Upholding the vital scientific and educational aspects of powerelectronics and its applications.

– Keeping its members around the globe up to date on state-of-the-art technological developments and advances in power electronicsresearch.

In striving to build knowledge and awareness of the latest technolo-gies and other advances in power electronics, the Power ElectronicsSociety's goal is to keep members current and competitive in theworkplace, and provide them with the tools necessary to help themgrow both personally and professionally. We invite you to join us,and benefit from a world of invaluable information and support.

Company name: imperixBooth no: 46Full address: Rue de l’Industrie 17, 1950 Sion - SwitzerlandContact person: Simon DelalayPhone: +41 27 552 0661Fax: +41 27 552 0669E-Mail: [email protected]: www.imperix.ch Products/Know-how: imperix ltd. is a manufacturer of high-end control equipment and

prototyping hardware for power electronics. Its modular productsand solutions enable cutting-edge innovation and accelerate R&Dactivities, from the laboratory to the field. Historically, imperix is aspin-off of the Swiss Federal Institute of Technology, Lausanne,Switzerland.

Company name: Johann Lasslop GmbHBooth no: 26Full address: Im Stauster 10, 36088 Hünfeld - GermanyContact person: Markus LasslopPhone: + 49 06652 9609 0Fax: + 49 06652 2019E-Mail: [email protected]: www.lassslop.comProducts/Know-how: Johann Lasslop GmbH, is a medium-scale company, which stands

for 60 years of innovation. The company has continuous growth inthe area of development and manufacturing of inductive components.Our core competencies are design, simulation, development andproduction of inductive components for the electronics industry. Wedevelop and produce solutions according to your requirements:quick, flexible and reliable - from individual items to series produc-tion.


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State-of-the-art technical equipment and the special know-how ofour developers are used for an innovative approach to implementingspecific customer requirements. Our many years of experience combined with the company’s aspirations ensure the high standardof quality. We ensure maximum quality in all phases of production -100% final inspection, item check.Our quality management system is certified to DIN EN ISO 9001,and the integrated quality assurance process guarantees the abso-lutely impeccable condition of our products. A competent and expe-rienced team ensures the highest possible level of safety in all areasof production and in the final inspection.Our highly complex production of inductive components thrives ona long-standing, well-established team of trained specialists andexperts and on a technology which is always right up to date withdevelopments. We have our own tool-building facility, fully auto-matic winding technology, soldering technology, vacuum impreg-nation and vacuum potting.

Company name: Kaschke ComponentsBooth no: 22Full address: Rudolf-Winkel-Strasse 6, 37079 Göttingen - GermanyContact person: Josef Postert - Director SalesPhone: +49 551 5058 811Fax: +49 551 5058 800E-Mail: [email protected]: www.kaschke.deProducts/Know-how: – Inductive Components (full range of components from small

chokes to high-performance boost chokes up to 240kW)– Ferrites (standard and special solutions of soft magnetic materials)

Company name: Keysight Technologies Deutschland GmbHBooth no: 40Full address: Herrenberger Str. 130 - D-71034 Boeblingen - GermanyContact person: Stewart WilsonPhone: +49 (0)7031 464 6333Fax: +49 (0)7031 464 6336E-Mail: [email protected]: www.keysight.comProducts/Know-how: Keysight will exhibit B1506A Power Device Analyzer/Curve Tracer

for Circuit Design, the CX3324A Device Current Waveform Analyzerand the PA2203A IntegraVision Power Analyzer.Both the B1506A and PA2203A allows designers to maximise powercircuit efficiency. The B1506A from device switching loss measure-ment and the PA2203A from total system level efficiency measure-ments.The CX3324A targets pA range dynamic current measurement andis targeted at power optimisation in the design of autonomous bat-tery/self-powered sensors and IoT devices.


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Company name: Leclanché CapacitorsBooth no: 44Full address: 48 avenue de Grandson - 1400 Yverdon-les-Bains - SwitzerlandContact person: Stephen Fugate - Technical SalesPhone: +41 24 445 66 81Fax: +41 24 445 66 89E-Mail: [email protected]: www.Lcap.chProducts/Know-how: Manufacturers of top quality capacitors since 1919, Leclanché

Capacitors has satisfied customers all over the world. We manufac-ture specific capacitors that fit specific needs and budgets. With ateam of developers at your disposal, we can design in days andthen manufacture within just a few weeks exactly the capacitorsthat you need. Specializing in high-voltage and power capacitors,we serve a variety of industries: railway, aeronautics, medical, induc-tion heating, soldering, welding, industrial laser, electrical storage,PLCC, instrumentation, defense, power electronics, and manymore.

Company name: Magna-Power Electronics GmbHBooth no: 33Full address: Daimlerstr. 13 - 85521 Ottobrunn - GermanyContact person: Zuzana WoodPhone: +49 89 9589 0293Fax: +49 89 9589 0295E-Mail: [email protected]: www.magna-power.deProducts/Know-how: Programmable DC power supplies and active resistance electronic

DC loads.

Company name: Mentor Graphics (Deutschland) GmbHBooth no: 19Full address: Arnulfstr 201 - 80634 München - GermanyContact person: Sarah Pyle and Yvonne MarquordtPhone: +44 1327 306004E-Mail: [email protected] & [email protected]: www.mentor.com/mechanicalProducts/Know-how: Mentor Graphics’ Mechanical Analysis Division is the synthesis of

several long-standing successful companies within the computationalfluid dynamics and electronics thermal fields.Engaging with us gives you immediate access to a pool of specialisttechnical knowledge.FloTHERM® perform thermal analysis, create virtual models and testdesign modifications, before physical prototyping.FloTHERM XT® for seamless handling of complex MCAD geometry,with a familiar CAD look-and-feel, compatible for import of modelsfrom FloTHERM.FloEFD™ is the only fully CAD embedded CFD software that reallyprovides the frontloading benefit of simulation driven design in the


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native CAD environment of Catia V5, Siemens NX and PTC Creo. MicReD® family of hardware and software products enables com-ponent and system suppliers to accurately and efficiently thermallytest, measure and characterize integrated circuit packages amongstmany other uses.Our award winning T3Ster® software will be available at the showfor demonstrations.

Company name: Mesago PCIM GmbHBooth no: 4Full address: Rotebuehlstrasse 83 -85 - 70178 Stuttgart - GermanyContact person: Alesia LadenburgerPhone: +49 711 61946 - 13Fax: +49 711 61946 - 1113E-Mail: [email protected]: www.pcim-europe.comProducts/Know-how: Exhibition and conference for power electronics, intelligent motion,

renewable energy and energy management.

Company name: OPAL-RT TechnologiesBooth no: 35Full address: Centre d'affaires Le Clemencia - 196 rue Houdan - 92330 Sceaux -

FranceContact person: Pierre BoissonneaultPhone: +33 1 75 60 24 80Fax: +33 9 70 60 40 36E-Mail: [email protected]: www.opal-rt.comProducts/Know-how: OPAL-RT TECHNOLOGIES empowers engineers to efficiently design

and test integrated power electronic systems and controls while saving development costs and time-to-market. OPAL-RT providesscalable Hardware-In-the-Loop and Rapid Control Prototyping simu-lators that integrate a powerful multi-processor real-time computer,Simulink blocksets for power electronics, accurate high speedsolvers, and a wide range of fast and versatile I/O modules, thatmeet the demanding requirements of precise power electronic sys-tem simulation. Come to our booth to discover our latest desktop-friendly simulator OP4200!

Company name: PMK Mess – und Kommunikationtechnik GmbHBooth no: 32Full address: Königsteiner Str. 98 – 65812 Bad Soden am Taunus - GermanyContact person: Julian PalffyPhone: +49 6196 9739 514Fax: +49 6196 5927 939E-Mail: [email protected]: www.pmk.deProducts/Know-how: “Probing solutions for power electronics”


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Company name: Powersys - PSIMBooth no: 34Full address: Les Jardins de l’entreprise - BP35 – 13610 Le Puy Ste Reparade -FranceContact person: Florence MartinPhone: +33 4 42 61 02 29Fax: +33 4 42 50 58 90E-Mail: [email protected]: www.powersys-solutions.comProducts/Know-how: PSIM is one of the fastest simulators for power electronics simulation.

It achieves fast simulation while retaining excellent simulation accu-racy. This makes it particularly efficient in simulating converter sys-tems of any size, and performing multiple-cycle simulation”POWERSYS is the Exclusive Distributor of PSIM Software for Europe,Africa, and Israel.POWERSYS is an engineering solutions provider that enables its clientsto successfully implement their projects through a global offer. Fromengineering services to software development, POWERSYS offers toindustry, research and education a range of professional services covering electrical and electromechanical power systems.

Company name: Rohde and Schwarz Booth no: 50Full address: Mühldorfstrasse 15, 81673, Munich - GermanyContact person: Elena FrickerPhone: +49 89 4129 13626E-Mail: [email protected]: www.rohde-schwarz.deProducts/Know-how: Rohde & Schwarz electronics group is one of the world's largest

manufacturers of test and measurement equipment. Company’sproducts set standards in research, development, production andservice. Being one of key players in this industry, Rohde & Schwarzoffers an extensive portfolio of oscilloscopes and power meters thatare designed to fit a broad variety of measurement scenarios. The company continually enhances its oscilloscope portfolio withnew models, applications and accessories. During the EPEConference visitors will have an opportunity to experience all theequipment in action. Alongside with this year’s new ruggedR&S®Scope Rider handheld oscilloscope, company will present itshigh-end models with new exciting features. Looking forward to seeing you at Rohde & Schwarz booth!


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Company name: Sensitec GmbHBooth no: 18Full address: Georg-Ohm-Strasse, 11 – 36533 Lahnau - GermanyContact person: Ellen SlatterPhone: +49 6441 9788-16Fax: +49 6441 9788-17E-Mail: [email protected]: www.sensitec.comProducts/Know-how: Sensitec is a leading manufacturer of sensors based on the magneto-

resistive (MR-) effect for the precise measurement of angle, length,position, current or magnetic fields. The main applications are inindustrial automation, the automotive sector, medical devices,renewable energies, aerospace, power electronics and many others.

Company name: SIEMENS AGBooth no: 25Full address: Freyeslebenstr. 1 - 91058 Erlangen - GermanyContact person: Johannes PanzerPhone: +49 9131 184292URL: www.siemens.com/energy-managementProducts/Know-how: As the trusted partner for the development and extension of an effi-

cient and reliable power infrastructure, the Siemens EnergyManagement Division provides utility companies and industries withthe portfolio that meets their needs. This includes facilities and sys-tems for the low-voltage and distribution power grid level, smartgrid and energy automation solutions, power supply for industrialplants, and high-voltage transmission systems.

Company name: SP Control TechnologiesBooth no: 1Full address: Ríos Rosas, 47. 2A - 28003 Madrid - SpainContact person: José Maria Molina GarcíaPhone: +34 915 29 60 07 and +34 649 70 68 78 (cell)E-Mail: [email protected]: www.spcontroltechnologies.comProducts/Know-how: SP Control Technologies is a startup specialized in power electronics

control. We develop state of the art technologies, focusing on sim-plicity. Our products and consultancy services, like our “VirtualEngineer”, will facilitate and improve the operations of your engi-neering team.

Company name: SRT MicrocéramiqueBooth no: 44Full address: Rue Mons - 41100 Vendome - FranceContact person: François PacreauPhone: +33 254 675 050Fax: +33 254 67 50 59E-Mail: [email protected]



URL: www.srt-mc.comProducts/Know-how: SRT-MC is a European manufacturer of Multilayer Ceramic

Capacitors. In October 1998, Microcéramique became part of theGerman company SRT (specialized in thick and thin film resistors,chip coils) that formed the SRT-MC Company. In 2010 SRTMicroceramique became a subsidiary of CONDOSOL group, whichowns also MILTON ROSS Composants for the distribution. SRT-Microceramique is an active company involved in the supply ofceramic components. Customer Service, Flexible delivery perfor-mance, willingness to deliver small quantities as well in a short timeis one of our objectives.

Company name: Taylor & FrancisBooth no: 16Full address: 4, Park Square - Milton Park - Abingdon - 0X14 4RN - United

KingdomContact person: Johanna SimonPhone: +44 (0) 207 017 7505E-Mail: [email protected]: www.taylorandfrancis.comProducts/Know-how: Publisher: product journals / books

Company name: teknoCEABooth no: 21Full address: Plaça Catalunya 8, 1st 1st, 08007 Barcelona - SpainContact person: Daniel Montesinos MiraclePhone: +34 669 44 66 22E-Mail: [email protected]: www.teknocea.catProducts/Know-how: teknoCEA is a spin-off company of the Technical University of

Catalonia (UPC) providing custom power electronics systems andservices to companies and research labs in power electronics,automation and power system. Is the result of more than 20 yearsexperiences in power converters, DSP based digital control, indus-trial communications, and power systems analysis of the CITCEA-UPC research center.Our systems are the result of years of experience of many valuableengineers developing equipment and systems for research. All thisaccumulated knowledge also gives us the flexibility to create newconcepts and products just for you. teknoCEA engineers will listen,analyze, discuss and propose a solution for your needs. We encou-rage our engineers to develop innovative solutions for daily problems.We offer a set of standard products as converters, DSP based control boards with JTAG programmers, voltage and current sensorsand interface boards that can be joined together to create a complete system. We can develop the system for you following yourspecifications, or you can do it yourself.Ready to use emulators for energy generation (PV, Wind, Fuel-cell, ...),

94



storage (battery, super-cap, ...) and programmable electronics loadsbased on power electronics are also offered by teknoCEA. They canbe the basic building blocks to test the future smart grid, whichincludes renewable generation, storage, consumption, sustainablemobility, TIC and management.Worldwide energy challenge needs smart engineers to developsmart solutions with a very strong knowledge and life-long learning.

Company name: Teledyne LeCroyBooth no: 47Full address: Im Breitspiel 11c - 69126 Heidelberg - GermanyContact person: Thomas StüberPhone: +49 6221 8270 0Fax: +49 6221 8346 55E-Mail: [email protected]: http://teledynelecroy.com/europeProducts/Know-how: Teledyne LeCroy's Motor Drive Analyzers provide complete three-

phase power analysis from motor drive input through motormechanical output, with results in a convenient numeric table for-mat. Motor speed, position, and torque integration are the mostcomplete available. Long memory, per cycle “synthesized”Waveforms and Zoom+Gate mode provide powerful dynamic driveand motor analysis. 8 analog input channels (MSO optional) withhigh resolution of true 12-bits hardware, sample rate up to 2.5 GS/s,bandwidth up to 1 GHz and memory up to 250 Mpt/Ch provideunique capability to perform complete system debug on the motordrive power section, motor mechanical performance, and embed-ded drive control system operation.

Company name: Thales Microelectronics S.A.SBooth no: 36Full address: ZA PIQUET SUD - 35370 Etrelles - FranceContact person: Thierry GoureauPhone: +33 2 23 55 44 17 / +33 6 74 98 09 58Fax: +33 2 23 55 40 02E-Mail: [email protected]: www.transphormusa.comProducts/Know-how: Thales Microelectronics is Thales’s industrial and technological com-

petence centre for (micro) electronics packaging, interconnectionsand assemblies. It provides high-density custom power solutions forharsh environments’ applications.Your design partner and technology provider for robust and reliableelectronics:– High-density and high-efficiency power modules– Harsh environment sensors’ packaging– Intelligent integrated drivers and control command– Innovative components and materials: SiC, GaN, MEMS, 3D andhi-T° packaging

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Company name: TransphormBooth no: 14Full address: 75 Castilian Drive - Goleta, CA 93117 - USAContact person: Luc Van de PerrePhone: +32 473 29 78 04E-Mail: [email protected]: www.transphormusa.comProducts/Know-how: Transphorm is a global semiconductor company that develops gal-

lium nitride (GaN) devices for high-voltage power conversion appli-cations. Built on an industry-leading IP portfolio and over 300 yearsof combined GaN engineering expertise, Transphorm is deliveringthe highest performance and highest reliability GaN products andbest-in-class applications-driven design support to a growing cus-tomer base. Transphorm is creating innovations that move beyondthe limitations of silicon to capture 90% of today’s energy losses.

Company name: Triphase NVBooth no: 45Full address: Research Park Zone, 1719 - Romeinse straat, 18 - 3001 Heverlee -BelgiumContact person: Pieter Coppens Phone: +32 2 669 06 04Fax: +32 2 669 06 09E-Mail: [email protected]: www.triphase.comProducts/Know-how: Triphase offers hardware, software and services for research, develop-

ment and testing of new power conversion applications in the kW to MW range. Using our products, our customers realize tailoredsystems for microgrids, batteries, motor drives and electrical vehi-cles. Key technologies are networked inverters, real time control sys-tems, intelligent current and voltage sensors and high speedcommunication links. Our solutions significantly reduce develop-ment time and close the gap between simulations and hardwaretesting. We cooperate with companies, universities and R&D centersto develop better products. More information: www.triphase.be

Company name: Typhoon HILBooth no: 37Full address: Seminarstrasse 85, CH-5430 Wettingen - SwitzerlandContact person: Dragan Zuber, Senior Business DeveloperPhone: +381 21 3010 476Fax: +381 21 3010 476E-Mail: [email protected]: www.typhoon-hil.comProducts/Know-how: 1.Microgrid Testbed based on Typhoon HIL SW/HW Control hard-

ware in the loop real time testing platform.2. Typhoon HIL hardware3. Typhoon HIL software

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Company name: University ExhibitionBooth no: University ForumContact person: Dr.-Ing. Jan RichterPhone: +49 721 608-41907Fax: +49 721 608-42921E-Mail: [email protected]: http://www.eti.kit.eduProducts/Know-how: The University Exhibition gives partner Universities a forum to dis-

play interesting projects in the field of power electronics and appli-cations. A number of electric vehicle prototypes will be on display,even a Formula Student racing car that made the 2nd place in the2015 worldwide ranking.

Company name: Yokogawa Test & Measurement EuropeBooth no: 5Full address: Yokogawa Europe B.V., Euroweg 2 - 3825 HD Amersfoort - The

NetherlandsContact person: Aleksandra Boers-PyraPhone: +31 88 464 1190E-Mail: [email protected]: www.tmi.yokogawa.comProducts/Know-how: Yokogawa develops power measurement solutions that enable R&D

teams to conduct accurate and reliable measurements required tofine-tune critical development decisions throughout the product life-cycle, from production and installation to maintenance and service.The company has pioneered accurate power measurement through-out its history, and is the market leader in digital power analysers.With its own European standards laboratory in The Netherlands, theonly industrial (i.e. non-government or national) laboratory in theworld to offer accredited power calibration at frequencies up to 100kHz (ISO 17025), Yokogawa measurement instruments guaranteehigh accuracy and precision, contributing to successful and cost-effi-cient innovation in a wide range of industries, focusing on the chal-lenges related to energy conservation, efficiency & sustainability.

Company name: ZES ZIMMER Electronic Systems GmbHBooth no: 26Full address: Tabaksmühlenweg 30, 61440 Oberursel - GermanyContact person: Karl SchneiderPhone: +49 6171 6287 74Fax: +49 6171 5208 6E-Mail: [email protected]: www.zes.comProducts/Know-how: ZES ZIMMER Electronic Systems GmbH is the sole high-tech compa-

ny world-wide exclusively dedicated to high-precision broadbandpower analysis. ZES ZIMMER's focus lies on broadband single-/multi-channel precision power analyzers, augmented by an accompanyingportfolio of precision current transducers and high-voltage dividersto ensure optimal results for all applications.

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Notes


programme booklet PDF

Documents

Transcript of programme booklet PDF