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									7th European Conference on POWER ELECTRONICS AND APPLICATIONS
8 - 10 September 1997
Trondheim
Norway
"Power Electronics for Sustainable Growth"
Patron for the Conference:
Mrs. Gro Harlem Brundtland, Former Prime Minister, Member of the Norwegian
Parliament, Former Chairman of the UN World Commission on Environment and
Development

Sponsored by: European Power Electronics and Drives Association
Organised by: Norwegian University of Science and Technology (NTNU)
In cooperation with: IEEE PELS, IEEE IAS, IEEE Norway Section, Norwegian
Association of Electrical Engineers (NEF)

Contents

        4       Contents
        5       Welcome by the Conference Chairman
        6       Organisation of EPE '97 - Committees
                General Organisation

        8       The city of Trondheim
                         Weather - Travel - Accomodation
        9       Conference information
                         Venue
                         Language
                         Proceedings
                         Personal invitaion
                         Lunches
        9       Exhibition, including exhibitors' presentations
        9       Essay competition: "Power Electronics for Sustainable Growth"
        10      Registration Information
                         Registration desk
                         Conference secretariat
                         Registration fees
                         Payment
                         Cancellation
        11      Social Programme
                         Concert and reception
                         Conference Banquet
        11      Accompanying persons programme
        12      Pre-conference tours
        12      Tourist information in Norway
                Technical Programme

        14      Overview/timetable
        15      Tutorials
        22      Keynotes
        24      Discussion sessions (Workshops)
        26      Post-Conference technical visits
        27      Technical programme: Lecture sessions
        31      Technical programme: Dialogue sessions of Monday 8 September 1997
        37      Technical programme: Dialogue sessions of Tuesday 9 September 1997
        44      Technical programme: Dialogue sessions of Wednesday 10 September 1997

Message from the Conference Chairman

"Power Electronics for Sustainable Growth"
The EPE Conference in Trondheim is the seventh of the series. Even after
the success of Brussels, Grenoble, Aachen, Florence, Brighton and Sevilla,
this EPE conference will offer you more. A record number of synopses have
been received (more than 950), where the increase from industry is
especially significant and has encouraged us to work very hard in
organising numerous new activities and events. These will give each EPE
conference participant the feeling of being the right person in the right
place. We have also accepted a record number of papers, 733. I am proud to
present this detailed programme for what promises to be a highly-successful
conference.
Think of the motto: "Power Electronics for Sustainable Growth". These are
no empty words. This is really what we are aiming at. The technical
programme is full of results directed towards that goal: energy savings,
rational and safe use of energy, new energy sources, renewable energy
systems, EMC, electric and hybrid vehicles, locomotives to mention only a
few of the obvious topics.
The opening and keynote sessions will be newsworthy. Mr Odd H. Hoelsæter,
president & CEO of Statnett will explain his view on the evolution of
energy supplies in Europe. Norway is the second-largest oil exporting
country in the world (only after Saudi Arabia): In our sector, three
newHVDC connections will be built between Norway and the continent. This
will be a huge investment that surely will have important consequences on
our future.
If you turn to page 22, you can see other topics that will be presented:
Integration of power components, what will change in our daily work? New
areas of applications for power electronics: you will be challenged by the
authors. The electric vehicle; a silent revolution, however an exploding
technology. But this was not enough!
We wanted more from this conference, so, we are organising a competition.
The topic? To write an essay on either "How to Teach Power Electronics for
Sustainable Growth" or "How to Develop New Power Electronics Products to
Promote Sustainable Growth". The prize? NOK 6.666 and a publication in the
EPE Journal. More details are given on page 9, so gather your best ideas.
Since we are organising this competition, Gro Harlem Brundland, our former
Prime Minister, decided to patronize the Conference.       Gro Harlem Brundland
has been head of the World Commission on Environment and Development and
she hopes that our initiative will spread and open new horizons. In the
UN-report "Our Common Future" it is strongly recommended that the ideas
agreed on in the report should be taught in universities all over the
world. Please send the information about the competition to your power
electronics colleagues, especially the younger ones, all over the world.
You might influence the future!
Before the conference, there will be 11 tutorials where all the new, hot
topics will be taught. Nine will be on the NTNU campus on 6 and 7
September. Those who register will get the written documentation from all
the tutorials and will be allowed to move from one tutorial to another. We
are most enthusiastic about the two tutorials on "High power Motor Drives"
and "UPSs" which will start by touring the Troll Gas Terminal at Kollsnes
close to Bergen and continue on the newest coastal express ship (built in
1996). These tutorials will be combined with a cruise of the west coast of
Norway and the ship arrives in Trondheim on Monday morning 8 Sept. a few
hours before the conference starts!
Do you want to hear more? There is a lot to say:
The exhibition will be greatly extended. We expect more than 50 exhibitors
(there is room for 100 and we will work hard to get 100). The area for the
exhibition will be much more integrated in the conference than before, with
coffee-serving included in the same area. For the first time, there will be
several product presentations by exhibitors; these will be presented before
an informal meal on Sunday 7 September in the evening, which is combined
with the opening of the exhibition in the evening.
Further, a lot of Discussion Sessions will be organisedat at the end of the
Dialogue Sessions. The new developments in power switches will be throughly
discussed and include themes like: "Application Specific Power Modules",
"The Relationship Between Product Developers and Device Manufacturers",
"High Power Integration", "Smart Power - in various applications", "Impacts
of Integration" and "GTOs versus IGBTs".
After the conference, on Thursday 11 September there will be three
Post-Conference Technical Visits.
1) A typical Norwegian hydropower plant with the generators inside the
mountain. The station is within the city limits of Trondheim (!) and is
owned by Trondheim Power Utility.
2) Siemens power electronics factory and a converter station feeding the 16
2/3 Hz for the Norwegian State Railways.
3) ADtranz charter train to the Stømmen factory close to Oslo. We will
learn about the new tilting trains that the Norwegian State Railways has
ordered. At the factory there will be a press conference where a new train
will be presented. The attraction to get the press there will be increased
by our presence. ADtranz will provide buses for a one hour drive to Oslo
airport.
So, those who start at Kollsnes close to Bergen and return from Oslo after
the train trip across mountain plateaus and glaciated valleys must sign up
fast. First come, first served. There is a special offer from SAS for the
air-ticket.
We have worked hard. But with the expected success, it is a pleasure for us
to welcome you to the EPE '97 conference in Trondheim. At the end I will
like to mention how enthusiastic ABB and other Norwegian and Danish
companies have generously sponsored the conference, so the fee to
participate is the same as in Seville in 1995! The companies are listed in
the provisional programme, and you will learn more from those companies at
the conference and by looking at our WWW
(http://www.elkraft.unit.no/epe97/).

Tore Undeland, Conference Chairman
Norwegian University of Science and Technology

COMMITTEES

Patron for the Conference:
Mrs. Gro Harlem Brundtland, Former Prime Minister, Member of the Norwegian
Parliament, Former Chairman of the UN World Commission on Environment and
Development

Conference Chairman
Prof. Tore M. Undeland, Norwegian University of Science and Technology (NTNU)

Programme Chairman
Prof. Philippe Lataire, Vrije Universiteit Brussel (VUB)

Programme Co-Chairwoman
Dr. Astrid Petterteig, Norwegian Electric Power Research Institute (EFI)

Conference Secretariat
Mrs. Brigitte Sneyers, EPE Association

Conference Organising Committee
Prof. Paolo Ferraris, Politecnico di Torino, Italy
Mr. Jean Dhers, CEGELEC, France
Dr. Roger Bassett, GEC Alsthom, United Kingdom
Prof. Gaston Maggetto, Vrije Universiteit Brussel, Belgium
Prof. Philippe Lataire, Vrije Universiteit Brussel, Belgium
Prof. Javier Uceda, Universidad Politécnica de Madrid, Spain
Mr. Jean Bonal, Prométhée, France
Prof. Luigi Malesani, Università di Padova, Italy
Dr. Duncan Grant, University of Bristol., United Kingdom
Prof. Herbert Stemmler, P.E. and Electrometry Lab., ETH, Switzerland
Mr. Sandro M. Tenconi, Ansaldo S.p.A., Italy
Prof. André Vandenput, Technische Universiteit Eindhoven, The Netherlands
Dr. Albert Wick, Siemens, Germany
Mr. Rex M. Davis, Power Electronic Measurements LTD, UK
Prof. Marcel Jufer, Ecole Polytechnique Fédérale de Lausanne, Switzerland
Prof. Wlodzimierz Koczara, Warsaw University of Technology, Poland
Prof. Istvan Nagy, Technical University of Budapest, Hungary
Prof. Werner Leonhard, Technische Universität Braunschweig, Germany
Prof. Paolo Spirito, Università di Napoli, Italy
Prof. Tore Undeland, Norwegian University of Science and Technology (NTNU),
Norway
Prof. Walter Schumacher, Technische Universität Braunschweig, Germany
Prof. Hans Kahlen, University of Kaiserslautern, Germany
Prof. Bernard Davat, GREEN, Nancy, France

Nordic Conference Committee
Prof. Bengt Alvsten, Aalborg University, Denmark
Prof. Michael Andersen, Technical University of Denmark
Mr. Leif Eriksson, Emotron AB, Sweden
Prof. Lars Gertmar, ABB/Lund Institute of Technology, Sweden
Mr. Harri Hakala, KONE Elevators, Finland
Mr. Sven Ivner, ADtranz, Sweden
Mr. Tor Inge Johansen, Siemens, Trondheim, Norway
Ass. Prof. Jorma Kyyrä, Helsinki University of Technology, Finland
Mr. Vesa Laisi, ABB Industry, Finland
Prof. Jorma Luomi, Chalmers University of Technology, Sweden
Mr. Poul-Erik Nielsen, Danfoss, Denmark
Prof. Roy Nilsen, NTNU Trondheim, Norway
Prof. Robert Nilssen, NTNU, Trondheim, Norway
Prof. Gustaf Olsson, Lund Institute of Technology, Sweden
Dr. Astrid Petterteig, Norwegian Electric Power Research Institute (EFI)
Assoc. Prof. Jaakko Ollila, Tampere University of Technology, Finland
Prof. Henry Raphael, NTNU/Statoil, Stavanger, Norway
Prof. Chandur Sadarangani, KTH, Stockholm, Sweden
Prof. Tore M. Undeland, Norwegian University of Science and Technology (NTNU)
Dr. Pierre Vadstrup, Grundfos, Denmark

International Steering Committee (ISC)
Mr. Pierre Aloïsi, France
Prof. Bengt Alvsten, University of Aalborg, Denmark
Dr. B. R. Anderson, GEC ALSTHOM T&D Power Electronics Systems, United Kingdom
Prof. Michael Braun, Universität Karlsruhe, Germany
Mr. Ove Boe, Siemens, Norway
Prof. Bernard de Fornel, ENSEEIHT, France
Prof. Åke Ekström, The Royal Institute of Technology, Sweden
Prof. Jean Paul Ferrieux, LEG/ENSIEG, FRANCE
Mr. Henri Godfroid, CEGELEC, France
Prof. Gerhard Henneberger, RWTH Aachen, Germany
Mr. Rogelio Lorenzo,Alcatel Standard Electrica S.A., Spain
Mr. Poul Erik Nielsen, Danfoss A/s , Denmark
Prof. Roy Nilsen, NTNU, Trondheim, Norway
Mr. Jouko Niiranen, ABB, Finland
M. Jean-Marie Peter, SEE, France
Dr. Ulrich Putz, AEG AG , Germany
Dr. Manfred Schrödl, Flender Austria Antrieb., Austria
Dr. Peter Steimer, ABB-Industrie AG, Switzerland
Mr. Sandro M. Tenconi, Ansaldo S.p.A., Italy
Prof. Jean Louis Van Eck, Université Libre de Bruxelles, Belgium
Mr. Werner Wymeersch, Sidmar N.V., Belgium
Mr. Gunnar Zetterberg, ADtranz, Sweden

Corresponding members of the ISC
Prof. Hirofumi Akagi, Okayama University, Japan
Mr. P.K. Dey, Hundustan Copper Ltd, India
Mr. S.Y.R. Hui, University of Technology Australia
Prof. John Kassakian, MIT, U.S.A.
Prof. Wlodzimierz Koczara, Warsaw University of
Technology, Poland
Prof. Eisuke Masada, The University of Tokyo, Japan
Prof. R.D. Middlebrook, California Institue of Technology, U.S.A.
Prof. Istvan Nagy, Computer and Automation Institute, Hungary
Dr. Pierre Rossel, Laboratoire d'automatique et d'Analyse des Systèmes du C.N.R.S., France
Mr. M. Samotyi, EPRI, U.S.A.
Prof. Vic Gosbell, the University of Wollongong, Australia
Prof. Jacobus Daniel van Wyk, Rand Afrikaans
University, Republic of South Africa

Members of the ISC ex-officio
Prof. Fernando Aldana, Universidad Politécnica de Madrid, Spain
Dr. Roger Bassett, GEC Alsthom, United Kingdom
Mr. Jean Bonal, Prométhée, France
Prof. Bernard Davat, GREEN, Nancy, France
Prof. Rex M. Davis, Power Electronic Measurements LTD, United Kingdom
Mr. Jean Dhers, CEGELEC, France
Prof. Paolo Ferraris, Politecnico di Torino, Italy
Dr. Duncan Grant, University of Bristol, United Kingdom
Mr. Adolf Haböck, Siemens, Germany
Prof. Marcel Jufer, Ecole Polytechnique Fédérale de Lausanne, Switzerland
Prof. Hans Kahlen, University of Kaiserslautern, Germany
Prof. Wlodzimierz Koczara, Warsaw University of Technology, Poland
Prof. Philippe Lataire, Vrije Universiteit Brussel, Belgium
Prof. Werner Leonhard, Technische Universität Braunschweig, Germany
Prof. Gaston Maggetto, Vrije Universiteit Brussel, Belgium
Prof. Luigi Malesani, Università di Padova, Italy
Prof. Istvan Nagy, Technical University of Budapest, Hungary
Prof. Walter Schumacher, Technische Universität Braunschweig, Germany
Prof. Paolo Spirito, Università di Napoli, Italy
Prof. Herbert Stemmler, P.E. and Electrometry Lab., ETH, Switzerland
Mr. Sandro M. Tenconi, Ansaldo S.p.A., Italy
Prof. Javier Uceda, Universidad Politécnica de Madrid, Spain
Prof. Tore Undeland, Norwegian University of Science and Technology (NTNU,
Norway
Prof. André Vandenput, Technische Universiteit Eindhoven, The Netherlands
Dr. Albert Wick, Siemens, Germany

Topic Chairmen and co-Chairmen
Topic 1: Mr. Jean-Marie Peter, Dr. Pierre Rossel,Prof. Paolo Spirito
Topic 2: Prof. Bernard Davat, Mr. Henri Godfroid
Topic 3: Prof. Jean-Paul Ferrieux, Prof. Jean-Louis Van Eck
Topic 4: Prof. Jean-Paul Louis, Prof. John K. Pedersen, Prof. Walter Schumacher
Topic 5: Prof. Frede Blaabjerg, Prof. Roy Nilsen, Mr. Werner Wymeersch
Topic 6: Prof. Marcel Jufer, Prof. André Vandenput
Topic 7: Prof. Hans Kahlen, Prof. Gaston Maggetto
Topic 8: Mr. Adolf Haböck,Prof. Wlodzimierz KoczaraProf. Herbert Stemmler,
Prof. Jacobus Daniel van Wyk
Topic 9: Prof. Lambert Pierrat, Mr. Jean-Louis Sanhet
Topic 10: Prof. Eisuke Masada, Prof. André Vandenput

National Advisory Board
Kari Kveseth, Director, Science and Technology, The Research Council of Norway
Jon Lilletun, Member of Parliament, Chairman of the standing Committee on
education, research and church affairs
Odd H. Hoelsæter, President and CEO, Statnett
Markus Bayegan, Senior Vice President for Technology, ABB Corporation
Switzerland and President of ABB Corporate Research, Norway
Odd Trones, Executive Vice President, Siemens
Bjarne Aamodt, President and CEO, Alcatel and Chairman of the board of SINTEF
Jan Hendrik Bryde, General Manager, Powec
Alain F. Angelil, Chief Executive, The Eltek Group
Helge Kongsjorden, Senior Research Advisor for Energy Systems, Statoil R&D
Centre
Emil Spjøtvoll, Rektor, NTNU
Håkon With Andersen, Professor, Dean, Faculty of Arts, NTNU
Sverre Aam, Managing Director, EFI
Tore M. Undeland, Conference Chairman, NTNU
Astrid Petterteig, Program Co-chairwoman, EFI

Local Organising Committee
Tore M. Undeland, Conference Chairman
Astrid Petterteig, Program Co-chairwoman
Arne Graabak
Inger Lundhaug
Roy Nilsen
Robert Nilssen
Lars Norum
Randi Hostad, all NTNU
Astrid Bye and Karen-Margrethe Bratt, SEVU

Secretariat:
Brigitte Sneyers, EPE Association,
c/o VUB-TW-ETEC, Pleinlaan 2, B-1050 Brussels, Belgium
Phone: +32 2 629 28 19, Fax: +32 2 629 36 20

GENERAL ORGANISATION

The city of Trondheim

Trondheim was founded by King Olav Tryggvason in 997 A.D. It was the
country's first capital city (until 1217). Trondheim is located by one of
the largest fjords of Norway with the salmon river Nidelven running through
its centre.

Today the city has close to 150000 inhabitants and its total area is 342
square km. The city is an administration, business and technology centre in
a rich agricultural area surrounding the Trondheim fjord. It is a
university city and has Norway's most advanced research community in
science and technology.

During the whole millenium year of 1997, there will be numerous special
events such as The World Ski Championships in February/March, and the
combined 60th birthday celebration of our King and Queen in June, where
royalty from most of the European royal families will attend.

A map of the city is enclosed. References to places shown on the map are
put in the text. One cm on this map is about 140 m.
Weather

Normally the weather is pleasant in Trondheim in September. The
temperature may vary between 10-15 degrees C. Rainy days may occur, and we
recommend appropriate shoes and clothing, since some events in the social
programme will take place outdoors.

Travel

There are frequent domestic flights between Trondheim and the international
airports in Oslo, Bergen and Stavanger. Flying time between Oslo and
Trondheim is 45 minutes. There are approximately 27 departures from Oslo to
Trondheim daily. There are two daily direct flights between Copenhagen and
Trondheim.

SAS (Scandinavian Airlines Systems) is the official carrier of the
congress. Please state the reference number "NO 9701" when you make your
flight reservation at a SAS travel agency, and you will obtain a discount
price.

Travelling by train within Norway gives an excellent opportunity for
sightseeing, and Norwegian trains are of a high standard. The train
journey over the mountains from Oslo to Trondheim takes approximately 7
hours. There are four departures from Oslo to Trondheim daily.

An interesting alternative is to travel by coastal express boat from Bergen
to Trondheim, a journey of approximately 30 hours along the rugged
Norwegian coastline (see pre-conference tours). Your travel agent, or any
SAS travel agency, can supply you with full details on travel to Trondheim.
An APEX air ticket allows transfer to one city in a country, for instance
Bergen, and return from another city in the same country, for instance
Trondheim or Oslo.


Accommodation

The Conference Secretariat has made reservations at several good hotels
within various price categories. All hotels are situated in the city centre
of Trondheim and within approximately 15 minutes walk from the conference
area.

The number of rooms within each category is limited. For reservations,
please fill in the necesssary information on the registration form. The
Royal Garden Hotel is probably the best hotel, it also offers the largest
number of rooms and the largest conference discount.

Rooms will be allocated on a first come, first served basis. We therefore
strongly recommend you to register as early as possible. Reservations have
been made for the conference period. If you would like to extend your
reservation we will do our best to help you. Please note: The registration
deadline for hotel reservations is 1 JULY 1997. After this date we are
only able to confirm hotel accommodation on an availability basis due to
the special situation in Trondheim with the millennium celebrations. We
therefore strongly recommend you to register as early as possible. Please
note that we cannot guarantee hotel accommodation after this deadline.

Reservations must be guaranteed by a credit card. In case of no show etc.
without prior notice to the Secretariat, you will be charged for one night.
Further information will be enclosed with the letter of confirmation of the
registration.

Conference information

Venue

The conference will take place at the Nidarøhallen Convention Centre (map:
20). Nidarøhallen is situated close to the riverbanks of Nidelven, about 15
minutes walking distance from the city centre and the major hotels.

Language

English will be used in all printed documents and during the lecture sessions.

Proceedings

Proceedings will be published by the EPE Association, Brussels, and handed
out to the participants at the conference. Proceedings are included in the
full registration fee.

Personal invitation

If a personal invitation to attend the conference is required, please contact the Conference Secretariat.

Lunches

Lunches will be served each day at the times shown in the programme. One
lunch ticket for each day is included in the full registration fee. Tickets
will be provided at registration and must be presented for service. Please
mark on the registration form if vegetarian food is required.

Exhibition

During the EPE'97 Conference, a commercial exhibition will be organised.
This is a unique opportunity to see and/or show products and have prolonged
discussions with fellow specialists in the field of Power Electronics and
Drives.

The aim of the exhibition is to promote technical discussions and business
contacts between specialists in the field. The exhibition will be ideally
situated in the middle of the Conference site, where the coffee will be
served during the breaks and the afternoons. On Sunday 7 September evening,
there will be an informal meal, special products presentations followed by
the official opening of the exhibition.

This year, next to the regular topics, special attention will be devoted to
components and simulation packages. General discussion sessions on these
topics will be organised.

We expect that over 50 compagnies (there is room for more than 100) will
show their products at the exhibition. At the printing deadline of this
programme, dSpace, Analogy, Grundfoss, Hitachi, Elis Elektro, Mitsubishi
Electric, Eldre, Sheco, Powerbox, Tellus EMI already signed up for a booth.

The exhibition set with all practical information is available from the EPE
secretariat.

Exhibitors presentations: Sunday 7 September, 17.00-20.00. Buses will leave
from the tutorial site to Nidarøhallen at 17.00. The final programme will
be available on site.
Competition

Related to the moto of the Conference, an essay competition is organised.
The theme to be discussed in the essay will be: "Teaching power electronics
and making new power electronics products to promote sustainable growth".

The best essay will be awarded a NOK 6.666 (approx. US$ 1.000) prize
offered by EFI and will be published in the EPE Journal.

Competition rules

The theme to be discussed in the essay is: "Teaching power electronics and
making new power electronics products to promote sustainable growth". The
final title of the essay is left to the author. The essay will explain how
power electronics in its various aspects can contribute to a sustainable
development worldwide. All aspects may be discussed: technical,
economical, social, environmental, historical, etcŠ

The essay will be judged on the broadness of the documentation, the
originality and realism of the proposed actions.

The essay will be 3000 to 5000 words long. Figures and graphs are to be
put in addition. The essay will end with a list of used references.

The essay will be sent to the EPE Association secretariat in four (4)
copies, three (3) of them being anonymous, and reach before 1 August 1997,
17.00. No delay will be accepted.

The prize will be awarded during the Conference Banquet.

"The environment is where we all live; and development is what we all do in
attempting to improve our lot within that abode. The two are inseparable"
Former Norwegian Prime minister Gro Harlem Brundtland adressing the United
Nations in 1988.
Registration information

Registration desk

The registration desk and conference secretariat in Nidarøhallen will be
open at the following times:

Sunday 7 September     15.00 - 18.00
Monday 8 September     08.00 - 16.00
Tuesday 9 September    08.00 - 15.30
Wednesday 10 September 08.00 - 15.30

Conference Secretariat

SEVU, Congress Department
NTNU, Gløshaugen
N-7034 Trondheim, Norway
Telephone:       +47 73 59 52 46
Telefax: +47 73 59 51 50

Registration fees

The full registration fee includes admittance to all sessions, one set of
proceedings, lunches and coffee during the conference, the reception and
concert, and the conference banquet.
The full registration fee is NOK 3900 before 1 July 1997, NOK 4700 after
this date (EPE Members get a NOK 300 discount). Please observe thatboth
the registration form and the fee must be received by the Conference
Secretariat by 1 July 1997 to obtain the low fee. For all payments
received after this date, including on-site registration, the high fee
applies.

For acccompanying persons and students additional tickets for the
reception, and concert and the conference banquet can be ordered at the
registration form. Lunch tickets for accompanying persons and students can
be bought at the conference site.

Please note: The registration deadline for hotel reservations is 1 JULY
1997. After this date we are only able to confirm hotel accommodation on
an availability basis due to the special situation in Trondheim with the
millennium celebrations. We therefore strongly recommend you to register
as early as possible.

Payment

Payment should be remitted in Norwegian Kroner (NOK). Bank, currency and
transfer charges are the responsibility of the payee. Please ensure the
organizer is paid the full amount due, and state the name(s) of the
participant(s) clearly on all payments.

Bank transfer: SEVU, account no. 8601.10.34510, ref. 71084, Fokus Bank,
N-7005 Trondheim, Norway, Swift FOKBN 022.

Payment can also be made by use of credit cards. Please fill in the
requested information on the registration form.

Cancellation

Cancellation must be received in writing by the conference secretariat.
Cancellations received prior to 1 July 1997 will be subject to NOK 500
administration charge. For cancellations received after this date the
registration fees are non-refundable. Substitutes will be accepted at any
time.

Cancellation terms for the preconference tours:
- No cancellation fee for cancellations received before 1 July 1997
- Cancellations received after this date will not be refunded.
- All tours are based on a minimum number of participants. If a tour has
to be cancelled due to low numbers of participants, the tour fee will be
refunded in full.

Refunds will be processed immediately after the conference.

Confirmation of registration

Confirmation of your registration, including hotel and other reservations,
registration details, information regarding transport to and from the
airport etc. will be sent to all registered participants at the end of
July/beginning of August 1997 and then as registrations arrive.
Social Programme

Concert and Reception, Monday 8 September, Time: 19.30
We have the pleasure to invite you to attend a concert in the Nidaros
Cathedral, with organ music and songs by the internationally recognized
boys choir, Nidarosdomens Guttekor. The Nidaros Cathedral (map: 1) is one
of Scandinavia's largest buildings from the Middle Ages. Work on this
beautiful Gothic building was commenced in 1070, but the oldest parts still
standing are from the 12th century. The main front of the Church, is
decorated with three rows of statues, biblical motives and Norwegian kings
and bishops. The cathedral is richly ornamented in stone with magnificent
stained glass windows.

Following the concert, the Mayor of Trondheim invites us to a reception at
the Archbishop's Palace, (map: 2) Scandinavia's oldest secular building.
The palace dates from the twelfth century, and was the Archbishop's
residence until the Reformation. Today it is used by local and central
governments for official receptions.
Price: Free (Accompanying persons and students can order tickets on the
registration form)

Conference Banquet, Tuesday 9 September, Time: 20.00
May we recommend the conference banquet for Tuesday night. The menu will
propose the finest Norwegian foods, salmon of the best quality and the
typical reindeer steak prepared with its special sauce. The dinner will be
enhanced by performance of music by the Norwegian composer Grieg and
folklore dances. The evening will close with the joyful performance of a
ladies choir named "Sweet Ladies". Everything will be prepared for you to
enjoy yourself in good company and a cheerful atmosphere.
Price: included in the full registration fee.
Price: NOK 380,- for students and accompanying persons only

Party at Lian Restaurant, Wednesday 10 September, Time: 20.00
Wednesday night we can offer an informal party at Lian Restaurant at the
edge of the Bymarka woods and hills. We will go there by trams from the
city centre. The oldest tram is from 1930. You will walk a few hundred
metres to the restaurant, which has a magnificent view. A traditional meal
from the area will be served, and there will be music and party into the
early hours.
Price: NOK 130 (Partly sponsored).

Theatre evening: "West Side Story", Wednesday 10 September, Time 19.30
The theater in Trondheim (map: 27), Trøndelag Teater, will reopen Saturday
6 September 1997, after a three year building period. On Wednesday evening
you can visit this brand new building and see the famous "West Side Story"
in Norwegian.
Price: NOK 180 (limited number of seats)

Accompanying persons programme

The tours are based on a minimum of 30 participants. The organizers
reserve the right to cancel the tours with full reimbursement, should the
number of participants be insufficient.

Sightseeing in Trondheim, Monday 8 September, 10.00 - 14.00
This tour includes a guided tour of the town, followed by lunch at Galaksen
Restaurant in the revolving Tyholt Tower, a 120 metre tall tower on a
hill-top with a rotating restaurant 74 metres high and a spectacular view
of Trondheim, its surroundings and the fjord. A visit to Ringve Music
Museum (map: 17) is also included in the tour. The museum is housed in a
charming old manor from the 18th century. Your guide will play some of the
instruments which are placed in their historical setting. Price: NOK 390

Hiking trip in Bymarka, Monday 8 September, 10.00 - 14.00
Bymarka offers deep forests, open meadows, cloudberry marshes and sparkling
tarns and brooks - all this a stone's throw from Trondheim itself. Bymarka
is a paradise for joggers, hikers and skiers. Our coach takes us to
Fjellsæter and from there we stroll to Grønlia, a lodge from 1794 where
lunch will be served. Then we continue our walk to Lian. The return trip
will be by tram. Sturdy walking shoes are necessary. Total walking distance
is approximately 6 km. Price: NOK 390

The mountain town of Røros - (a guided tour ) - Tuesday 9 September,
08.30 - 17.30
Røros is unique. This 350 year old town is situated 160 km south-east of
Trondheim and takes its place with pride on UNESCO's World Heritage List.
You will be forgiven for thinking you have stepped back many hundreds of
years as you wander past the elegant wooden houses and tiny miners'
cottages, and visit the 18th century church which dominates this unspoiled
mountain town. There will also be time for a visit to the mining museum. A
rich variety of traditional Norwegian and Lappish handicrafts can be found
in the many little studios in the town. Lunch will be served. Travel by
coach. Price: NOK 570

Go for a stroll (I), Tuesday 9 September, 10.00 - 14.15
Go for a stroll with a guide in the town centre includes a guided tour in
Nidaros Cathedral, (map: 1) a visit to Nordenfjeldske Kunstindustrimuseum
(map: 6), National Museum of Applied Art, and Stiftsgården (map: 3),
Scandinavias's largest timber mansion, which today is H.M. King Harald's
official residence in Trondheim. Lunch in the distinguished Palm Garden at
the Britannia Hotel. This sumptous restaurant is internationally acclaimed
for its special atmosphere. Price: NOK 390

Go for a stroll (II), Wednesday 10 September, 10.00 - 15.10
The tour starts with a visit to the Medieval Museum (map: 7). This museum
resurrects the Middle Ages and creates an environment typical of Trondheim
a thousand years ago. After a guided tour at the museum we walk to the
city's fish market Ravnkloa (map: 11). From Ravnkloa we take the boat to
Munkholmen (the Munks' island) where Benedictine monks built a monastery
in the 11th century. In 1658 it was converted into a prison fort. Today
this is a popular recreational resort, with a nice restaurant, where lunch
will be served.
Price: NOK 390

Pre-Conference Tours

The tours are based on a minimum of 30 participants. The organizers
reserve the right to cancel the tours with full reimbursement, should the
number of participants be insufficient. Cancellation terms for
participants are listed under "Registration Information".

Oslo - Trondheim, Saturday 6 and Sunday 7 September
Start from Oslo Airport Fornebu at 09.45. We drive along Norways's largest
lake; Mjøsa where some of the finest farmland in the country is found. At
Hamar we will stop for lunch and a visit to the Viking Ship, one of the
best known arenas from the 1994 Olympic Games. Overnight stay at
Lillehammer Hotell. The next day the journey continues north along the
river Gudbrandsdalslågen, before turning east over the mountains to Røros
(see accompanying persons programme). We take a stroll through the
picturesque 350 years old mountain town before lunch is served at Hotell
Røros. After lunch the tour continues to Trondheim, with an expected
arrival-time of 18.00.
Price: NOK 2890/2670

The Coastal Express, Saturday 6 to Monday 8 September 1997
"The World's Most Beautiful Voyage" offers a unique combination of peace of
mind, comfort, and service on board, coupled with constantly renewed
impressions of the scenery which you sail through and the harbours you
visit.
The Coastal Express leaves Bergen in the evening of Saturday, at 22.30. We
pass Florø during the night, spend the morning in open sea crossing Stadt,
before rounding West Cape and heading for Torvik. In the "Art Nouveau
town" Ålesund you have 3 hours to soak up the atmosphere of this beautiful
and interesting town. The next stop is the jazz festival town of Molde,
before we begin our crossing of Hustadvika. The ship docks in Kristiansund
at 23.00 in the evening, before we continue to Trondheim where we arrive
early on Monday morning.
During this tour you can attend tutorial T1 or T2 (see the tutorial
programme). A registration in advance and an additional tutorial fee is
necessary for those who will attend these tutorials. Price: NOK 2110
(includes meals from Saturday night buffet till Monday morning breakfast
and a cabin 2 nights, not tutorial)

Tourist information Norway

(http://www.leoburnett.no/nortrameny/nortra.html and
http://www.oslonett.no/NTIN/NTIN.html)

Norway is a unique and exotic destination. Norway can offer you a wide
range of activities and give you an experience you'll always remember. Its
nature has no match. Majestic fjords, a 2,650 km of coastline, mighty
mountains, glaciers, forests, valleys, rivers and lakes.

You can experience some of this in combination with the conference stay or
the pre and post conference tours. Let us recommend a few possibilities:

- a stay in Bergen, including the one day trip "Norway in a nutshell"
- a stay in Oslo, visiting the most popular attractions of the capital city
- an extended stay in Trondheim and the area around.
Røros is a very nice
place to visit (see accompanying persons programme and pre conference tour)
- a tour with the Coastal Express, Hurtigruten: the presented
pre-conference tour from Bergen, or a tour from Trondheim further south to
Bergen or north to Lofoten or all the way to Kirkenes

For ordering tickets in or to Norway you may contact the travel agency
(refer to the EPE conference):
          Flyspesialisten SIT reiser
          Attention: Bjørn Berg
          Phone: +47 73 59 67 44
          Fax: +47 73 59 26 35

For further tourist information contact Norway's Information Centre:
Vestbaneplassen 1, N-0250 Oslo, Phone +47 22 83 00 50,
Fax: +47 22 83 81 50

Oslo (http://www.leoburnett.no/nortrameny/nortra.html)
Adventure, natural scenery, art, architecture and philosophy are a few of
the things you can experience in Oslo - the capital city of Norway. Oslo's
city centre is compact, most of the hotels, museums, entertainments and
shops are within walking distance. Oslo can offer some 50 museums and many
art galleries. Amongst the internationally known attractions are: the
Vigeland Park, the Viking Ships Museum, the Kon-Tiki, the Fram Museum, the
National Gallery, the Norwegian Folk Museum, the Munch Museum, and
Holmenkollen.

Bergen (http://www.uib.no/guide/)
Bergen is a charming harbour city located between seven mountains. It was a
German Hansa Stadt. Bergen is worth a stay itself, and it offers a
convenient starting point for the tourist to begin to visit the famous
fjords of Norway.
Tourist office: Phone: +47 55 32 14 80

Norway in a nutshell (http://www.uib.no/guide/bergen-tours.html)
This unique and popular day-excursion takes you through some of the most
magnificent scenery to be found on the west coast of Norway. You leave
Bergen by train in the morning, along the beautiful Sørfjorden to the town
of Voss. From there, you start to climb to the great mountain plateau which
separates the western fjords from East Norway. In Myrdal, you change trains
and then go down the many sharp curves on the famous Flåm Railway which has
a reputation for one of the most spectacular train rides in the world. You
will pass by lofty, snow-capped mountains, thundering waterfalls and
peaceful green meadows on your way to the valley below. After a lunch stop
in Flåm, the trip continues by boat on the Aurlandfjord and Nærøyfjord, one
of the narrowest fjords in Western Norway. From the town of Gudvangen you
will go on by bus to Voss where there is a train waiting for you to take
you back to Bergen. Departure Bergen at 8.50 (return 18.50) and 10.20
(return 20.20). Price: NOK 470

The costal express - Hurtigruten (http://www.monet.no/hr/)
The World's Most Beautiful Voyage is a voyage like no other. Nothing can
compare with it. Nothing about this journey will resemble anything you have
ever experienced before. A ticket for the Coastal Express is a ticket to
the theatre, an 11-day drama, from Bergen to Kirkenes and back, in which
new acts constantly unfold all around you. The World's Most Beautiful
Voyage offers a unique combination of peace of mind, comfort, and service
on board, coupled with constantly renewed impressions of the scenery
through which you sail and the harbours you visit. You will witness tender
goodbyes on the quayside next to forklifts loaded with cargo. See simple,
weather-beaten villages where you wouldn't have thought it possible that
anyone could live. Discover sheltered, charming fishing villages under the
Midnight Sun in the summer, and the spectacular night skies with dancing
veils of Northern Lights in the winter. And in large towns like Bergen,
Trondheim and Tromsø, you will find art and culture, tourist attractions
and shopping to satisfy your every need.

Trondheim (http://www.aksess.no/trondheim/tourist/)
In Trondheim you can see:
- Nidaros Cathedral - see Social programme: Concert and reception
- The Archbishop's Palace - see Social programme: Concert and reception
- Stiftsgården - see Accompanying persons programme: Go for a stroll I
- The Tyholt Tower - see Accompanying persons programme: Sightseeing in
Trondheim
- The Wharves - The oldest of the wharves along the River Nidelva date back
to the 18th century, nevertheless they still give the impression of the
waterfront as it was long before then. On the seafront, towards the canal,
we find wharves that were built more recently, in the 19th and 20th
centuries.

Lofoten (http://home.sn.no/~perkaa/)
Lofoten is the archipelago to the west in the ocean, north of the Artic
Circle, at the 67th and 68th degree parallels. Lofoten stretches like a
wall of moutains to the southwest in the sea. Between the mainland and the
"Lofoten Wall" lies Vestfjord. Lofoten consists of mountains and peaks,
wide open ocean, sheltered inlets, stretches of seashore and large virgin
areas. The principal islands are Austvågøy, Gimsøy, Vestvågøy, Flakstadøy,
Moskenesøy, Værøy and Røst. The total land area amounts to 1,227 sq.km.
About 24,500 people live there. The road distance is almost 170 km from
Fiskebø near Vesterålen in the north to Å in the south, where the E10 ends.
From Lofotodden, at the south end of Moskenesøy Island, the air distance is
more than 60 km to Skomvær, the southernmost point in Lofoten.

TECHNICAL PROGRAMME

Saturday 6 and Sunday 7 September 1997: Tutorials, at Kollsnes and in the
coastal express

T1. Large Power and Industrial Drives by H. Raphael, W. Leonhard, P. Lataire, A. Bornes, and T. Chr.
Stensholt.
T2. Uninterruptible Power Supplies by Asle Skjellnes, Søren Rathman et al.

Saturday 6 September 1997 - 8.00 to 18.00: Tutorials, at NTNU campus, Trondheim

T3. Modeling of Power Electronics in Power Systems using EMTP by N. Mohan,
H. H¦idalen, B. Mork.
T4. Adjustable speed AC motor drives, applications by F. Blaabjerg, J. K.
Pedersen and Prasad Enjeti.
T5. Design and simulation of mechatronics applications and power electronic
systems with Matlab/Simulink by S. Colombi
T6. Application of fuzzy logic and neural network by P. Vas and M. Zigliotto

Sunday 7 September 1997 - 8.00 to 17.00 Tutorials, at NTNU campus, Trondheim

T7. Neural nets and Fuzzy Logic-Applications for motion Control by D. Schröder
T8. Simulation of Power Electronics and Motor Drives using PSPICE by O.
Apeldoorn, N. Mohan, B. Robbins and M. Giesselmann.
T9. Design with Power Semiconductors by J. M. Peter
T10. Drives and electric parts of EVs by H. Kalhen, P. Ferraris, G.
Maggetto, B. Hauck.
T11. CISPR and IEC 1000 Standards on EMC by P. Tenti, A. Zuccato, G.
Spiazzi, L. Rossetto.

17.00 to 18.30: Exhibitors presentations, at the conference venue, the
Nidarøhallen

19.00 to 21.00: Official opening of the exhibition including buffet dinner


Monday 8 September 1997

8.30 to 9.15: Opening session
Norway's energy situation: Oil, Gas and Hydro Power - Norway as a pump
storage power plant for Europe
By Odd H. Hoelsæter, President and CEO of Statnett

9.30 to 10.30: Lecture sessions
Passive components
Renewable Energy Systems
Electronic power supplies systems
Fuzzy logic control

11.00 to 13.00: Lecture sessions
Discussion session IGBT vs GTO
EMC
Modulation strategies
Electronic power supplies systems

14.00 to 14.45: Keynote session
Integration of power components, a status review, by A. Jaeklin, ABB, K.
Rischmüller, SGS Thomson Microelectronics and L. Lorenz, Siemens

14.45 to 17.00: Dialogue sessions

Topic 1: D1a, D1b
Topic 3: D3a, D3b, D3c, D3d, D3e
Topic 4: D4a, D4b
Topic 5: D5f, D5n, D5o
Topic 8 D8g, D8i, D8h
Topic 9 D9a, D9b, D9c, D9d, D9e, D9f

17.00 to 18.00: Workshops

19.30 to 20.15: Concert in Nidarosdomen followed by an official reception
in the nearby Archbishop's Palace

Tuesday 9 September 1997

8.30 to 10.00: Lecture sessions
Hybrid power Integration
Locomotives
Servo drives
HVDC

10.30 to 12.30: Lecture sessions
Monolitic Power Integration
Permanent Magnet Motor Drives
Converter control
FACTS
14.00 to 14.30: Keynote session
Needs for solutions and new areas of applications for power electronics, by
Lars Gertmar, ABB Corporate research, Sweden

14.30 to 17.00: Dialogue sessions

Topic 1: D1c, D1d
Topic 4: D4c, D4d, D4e, D4f, D4g, D4h, D4i
Topic 5: D5a, D5b, D5c, D5d, D5e, D5i, D5j, D5k, D5l
Topic 6: D6a
Topic 8: D8a, D8b

17.00 to 18.00: Workshops

20.00: Conference Banquet

Wednesday 10 September 1997

8.30 to 10.00: Lecture sessions
Characterization and Applications
Sensorless control
Active filters and harmonics
Resonant converters

10.30 to 12.30: Lecture sessions
Devices and modelling
Estimation Techniques
Electric Vehicles
Power converter circuits and control

14.00 to 14.30: Keynote session
The Electric Vehicle by H. Kalhen, University of Kaiserslautern, and G.
Maggetto, VUB, Brussels

14.30 to 17.00: Dialogue sessions

Topic 1: D1e, D1f
Topic 2: D2a, D2b, D2c, D2d, D2e
Topic 5: D5g, D5h, D5m
Topic 7: D7a, D7b, D7c
Topic 8: D8c, D8d, D8e, D8f, D8j
Topic 10: D10a

17.00 to 18.00: Workshops

At night: an informal party in the Lian Forrest restaurant or "West Side
Story" in Norwegian (!) at the New Trondheim Theatre

Thursday 11 September 1997

Technical Tours

1. Visit to a Hydro Power Station within the city of Trondheim.
2. Trip to Siemens, Trondheim.
3. ADtranz charter train to Oslo.

TUTORIALS

Saturday 6 and Sunday 7 September 1997, Technical visit and tutorial at
Kollsnes (near Bergen, Norway) and in the coastal express
T1. Large Power and Industrial Drives by H. Raphael, W. Leonhard, P.
Lataire, A. Børnes, K. Ryen and T. Chr. Stensholt.

EPE offers the EPE'97 conference participants a package including:
- the technical visit to the Statoil Kollsnes gas terminal plant at the
outmost western island of Norway on 6 September 1997;
- transportation by bus along the Bergen archipelago to Kollsnes from
Bergen City Center or Airport and back to the costal express M/S Polarlys
(departure on 6 September at 22.30, arrival on 8 September at 06.00);
- tutorials at Kollsnes and on board of the Polarlys and technical visit of
the ship.

The Statoil gas terminal plant in Kollsnes processes the natural gas coming
through an undersea pipeline from the 472 m high off-shore Troll platform
(measured from the sea-bed) operating the centre of the world largest
offshore gas field.. The core of the plant are 5 gas compressors
individually driven by adjustable speed 41.2 MW synchronous motors.
Particularly interesting are the harmonics filers which are designed to
meet the specified harmonics
content. The filter design was a challenge due to the cable and overhead
line mixture in the power supply to the plant.
The gas transferred to Germany represents 400 TWh per year energy
equivalent, corresponding with a constant power of 45 GW.

Time schedule:

Saturday 6 September 1997

08.00-09.00 Welcome of participants to the visit in Bergen;
09.00-10.30 Bus transportation to the gas plant in Kollsnes;
10.30-11.30 Introduction to the Kollsnes Gas treatment and compressing plant
         a. General
         b. The adjustable speed a.c. motor compressor drives;
11.30-12.00 Coffee Break
12.00-14.00 Visiting tour in the plant, special emphasis on the compressor
station;
14.00-15.00 Lunch;
15.00-16.00 Specification and purchase of large SM drives (HR);
16.00-17.00 Fundamentals of controlled electromechanical energy conversion (WL)
17.00-18.00 Power supply to the plant; 300 kV cable and overhead line;
18.00-19.00 Bus transportation to Coastal-Express; short stop at the
connection station for the 300 kV oil cable to overhead line change-over
(KR)
19.00             Check inn at the costal express M/S Polarlys, all the cabins
have toilet with shower
20.00 Dinner at the costal express
22.30 Departure from Bergen, we gather at the observatory deck above the
steering house of the ship to enjoy the sights (do we really need a
cabin?).

Sunday 7 September 1997

During the breaks there will be guided trips in small groups behind the
scene of the ship by the Machine Chief. We will see the main engine room
with adjustable speed induction motors for the pumps of the cooling water
for the main Diesel engines, and we will see the UPSs in the machine room
and at the top of the ship (this one is for safe power to the ship's
communication system).
07.00-09.00 Breakfast;

Parallel Part A: High power LCI synchronous motor drives

09.00-09.45 Power supply to industrial plants with large drive (AHB)
         a. General, energy requirements, reliability, redundancy, distortion
         b. Kollsnes specific
09.45-11.15 Adjustable speed LCI motor drives (WL)
11.15-11.30 Coffee Break
11.30-12.30 Design and manufacturing requirements; transformer, motor and
converter (TCS)
12.30-13.30 Lunch Break
13.30-14.30 Harmonic filters for large industrial drives (HR)
         a. Fundamentals
         b. The Kollsnes solution
14.30-16.00 Control and protection, control strategy, design of control
functions; protection strategy, design of protection functions (TCS);
16.00-16.15 Coffee break
16.15-17.00 Experience from Kollsnes, commissioning, first year operating (AHB)
18.30 Dinner on board;

Parallel Part B: Induction Motor Drives

09.00-11.15 How does an induction motor operate? (PL)
11.15-11.30 Coffee Break
11.30-12.30 How does a PWM converter operate? (PL)
12.30-13.30 Lunch Break
13.30-14.30 Harmonic filters for large industrial drives (HR)
        a. Fundamentals
        b. The Kollsnes solution (This part will be common for A and B)
14.30-16.00 Induction motor drives (continued); How do the control circuits
and algorithms operate? (PL);
16.00-16.15 Coffee break
16.15-17.00 Induction motor drives (continued) (PL)
18.30 Dinner on board;

Monday 8 September 1997

06.00 Arrival in Trondheim;
08.00 Registration for the EPE Conference
08.30 Opening of the EPE Conference.

Intended for: engineers involved in the design of high power drives, in the
process industry (part A High Power Drives). You will learn what you never
find in a text book. ABB will provide the participating professors with
color overhead transparencies of the synchronous motors and inverter
details.; engineers who want an introduction to essential knowledge
required to well understand the operation of induction motor drives

Course Faculty: Prof. Henry Raphael,NTNU/Statoil; Prof. Werner Leonhard,
Technische Universität Braunschweig; Prof. Philippe Lataire, Vrije
Universiteit Brussel; Mr. A. Børnes, Statoil; Mr. T. Chr. Stensholt, ABB
Industry and Offshore; Mr. K. Ryen, President of the transmission division
of BKK, the main West Norway utility company.

Saturday 6 and Sunday 7 September 1997: technical visit and tutorial, at
Kollsnes (near Bergen, Norway) and in the coastal express

T2. Uninterruptible Power Supplies by Asle Skjellnes; Søren Rathman; L. Malesani
The lecturers will be specialists from the University of Padova, Italy,
Silcon, Denmark and Siemens, Norway and Germany. Professor Luigi Malesani
from the University of Padova will lecture about clean power. Mr. Rathman
will present Silcons' designs for off-line UPS. Mr. Asle Skjellnes and Mr.
Pitrowsky from Siemens will lecture about their UPS and their new
batteryguard.

The tutorial will be arranged on M/S Polarlys, one of the newest boats of
the Coastal Voyage (the Hurtigruten) built in 1996. The tutorial starts on
Saturday 6 September 1997 with a visit to Kollsnes gas treatment plant.
Here the gas from the Troll platform is processed and transported to
Germany.

M/S Polarlys leaves Bergen on Saturday at 22:30 heading for Trondheim. On
board the speakers will present their designs and applications of their
UPS. Siemens has three UPS installed on M/S Polarlys. Two of them are
supplying critical equipment with clean power, the third is supplying
communication equipments, emergency lights and security equipments. There
will be arranged an interesting guided tour to these three UPS. This will
be an unique opportunity to have a look behind the scenes of this modern
ship. The ship arrives at Trondheim on Monday 8 September at 06:00.

Same programme as T1. except the visit at Kollsnes will concentrate on the
UPSs installed there. The tutorial will start at the Kollsnes gas
processing and compressing plant (see map)where there are five 42 MW CSI
Synchronous motors driving the compressors. After an one hour bus trip it
will continue on the coastal express ship, like a cruise ship, Polarlys
which leaves Bergen Saturday night and arrives in Trondheim early Monday
morning.

Time schedule:

Saturday 6 September 1997

08.00-09.00 Welcome of participants to the visit in Bergen;
09.00-10.30 Bus transportation to the gas plant in Kollsnes;
10.30-11.30 Introduction to the Kollsnes Gas treatment and compressing plant
          a. General
          b. The adjustable speed a.c. motor compressor drives;
11.30-12.00 Coffee Break
12.00-14.00 Visiting tour in the plant, special emphasis on the UPS
installations;
14.00-15.00 Lunch;
15.00-17.00 Tutorial
17.00-18.00 Power supply to the plant; 300 kV cable and overhead line;
18.00-19.00 Bus transportation to Coastal-Express; short stop at the
connection station for the 300 kV oil cable to overhead line change-over
19.00              Check inn at the costal express M/S Polarlys, all the cabins
have toilet with shower
20.00 Dinner at the costal express
22.30 Departure from Bergen, we gather at the observatory deck above the
steering house of the ship to enjoy the sights (do we really need a
cabin?).

Sunday 7 September 1997

During the breaks there will be guided trips in small groups behind the
scene of the ship by the Machine Chief. We will see the main engine room
with adjustable speed induction motors for the pumps of the cooling water
for the main Diesel engines, and we will see the UPSs in the machine room
and at the top of the ship (this one is for safe power to the ship's
communication system).

07.00-09.00 Breakfast;

UPS Tutorial

09.00-11.15 Tutorial
11.15-11.30 Coffee Break
11.30-12.30 Torial continued
12.30-13.30 Lunch Break
13.30-16.00 Tutorial (continued);
16.00-16.15 Coffee break
16.15-17.00 Tutorial (continued);
18.30 Dinner on board;


Monday 8 September 1997

06.00 Arrival in Trondheim;
08.00 Registration for the EPE Conference
08.30 Opening of the EPE Conference.


Intended for: engineers involved in the process industry, in the design of
large UPS groups

Course faculty: Mr. Asle Skjellnes, Siemens,Norway;, Mr. Søren Rathman,
Silcon, Denmark; Prof. Luigi Malesani, University of Padova

Saturday 6 September 1997 - 8.00 to 18.00, at NTNU campus, Trondheim

T3. Modeling of Power Electronics in Power Systems using EMTP (featuring
ATP version of EMTP for PCs, available via royalty-free licensed agreement)
by N. Mohan, H. Høidalen, B. Mork.

Purpose
It is now certain that power electronics technologies will play an
important role in the power industry. Applications range from End-Use of
electrical power at home, to Power Quality, to FACTS (Flexible AC
Transmission Systems) and HVDC. The purpose of this course is to give an
overview of EMTP (ATP version), used by thousands around the world who have
acquired it free-of-charge, for simulating such systems.

Intended for
Electric utility engineers; engineers at industrial and consulting
companies involved in the design of high-power electronic systems;
educators interested in computer-aided education of utility-related power
electronics. No prior knowledge of EMTP used in this course is required.

Outline
Discussion of Power Electronic Applications in Power Systems and the role
of modeling (1/2 hr, NM)
Overview of ATP - its capabilities and challenges in using it (1/2 hr, NM, BM)
Demonstration of ATPDRAW - Graphical Preprocessor to the ATP/EMTP, New
Windows version (1-1/2 hrs)
Demonstration of ATP usage by means of a few simple examples (1/2 hr, NM,
BM, HH)

All participants in this course will receive the following:
1. Course notes and the examples discussed on a diskette,
2. Latest version of ATPDRAW on diskettes,
3. Provided you have filled out a License Form to get it free-of-charge
and have been authorized prior to this course (a proof of licensing is
required), latest version of ATP on diskettes. The license forms can be
downloaded through the internet at the following address:
ftp://ftp.ee.mtu.edu/pub/atp/license/.
Additional information on ATP is available at
http://www.ee.mtu.edu/pub/atp/ and at http://www.vmt.bme.hu/eeug.
4. An opportunity for licensed users to have the software installed on
their laptop computers (486 or higher, 8 MB RAM, 3-1/2 inch disk drive, 10
MB of hard disk space).

Course Faculty: Prof. Ned Mohan - Univ. of Minnesota, Hans Høidalen -
Norwegian University of Science and Technology, Prof. Bruce Mork - Michigan
Technological University.

T4. Adjustable speed a.c. motor drives, applications by P. Enjeti, F.
Blaabjerg and J. K. Pedersen.

Summary
Adjustable speed a.c. drives have become the preferred choice in many
industrial applications where controlled speed is required. At the
availability of fast solid state power semiconductor switches (IGBTs) has
resulted in voltage source, PWM controlled inverters becoming a standard
configuration in the power range to 500 kW. While high frequency PWM
control represents the most advanced drive concept, when inappropriately
applied, it also generates side effects, some of which have been recognized
only recently.
This course present a comprehensive coverage of application issues of PWM
inverter controlled a.c. motor drives which include: selection criteria for
energy savings, increased motor losses: damage to motor insulation due to
reflected voltages caused by long motor leads, acoustic noise problems and
solutions for sensor-reduction.
Following a description of the problems, several practical solutions are
also presented and nanlysed. Finally, line harmonic problems caused by the
input diode rectifier are also described and several low cost solutions
selected to meet IEEE 519-1992 are presented.
Basic content
Introduction to ASDs, application problems and energy savings;
Introduction of application problems to high dv/dt and long motor leads;
Filter configurations to minimize the motor winding stresses due to high dv/dt;
Application problems due to high dv/dt - continued;
Acoustic noise problems and their reduction;
Reduced sensing technique in ASD and their problems;
Power quality compliance of ASD equipment.

The audience
PWM inverter/motor manufacturers, system designers as well as adjustable
speed drive application engineers and users will find this course
informative and beneficial.

Course Faculty: Prof. Prasad Enjeti, Texas A&M, USAProf. Frede Blaabjerg,
Prof. John K. Pedersen, Aalborg University, Denmark.

Saturday 6 September 1997 - 8.00 to 18.00, at NTNU campus, Trondheim

T5. Design and simulation of mechatronics applications and power electronic
systems with Matlab/Simulink by S. Colombi
The presentation starts with some general considerations about the
numerical simulation of a system (modeling, integration algorithms,
quantization and numerical problems). Then, after a short overview of
Matlab/Simulink, various industrial application examples in the fields of
power electronics and mechatronics are described. The first example is a
step up-down converter. The mechatronics applications are: simulation of a
pseudo-linear system (friction and stiction), frequency-voltage control of
an induction motor, vector control of an induction motor, wrist stiffening
of a bilateral Master-Slave force reflecting servomanipulator, control of
articulated boom of JET (Joint European Torus) and finally, active control
of an electromagnetic suspension system. For each application example, the
teaching includes a theoretical part (modeling, control design) followed by
the validation on a PC. As a conclusion, general design methodologies are
outlined and advantages and drawbacks of Matlab/Simulink are summarised.

Contents
General considerations on the numerical simulation
- Modelling
- Integration algorithms
- Quantization and numerical problems

Overview of Matlab/Simulink
- Building blocks
- M-files and MEX-files
- Simulation algorithms and step size control
- How Simulink works

Applications
- Set up-down (Buck-Boost) converter
- Simulation of a pseudo-linear system
- Frequency-voltage control of an induction motor
- Vector control of an induction motor
- Wrist stiffening of a bilateral Master-Slave force reflecting servomanipulator
- Control of an articulated Boom of JET
- Active control of an electromagnetic suspension system

Intended for: design engineers, industry applicationengineers, reserchers

Course Faculty: Dr. Silvio Colombi, Laboratoire d'Electronique
Industrielle, Ecole Polytechnique de Lausanne, Switzerland

T6: Application of fuzzy logic and neural network techniques to modern
electrical drives by P. Vas and M. Zigliotto
The seminar intends to present a comprehensive state-of-the-art of the FL
and ANN applications to the drives. For each topic, the theoretical
background will first be given, mainly focusing on the aspects that have
direct practical implications. Then, several practical examples of
application to a.c. and d.c. electrical drives will be explained in
details, showing both simulation and experimental results. Comments and
cross-comparisons will finally awaken the audience to the problems and the
application niches in which FL and ANN can profitably be used, not as a
fashion, but as an effective and innovative scientific tool.

Tutorial programme
A. Introduction: Artificial intelligence-based controller advantages
B. Fuzzy logic and applications
Fundamentals, Definition, Classical crisp set, classical set operations
versus fuzzy set and fuzzy set operations, membership functions and fuzzy
logic operators, Mamdani-type fuzzy controller, worked out numerical
example, Sugeno fuzzy system; On-line and Off-line implementation -
features and comparisons; Hierarchical and parallel fuzzy logic controllers
(HFLC, PFLC) - methods of synthesis; Application of fuzzy logic to
electrical drives: speed and position control of a d.c. drive; speed
control of a switched reluctance motor drive; estimation of airgap flux in
an induction motor drive; vector controlled induction motor drive; direct
torque controlled induction motor drive; Fuzzy Knowledge Based Systems:
fuzzy logic automatic design of electrical machines
C. Neural network applications
Fundamentals, ANN model, activation functions, single-layer ANN,
Multi-layer ANN, unsupervised ANN: Kohonen self-organising map; Harmonic
estimation using the Kohonen map; Learning algorithms, back-propagation
algorithm, competitive learning; ANN identification, control; Examples
(d.c. drives, etc..)
D. Adaptive fuzzy-neural network applications
Various fuzzy-neural architecture, including the Sugeno model; Adaptive
fuzzy-neural controlled DC drive; Adaptive fuzzy-neural controlled
vector-controlled induction motor drive
E. Commercial fuzzy and neural software

Duration: 1/2 day, 8.00 to 12.00

Course Faculty: Prof. P. Vas, University of Aberdeen, UK, and Mr. M.
Zigliotto, University of Padova, Padova, Italy

Sunday 7 September 1997 - 8.00 to 17.00, at NTNU campus, Trondheim

T7. Neural nets and Fuzzy Logic; applications for motion control by D. Schröder
This tutorial would cover an introduction to different aspects of problems
in motion control as multi-mass-systems with elasticities and damping,
different ways of modelling the control of such systems, their influence of
non-linearities like friction and backlash. Transformations of non-linear
to linear systems, stability and convergence, fundamental aspects of neural
nets and Fuzzy logic as general multi-dimensional non-linear functions
approximators, Neuro-identification of non-linear systems,
Neuro-Identification and feed-forward-compensation; global linearization
with neural nets, global non-linear control with fuzzy logic, including
stable adaptive and convergent learning, modifications of the strategies
for practical applications, practical applications.

Course Faculty: Prof.Dr.-Ing.Dr.-Ing.hc D. Schröder, Technical University
of München.

T8. Simulation of Power Electronics and Motor Drives using PSpice by O.
Apeldoorn, N. Mohan and M. Giesselmann


SPICE is a general-purpose program used around the world for modeling
electronic circuits. PSpice, one of its leading commercial versions, is a
very powerful tool for modeling power electronic systems and motor drives.

This course will illustrate the use of Pspice in power electronics
and drives using the evaluation version of Pspice version 7.1 running under
Windows95. Both the basic aspects of using Pspice as well as utilizing its
advanced capabilities will be covered. This course will be divided into the
following parts:

- PSpice basics and use of schematic capture. No more hassles with writing
text files - just draw the circuit using available components (and/or make
your own components) and simulate. 1-1/2 hours. NM, OA, MG.
- Simulation of various commonly-used converter topologies and control in
time domain. Use of averaged models and response in time domain, as well
as in frequency domain. 1-1/2 hours. OA, NM
- Issues in detailed modeling of semiconductor devices in Spice. Diodes,
MOSFETs and IGBT models. 2 hours. OA
- Modeling of motor drives. d- and q-axes modeling, vector control of
drives. 2 hours. OA and MG.

No prior knowledge of PSpice is required. Bring your notebook PCs (486 or
higher) with a CD-ROM drive and a disk drive to load up the powerful
evaluation version of PSpice and other software.

Throughout the course, instructors will use a PC to demonstrate PSpice
usage and the output will be projected on a big screen.

Each participant will receive the following:

- course notes and examples discussed during the course on a
diskette, and
- an opportunity to load software on your own notebook computers
(486 or higher, 8 MB RAM, Windows95 and the display supported by it, CD-ROM
and a 3-1/2 inch floppy drive, a mouse).

Intended for: Engineers involved in the design of power electronic and
motor-drive systems. Educators interested in computer-aided education of
power electronics and motor drives.

Course Faculty: Prof. Ned Mohan, University of Minneota; Mr. Oscar
Apeldoorn, Univ. of Aachen; Prof. Michael Giesselmann, Texas Tech.
University; Prof. William P. Robbins, University of Minnesota.

Sunday 7 September 1997 - 8.00 to 17.00, at NTNU campus, Trondheim

T9. Design with Power Semiconductors by J. M. Peter

1. The power semiconductor today
1.1. Basics about power semiconductors in switching mode
Diode, bipolar transistor, thyristor, MOSFET, IGBT, MCT, GTO. Max. ratings
definitions, Influence of the max voltage, Safe operating area, drive.
1.2. Fast recovery rectifier, the weak component
Turn-off behaviour, consequences, losses, overvoltages, noise current
spikes. The circuit has an influence.
1.3. Drive and protection
1.4. The power component in the field
Data sheets, typical and maximum values, second source, reliability and
safety margin.
1.5. Hard and soft switching
Component behaviour in zero-voltage switch and in zero-current switch.
1.6. Power integration
What is specific from power, monolithic and hybrid technologies, system or
improved component, smartpower, limits, what can be integrated, what cannot
be integrated today, examples, power modules, IMPs, advantages and
disadvantages of power integration, forecasted evolution.

2. Forecasted evolution
2.1. The power electronics world changes
Power electronics evolution and main requirements, from "high tech" to
"heavy industry", strategic and volume components, progresses and
improvements
2.2 Consequences for the power semiconductors
Discrete and integrated devices, new devices? or new control methods?
MOSFET and IGBT trends, some bipolar components more alive in the field of
high power, competition between the turn-off components in high power GTO
or IGBT? the fast rectifier always the weak point?
2.3. Consequences for the design
Design strategy

Intended for: All engineers involved in the design process of new materials
using power electronic components; teachers and dr. students can also take
full advantages of the contents of the course.

Course Faculty: Prof. J. M. Peter, SEE, Professor and consulting

T10. Drives and electric parts of EVs by H. Kahlen, P. Ferraris, G.
Maggetto, B. Hauck.

Abstract:
The important electrical parts of an EV work together with power electronic
and electronic controlled systems. The tutorial will give an understanding
of the drive system and the goals for the necessary power electronic parts
for the different drives.
Battery charging needs well controlled chargers and good equipments for
conductive and inductive connection. The spectrum for the power electronic
parts goes from net frequency to high frequencies.

Contents:
- Electric vehicle drive systems and their structures (H. Kahlen)
This part will discuss the drive system consisting of electrical as well as
mechanical parts: single or multi-motor drives, transmission, hybrid
systems, etcŠ
- Drive Motors (P. Ferraris)
- Motors (permanent magnets, axial and transversal flux machines) (R. Nilssen)
- Water cooled inverter for the Volvo EEC EV (M. Hernes)
- Power electronics converters for electric vehicle drive systems (H. Kahlen)
This part will discuss the different power semiconductor available for the
design of converter circuits, choppers, inverters, Š
- Charger for EV Batteries, on-board/off-board inductive (G. Maggetto)
Analysis and discussion of different types of chargers used practically
nowadays on-board and off-board the electric vehicles, including conductive
and inductive charging systems.
- Electronics and Monitoring (B. Hauck)
This part emphasizes the small signal electronics used in the electric
vehicle: microprocessors, bus systems, memories, etcŠ to monitor and
communicate.

Intended for: Power electronics and drives people with interest for the
future of electric and hybrid vehicles

Course Faculty: Prof. Hans Kahlen, University of Kaiserslautern, Prof.
Paolo Ferraris, Politecnico di Torino, Prof. GastonMaggetto, Vrije
Universiteit Brussel, Prof. Bernhardt Hauck, University of Kaiserslautern,
Prof. Robert Nilssen, NTNU, Mr Margnar Hernes, EFI

Sunday 7 September 1997 - 8 h to 17 h, at NTNU campus, Trondheim

T11. Understanding and complying with CISPR and IEC 1000 Standards on EMC
by A. Zuccato, L. Rossetto.

Since January 1996, electrical and electronic equipment sold in the
European market must bear the CE mark which attests compliance to EMC
standards, which take into account both radiated and conducted noises in a
very wide frequency range (up to 1 GHz) and require several emission and
immunity tests (including electrostatic discharge, fast transients, surge
voltages etc.).
The first part of the tutorial reviews the standards regarding
low-frequency emission and immunity to line disturbances, and in particular
IEC 1000-3-2 which limits the low-frequency harmonic distortion (from 50 to
2000 Hz) of equipment with rated current less than 16 A per phase. Common
problems and misunderstandings in applying the norms are addressed and
operational experience is reported for various families of industrial and
domestic loads. Then, basic passive and active power factor correction
techniques are illustrated and compared.
The second part of the tutorial reviews CISPR and IEC standards regarding
conducted and radiated noise emission and immunity. Typical problems
arising from their application are discussed from a practical point of view
and mitigation guidelines are given.
Lastly, the design of a power factor corrector circuit complying with all
the above standards is illustrated.

Program:
8.30-8.45         Introduction: EU 336/89 Directive - CE Mark               (A.Zuccato)
8.45-9.15         Low-frequency Standards (A. Zuccato)
        - Harmonic pollution (IEC 1000-3-2; IEC 1000-3-4)
        - Flicker (IEC 1000-3-3; IEC 1000-3-5)
        - Immunity to line disturbances (IEC 1000-4-11)
9.15-10.00        Origin of harmonic pollution - Corrective provisions
        (L.Rossetto)
        (passive filters, power factor correctors, etc.)
10.00-10.30       Coffee break
10.30-11.00       Introduction to high-frequency EMI
(L.Rossetto)
11.00-11.45       CISPR emission and immunity standards
        (A.Zuccato)
11.45-12.30       Mitigation guidelines and example of application: design and
implementation of a PFC (L.Rossetto)
12.30-13.00       Discussion

This tutorial is mainly devoted to design engineers, industrial application
engineers and industrial users.

Highlights:
- overview and interpretation of EMC standards
- practical impact of EMC standards on typical industrial and domestic products
- basic mitigation techniques
- design example: boost power factor corrector

Course Faculty: Dr. Leopoldo Rossetto, PhD, Dept of Electrical Engineering,
University of Padova, Padova, Italy, Dr. Alessandro Zuccato, PhD,Director,
CREIVen - Research Consortium in Industrial Electronics, Padova, Italy

KEYNOTES

Opening session

Monday: 8h30 to 9h15

Norway's energy situation: Oil, Gas and Hydro Power - Norway as a pump
storage power plant for Europe, by Odd H. Hoelsæter, President & CEO of
Statnett

Odd Håkon Hoelsæter is President and CEO of Statnett SF (The Norwegian
Power Grid Company). Stanett SF is the Norwegian System Operator, the
owner of, and operates the major part of the high voltage transmission grid
in Norway and the interconnections with foreign countries. Statnett is
also the owner of 50 % of Nord Pool ASA, the Nordic Power Exchange.
Since Stanett SF was established in January 1992, Mr. Hoelsæter has
possessed the post of President.
Mr. Hoelsæter obtained his electrical engineering degree (Msc) at the
Norwegian Technical University in 1969.
He started his career with Samkjøringen av Kraftverkene i Norge (The
Norwegian Power Pool). He left the Pool in 1980 to first take up the
position of Technical Manager at Årdal og Sunndal Verk AS and then as
Director for Hydro Aluminium Energy in Årdalstangen. He then rejoined the
Norwegian Power Pool in 1989 as Executive Vice President.
Currently, he is a Board Member of Employers' organisation of Norwegian
State-Owned Enterprises; Vice President of NORDEL and the Norwegian
representative to Eurelectric's section SEN. He is a former member of
UNIPEDE's Large Systems and International Interconnection Study Committee.

Keynote 1: Monday: 14:00 to 14:45
Integration of power components, state of the art and trends, by André A.
Jaecklin, ABB, K. Rischmüller, SGS-Thomson Microelectronics and Leo
Lorenz, Siemens

Part 1 by A. Jaecklin
The field of high power applications has recently experienced a strong push
from advances in device development. On one hand, Insulated Gate Bipolar
Transistors (IGBT) in the form of hybrid modules are continuously
increasing their limits in current („ 1500 A) and voltage (up to 4500 V).
In the highly demanding market of traction applications, reliability has
become on of the crucial issues, however. On the other hand, based on the
classical Gate-Turn-Off thyristor (GTO), a new element has been conceived,
called the Integrated Gate Commutated Switch (IGCT). This device implies a
rigourously reduced leakage inductance combined with a gate drive unit
implemented into the structure. Applying a hard gate drive (hard driven
GTO) opens the way to high voltages (> 10 kV) by means of multiple series
connection as well as to reduced losses due to snubberless operation.
Essentially, these two approaches are complementary.

Part 2 by K. Rischmüller
This part was not available by the time of printing


Part 3 by L. Lorenz
Power semiconductor components, including their further development as
monolithic power ICs, and hybrid system integration are the driving forces
behind advances in power electronics systems, particularly with regard to
energy savings, improved control response, noise redustion, size and weight
reduction and cost minimization. The first attempt at hybrid integration
was the implementation of IPM's, ASIPM's and PIM's. The PIMs and ASIPMs
currently known consists of a package containing all the power switches
including brake chopper with drive/protection circuitry. However, today's
IPMs, ASIPMs have several advantages concerning interface, cost and system
requirements. As a result of all these disadvantages, these solutions have
no future and will be superseded by system integration in the medium term.
This paper highlights the new approaches to system integration based on
chip level.

The authors:

André A. Jaecklin is Head of Basic Development with ABB Semiconductors. He
is also Titular Professor at the Swiss Federal Institute of Technology
K. Rischmüller was head of application systems with Sescosem, after Thomson
Semiconductors and is currently with SGS-Thomson Microelectronics. He is
author of numerous application notes on power semiconductor devices.
Leo Lorenz is involved in the development of power semiconductors with
Siemens in Munich. For 10 years he is in a management position in several
areas of power semiconductors .

Tuesday 14:00 to 14:30
Needs for solutions and new areas of applications for power electronics

by Prof. Lars Gertmar, ABB Corporate Research and Lund Institute of Technology

The keynote speech will partly serve as a visitor',s guide for the
delegates. Based on available information on EPE'97 papers and some
previous ones, some of the achievements will highlighted as specific
examples and as an introduction to the two following sections of the
speech.
The second part will cover the trends in some societies and the potential
applications of the power electronics in Transmission & Distribution, T&D
and Adjustable-Speed Drives, ASDs. There are challenges to generate
electrical power from various sources to transmit & distribute power as
well as to save energy. The competition between electromechanics and power
electronics will also be a subject as well as hybrid solutions, especially
in T&D.
Finally, the author hope to challenge the audience to focus their future
work not only on incremental steps on existing and nearby technologies but
also on paradigm shifts towards compact, light-weight, easy-to-install,
low-emission, compatible and sustainable solutions based on power electronic
s.

The author:
Lars Gerttmar is:
Corporate Senior Scientist at ABB, in Electrical Machines and Drives
 Professor at LTH, in Power Electronic Drives
D.Sc. at CTH, in Power Electronics, Ph.D. in Electrical Machines
He has:
17 years industrial experience from R&D and product development partly also
from practical troubleshooting on electric machines, power electronics,
drives and electric measurements.
15 years experience from university R&D as well as under- & post-graduate
education
Experiences as manager, project leader, senior scientist coordinator
(invited) lecturer, referee, etc.
and from ABB's visionary & strategic works, R&D program boards and
management, etc.

Wednesday 14:00 to 14:30
The electric vehicle, by Prof. Hans Kahlen, University of Kaiserslautern,
Germany and Prof. Gaston Maggetto, Vrije Universiteit Brussel, Belgium

The interest and importance of electric and hybrid vehicles is nowadays in
a very strong promising phase. The state of California has defined by law
an introduction programme imposing 10 % sales of electric vehicles by 2003
and 25% of hybrid vehicles i.e. a market of respectfully 300.000 electric
and 750.000 hybrid vehicles. Other states are following the same
regulations.
In Europe, countries such as France, Switzerland, Sweden, Belgium, ... are
also demonstrating big interest through a number of programmes going from
pure market penetration up to R&D activities.
Japanese car manufacturers seems to engage a competitive action against the
american 'big three" colleagues. In such a contest, it is clear that
technology has reached a high grade of maturity but undergoes in the same
time a rapid evolution. The scope of this keynote is to describe and
discuss the state of the art in the field of motorisation, power
electronics, converters, charging infrastructure and surely batteries and
all types of energy sources for hybrid vehicles.
The authors are well-known experts in the field. They will provide basic
information, more specialised information and show the way for the
necessary R&D activities such as for demonstration activities

The authors:
Prof. H. Kahlen is Professor at the University of Kaiserslautern. He is
Past-President of AVERE, the European Association of Road Electric
Vehicles. Formerly, he was responsible of the Brown Boveri (presently ABB)
programme for drives for electric vehicles and the development fo the NaS
battery. He is involved in a number of EU programmes concerning electric
vehicles and batteries. He has more than 25 years experience in the field.

Prof. G. Maggetto is Professor at the Vrije Universiteit Brussel, President
of the Belgian Section of AVERE, Vice-president of AVERE, Secretary General
of CITELEC, Association of cities interested in electric vehiles. He is
also responsible for the world conference on electric and hybrid vehicles,
EVS-15 in 1998 and is involved in a number of EU programmes concerning
electric and hybrid vehicles. He has more than 20 years experience in the
field.

DISCUSSION SESSIONS

Some workshops will issue a written report of the discussions. The final
programme will be available on site

Application specific power modules

Animators: Denis R. Grafham, European Applications, Advanced Power
Technology Inc., Rixensart, Belgium and Serge Bontemps, Manager
Engineering, Advanced Power Technology Europe, Mérignac, France

Topic:

The fastest route to highly-integrated power management solutions.
Marries high performance to cost effectiveness, state-of-the-art packaging
with insurance against reverse engineering.

Issues for discussions:

- Where are ASPMs relevant?
- Are custom power modules really cost effectives?
- How do ASPMs relate to modern silicon technology?
- What are the most approrpiate substrate materials?
- Air or water cooling?
- How to optimize electronic circuit design.
- Driver, protection and supervisory accessories.
- Packaging flexibility.
- Input and out[ut bussing, power and signal.
- Noise immunity.
- Power circuit layout for minimum strays.
- Environmental considerations.
- Use of Surface Mount Components.
- Reliability.
The relationship between users and manufacturers in power electronics

Animator: Enrique J. Dede, Professor of Power Electronics at the University
of Valencia and R&D Director of GH-ELIN, Secretary: José A. Carrasco,
Assistant Professor of Power Electronics at the University of Valencia

Topic:

The aim of the discussion will be to explore the needs of the users of
power electronics related to active components, passive components as well
as the specification of the components and other requirements as
standardisation, regulations etc... in order to make a list of "wishes" and
to find out what manufacturers can provide from this list of wishes.

High power integration,

Animator: Prof. André A. Jaecklin, ABB Corporate Research, Secretary: Dr.
Stefan Linder, ABB Semiconductors

Topics:
a. IGBT:          - module construction (e.g. high frequency design)
        - high voltage devices
        - high current devices (large scale parallel connection)
        - reliability problems (partial discharge; testing methods)
b. IGCT - basic concept
        - drive circuits
        - optimum snubber
        - applications.

Smart power in the automotive industry

Animator: K. Rischmuller, SGS Thomson
Topic description not available at time of printing

Smart power in dc-dc converters below 100 W

P. Lindman, Ericsson Components

- integration of passive components
- cost vs. integration level
- flexibility vs. integration level
- performance: integration vs. discrete
- encapsulation
Impact of integration on power electronic design

Animators: Jean Marie Peter, SEE and Consulting; Prof. Philippe Lataire,
Vrije Universiteit Brussel

The data processing job was completely transformed by the signal
integration. The power integration is coming slowly, because there are a
lot of specific problems in power (Thermal, current density, mutual
component interaction, cost, etcŠ), but will arrive in the market. What
could be the consequences in power electronics.

GTO or IGBT

Animators: Jean Marie Peter, SEE and Consulting; Prof. Philippe Lataire,
Vrije Universiteit Brussel
A lot of progresses have been done in the field of high power IGBT. This
component is now from 200 kW to several Megawatts a useful device. A big
progress has already been done with the hard driven GTO called GCT. What
are the main advantages and disadvantages of each components, what could be
the optimal application field?

Teaching

Animator: Dr. Richard Duke, University of Canterbury, New Zealand
The occasion of EPE brings the rare opportunity for international
comparisons of power electronics educational systems. Each country of
group of closely associated countries has developped its own unique
educational system and power electronics education has developed and
flourished in different ways to meet varying needs. What position does
(should) power electronics hold in the undergraduate (graduate) programme?
Should power electronics be a required course for all EE's, for all EE's
specialising in power or is an elective arrangement more appropriate?
There is a commonly held perception that power electronics education is
often inadequate, especially with respect to practical experience in
instructional laboratories. Should lectures and laboratories be an
integrated package or are separate laboratory courses more appropriate?
Are the traditional electrical machnies courses still appropriate or should
there be more effort to integrate power electronics into such courses?
To initiate discussion of these question, and others, some brief results
from international survey of power electronics education in Australasian
and North American Universities will be presented.

Software Packages and Experiences in Simulating Power Electronics and Motor
Drives

Animators: Prof. Ned Mohan, Dept. of Electrical Engineering, Univ. of
Minnesota, Minneapolis, USA; Prof. Eisuke Masada, Tokyo University

In this discussion group, capabilities of various simulation packages will
be presented for modeling of power electronics and motor drives. Users of
these packages will describe their experiences.


FACTS

Animators: Prof. Hirofumi Akagi, Okayama University and Prof. Tore
Undeland, NTNU, Norway

This discussion session provides an informal discussion about the state of
the art of FACTS devices, and about future prospects and directions,
including the personal views and expectations of
participants.
EMC

Animator: Prof. Paolo Tenti, University of Padova

- CISPR and IEC standards regarding conducted and radiated noise emission
and immunity
- typical problems arising from their application
- mitigation guidelines

Sensorless ac drives

moderator to be chosen
Topic description not available at time of printing
Large industrial drives

Animators: Jacques Coureault, Directeur Technique and Henri Godfroid, Chef
de Service, Division Ensembles Industriels, CEGELEC

Machine/Converters arrangements commonly used and new trends.

POST CONFERENCE TRIPS

Post Conference Technical Trips

1. Visit at Hydroelectric power stations

In the river Nidelva, which runs through the city of Trondheim, the energy
company Trondheim Energiverk (TEV) operate seven of its hydroelectric power
stations. A technical tour to two of these stations will be arranged.
Although the river is regulated for hydroelectric power production it is
considered as one of Norway's best fishing sites of Salmon with a record of
catch-up of up to 1 ton per km/year along the stretch where fishing is
allowed.
Nedre Leirfoss is a power station which was put into operation in 1910. The
installed capacity is 12 MW and the average production is 67 GWh/year.
TEV has a small museum at Nedre Leirfossen which shows the evolution of the
technology at their power stations from 1910 until today. The Brattsberg
power station is a typical example of the new generation Norwegian power
stations and was put in operation in 1977. It is located inside the
mountain and water is led through tunnels (not pipe-lines) to the turbines.
The installed capacity is 120 MW and the average production is 600
GWh/year.
The participants will be picked up by bus in the centre of Trondheim at
10.00 on Thursday 11 Sept. A light lunch will be provided at Brattsberg
Power station. After the visit, at 13.00, the participants will be
transported directly to Trondheim Airport, Værnes, by bus.

Fee for the tour: 100 NOK

2. Visiting Siemens A/S, Trondheim,

Siemens A/S is a worldwide company with sites in 181 countries. Siemens A/S
was established in Trondheim since 1908. For the time being Siemens has
2750 employees in Norway and 830 out of these are in Trondheim. Siemens A/S
in Trondheim has two factories. One produces electric heaters and the
other produces middle voltage equipment, motor control cubicles and power
electronic circuits.
Siemens A/S power electronics department is in Trondheim. This department
is a competence centre for power electronics in Siemens A/S. The Power
Electronics department is specialised in UPS, rectifiers for aluminium
industry and converters for railway power supply.
On this visit to Siemens A/S here in Trondheim you will get the opportunity
to get a presentation of Siemens A/S in Trondheim especially the Power
Electronics Department and to visit the factory. After lunch there will be
a guided tour to Stavne converter station which as 2 MVA, 16 2/3 Hz
converter for railway power supply. Siemens A/S was the contractor to this
converter station.
The bus will collect you at Trondheim centre at 09:00 and return at 14:00
to Trondheim Airport, Værnes.

Fee for the tour: 100 NOK
3. Train trip to Adtranz near Oslo

Adtranz is organizing transportation from Trondheim to Oslo by train. We
start in Trondheim about 8.00 in the morning, then we will pass the
mountain plateaus and see the glaciers in full daylight. There will be a
draw, one of our guests will be invited to stay in the locomotive from
Oppdal to Dombås. This is over the largest mountain plateau, where also the
speed is fastest.
We will present our locomotives in the train as we go along with emphasis
on the EL 18 locomotive of our train. Of couse we will tell a lot about the
tilting trains. We just got one order of16 (!) trains to the Norwegians
State Railways of one Billion NOK. In Norway straight rails are rare, 80%
of the distance is a curve. So tilting trains is the only way to increase
the speed. There is not enough trafic to allow for new railways.
We will serve coffee and later on lunch in the train.
The first EL 18 locomotive was delivered from the Strømmen factory of
Adtranz Norway in the Summer of 1996. It is the first of a series of 22
locomotives, all will be made before 1998. Both passengers and goods will
be pulled by these new locomotives, and a lot of more than 30 years old
locomotives will be replaced. EL 18 is a Norwegian modified version of the
Loc 2000 family. The specifications of the Norwegian State Railways are
among the strictest in the world due to rough weather, temperature
extreemes and blowing snow particles. In addition there are problems with
condensation in the long tunnels.
The locomotive is made with welded steel and some copper to avoid rust. The
cabin for the engineer is made with a low weight glasfibre sandwich design.
The boggies are radial controlled and follow the rails with low friction,
better utilization of the traction power and less wear of the wheels and
the rails than the older locomotives. Robust induction motors controlled by
GTO voltage source inverters are Adtranz standard technology.
Also the rectifier converters are like this, providing four quadrant
sinusoidal 16 2/3 Hz input current. The maximum power at the wheels is 5.88
MW and the maximum speed is 200 km/hour.
The train will stop close to the Strømmen factory just outside Oslo, at
about 14:40. There we will invite you to a special press conference where
we will disclose a new train! Our international EPE '97 guests will improve
the atmosphere of the presentation, so we will both benefit from this.
We will provide buses for you that will drive you from Strømmen through
Oslo downtown to the airport. You will arrive at the Oslo airport Fornebu
at about 17:00.

Fee for the tour including train ticket and bus in Oslo: 420 NOK

LECTURE SESSIONS

The papers listed hereunder are those provisionally accepted for lecture
sessions. Those papers will be submitted to further reviewing by the
session chairmen and topic chairmen and the final programme of the lecture
sessions will be chosen among the papers listed hereunder.

Monday 8 September 1997, 9h30 10h30

Session L1a: Passive components (Prof. J. Uceda, University of Madrid,
Spain; t.b.d.)

Super-capacitors for peak load shaving of batteries
R. Bonert, University of Toronto, Canada, S. Reichert, University of
Karlsruhe, Germany

Impedance adapter transformer - 300 kHz/2MVA for induction heating generators
M. Gillot, Ecole des Hautes Etudes Industrielles, J. Nuns, EDF, France

Session L1b: Renewable Energy Systems (Prof. H. Stemmler, ETH Zürich,
Switzerland;T. Toftevaag, EFI, Norway)

Modelling and Experimental Investigation of Energy Conversion Systems
Employing Wind-Driven Induction Generators with Electronically Controlled
Self-Excitation
Antonio Di Gerlando, F. Castelli Dezza, R. Perini, Politecnico di Milano, Italy

Power electronic interface for unconventional small size stand alone wind
energy conversion system
G. Lo Bianco, F. Caricchi, F. Crescimbini, O. Honorati, University of Rome
"La Sapienza", Italy

An Efficient Photovoltaic Pump System using a Permanent Magnet Sychnronous
Motor Drive
S. Van Haute, St. Henneberger, K. Hameyer, R. Belmans, Katholieke
Universiteit Leuven, L. De Gheselle, W. Coppye, IMEC, Belgium

Single Cell Module Integrated Converter System for Photovoltaic Energy
Generation
J. Riatsch, H. Stemmler, R. Schmidt, Swiss Federal Inst. of Techn. -
ETH-Zentrum, Switzerland

Session L1c: Electronic power supplies systems (Prof. J. L. Van Eck, ULB,
Belgium; O. Boe, Siemens Norway)

Ni-Cd and Ni-MH battery fast-charger for portable applications based upon
an intelligent IC
M. Gonzalez, Miguel A. Perez, J. Diaz, F.F. Linera, P. Martinez, Iberdrola,
Spain

Large-Signal Modeling Subharmonics and Bifurcation Behavior of PWM
Switching Converters
Henry Chung, K. K. Tse, S. Y. R. Hui, City University of Hong Kong, Hong Kong

Session L1d: Control methods (Prof. W. Leonhard, University of
Braunschweig, Germany; Prof. J. P. Louis, LESIR, France)

Fuzzy Logic Control Optimization of Electrical Systems using Experimental
Designs
D. Hissel, P Maussion, Institut National Polytechnique de Toulouse, France

Neuro-Fuzzy Controller in a Field Oriented Control for Induction Motors
L. Baghli, H. Razik, A. Rezzoug, GREEN, France

Fuzzy Control for Electrical Drives?
Kai Michels, Technical University of Braunschweig, Germany

This session includes a panel discussion


Monday 8 September 1997, 11h00 to 13h00

Session L2a: Special session IGBT/GTO (J. M. Peter, SEE, France; P. Aloïsi,
Motorola, France)

IGBT based integrated power module for high power traction converter
Gerald Hilpert, Thomas Züllig, ABB Daimler-Benz Transportation Ltd, Switzerland
Multichip High Power IGBT - Modules for Traction and Industrial Application
K. H. Sommer, R. Spanke, eupec GmbH & Co KG, Lefranc, Siemens AG, Germany

A New Range of Reverse Conducting Gate-CommutatedThyristors for
High-Voltage Medium-Power Applications
Stefan Linder, Sven Klaka, Mark Frecker, ABB Semiconductors AG, Switzerland

Including a panel discussion

Session L2b: EMC (Prof. L. Pierrat, EDF, France; Mari Haugen Jensen,
Unitech, Norway)

Behaviour of three-phase convertors during voltage sags
M H J Bollen, Chalmers University of Technology, Sweden, D B Patel, P Wang,
N Jenkins, Manchester Centre for Electrical Energy, United Kingdom

Reduction of Conducted Line Emissions in voltage-fed pulsed inverters by
using suppressor capacitors in the intermediate circuit
S. Guttowski, H. Jörgensen, K. Heumann, Technische Universität Berlin, Germany

Predictive Correction Method for fast Control Tasks with respect to the
Example of Static VAR Compensation of Arc Furnaces
Gustav Vaupel, Fachhochschule Hamburg, Lê Thanh-Nam, Siemens AG, Germany

Electromagnetic radiation from power electronics circuits
M. Youssef, J. Roudet, Y. Marechal, Laboratoire d'Electrotechnique de
Grenoble, France

Standardisation in Power Electronics
J. L. Sanhet, CEGELEC

Session L2c: Modulation strategies (P. Thøgersen, Danfoss drives, Denmark;
P. Vadstrup, Grundfos, Denmark)

Analysis of spectral effects of random PWM strategies for voltage-source
inverters
Andrzej M. Trzynadlowski, University of Nevada, USA, R. Lynn Kirlin,
University of Victoria, Canada, Michael M. Bech, Frede Blaabjerg, John K.
Pedersen, Aalborg University, Denmark

Novel Random PWM Method Based on Normally Distributed Random Data
Bin Kaku, Ichiro Miyashita, Toyo Electric Mfg. Co Ltd, Satoru Sone, The
University of Tokyo, Japan

Novel Space Vector Modulation Strategy for a Four-Switch Three-Phase
Inverter Motor Drive Applications
Darwin T.W Liang, University of Bradford, United Kingdom, Jiang Li,
Zhejiang University, P.R. China

Comparison of modulation strategies for B4-inverters
Frede Blaabjerg, Aalborg University, Denmark, Dorin Neacsu, Technical
University of Iasi, Romania, John K. Pedersen, Aalborg University, Kragh
Henrik, Grundfos A/S, Denmark

Random PWM Inverter Current Controller
C.B. Jacobina, E.R.C. da Silva, A.M.N. Lima, R.L.A. Ribeiro, Universidad
Federal de Paraíba, Brazil

Optimal space vector modulation technique applied to high power 3 levels
GTOs inverter for asynchronous motor drives
Luciano Puglisi, Università degli Studi di Genova, M. Carpita, Ansaldo
Ricerche SrL, M. Baragli, G. Striano, Università degli Studi di Genova, C.
Bacigalupo, Ansaldo Ricerche SrL, Italy

A PWM strategy using a discontinuous modulating signal for full-bridge inverters
Ciro Picardi, A. Eisinberg, G. Palmieri, Universita' della Calabria, Italy

Session L2d: Electronic power supplies systems (Prof. M. A. E. Andersen,
Tech. University of Denmark; K. Vangen, Unitech, Norway)

Analysis and Design of A Three-Phase Inverter with A Neutral Leg
Richard Zhang, Dusan Boroyevich, V Himamshu Prasad, Hengchun Mao, Fred C.
Lee, Stephen Dubovsky, Virginia Polytechnic Institute and State University,
USA

Active Power Factor Correction of a Single Stage AC-DC Converter with Reactive Power Control
M. Butler, W.G. Hurley, University College Galway, W. Wölfle, Convertec
Ltd., Ireland

Universal-input unity power factor rectifier using a novel sepic-derived
topology
Ned Mohan, Hari Sree, University of Minnesota, USA, Johann W. Kolar,
Technical University of Vienna, Austria

Parallelling Power Converters for AC-DC Step-Down Power Conversion with
Inherent Power Factor Correction
S. Y. R. Hui, City University of Hong Kong, Hong Kong, H. Yee, University
of Sydney, Australia

Single Switch AC/DC Power Factor Correction Converter Calid for Both Three
Phase and Single Phase Applications
Oscar Garcia, J.A. Cobos, R. Prieto, J. Uceda, Universidad Politecnica de
Madrid, Spain

Tuesday 9 September 1997, 8h30 to 10h00

Session L3a: Hybrid power Integration (P. Rossel, LAAS, France; U. Jæger,
Danfoss, Denmark)

Evaluation and future prospects of an integration technology for hybrid
multikilowatt power electronic converters
J.D. van Wyk, J.A. Ferreira, L.W. Hofsajer, M.C. Smit, Rand Afrikaans
University, South Africa

Drives go Components - the integration of power control mechanical and
thermal design to make systems components
Gabriel Rupprecht, D-Tech GmbH, Germany

Integral liquid cooled high speed power module
Serge Bontemps, Advanced Power Technology Europe, France, Patrick Sable,
Philippe Despagne, Dennis Grafham, Advanced Power Technology Europe,
Belgium

New Encapsulation Technics for 1MW - 1 to 4 kV High Power IGBT Inverters
E. Ranchy, A. Petitbon, J. Gonzalez, Alcatel Alsthom Recherche, France

Session L3b: Locomotives (Janus Vitins, Adtranz, Switzerland; G.
Zetterberg, Adtranz, Sweden)
Development of Three-Level Power Converter System Using IGBTs for
Shinkansen Trains
Inarida Satoru, Miyake Wataru, Mizuguchi Nobuaki, Mito Works Hitachi Ltd,
Hariyama Takashi, Hoshi Katsuyoshi, East Japan Railway Company, Japan

MITRAC Drive Control Unit for IGBT Converters
Peter Oom, Ingo Gehrke, Christian Endrikat, Ernst D. Lettner, ABB Daimler
Benz Transportation Ltd, Sweden

The static frequency converter of the TRANSRAPID propulsion system -
development and test results
Uwe Henning, P.G. Kamp, Siemens AG, Germany

Power traction converter with 3.3 kV IGBT modules
L. Fratelli, G. Giannini, Ansaldo Trasporti S.p.A., Italy

Session L3c: Servo drives (Prof. M. Jufer, EPFL, Switzerland; Prof. A.
Vandenput, T.U. Eindhoven, The Netherlands)

Field magnitude adaptation in induction motors
H. Rasmussen, Aalborg University, Denmark

Sensorless Field Oriented Speed Control of a Hybrid Stepper Motor Using an
Extended Kalman Filter
C. Obermeier, H. Kellermann, G. Brandenburg, J. Heinzl, T. U. München, Germany

An alternative method to servo motor drive torque ripple assessment
Philip C. Kjaer, University of Glasgow, United Kingdom

Motionless detection of the starting rotor angle of a PMSM
C. Brunotte, W. Schumacher, T. U. Braunschweig, Germany

On line Idenfication and Compensation of Friction Influence of Feed Drives
of Machine Tools
Thomas Frenz, Dierk Schröder, T. U. of München, Germany

State of the art of smooth torque controller
E. Favre, J.-M. Mozzon, A. Crausaz, ETEL S.A., Switzerland

Session L3d: HVDC (Prof. Å. Ekström, ABB; B. R. Andersen, GEC, United Kingdom)

Analysis of an HVdc inverter in the Harmonic Domain
J. Arrillaga, G.N. Bathurst, B.C. Smith, N.R. Watson, University of
Canterbury, New Zealand

Comparison of Alternative HVDC Converter Topologies
M. Pereira, K. Sadek, Siemens AG, Germany, A.M. Gole, University of
Manitoba, D.P. Brandt, Brandt Consultants Inc., Canada

Properties of Capacitor Commutated Converters in long DC cable transmissions
Per Holmberg, Tomas Jonsson, Mats Lagerkvist, ABB Power Systems, Sweden

Random Modulation of Line Commutated Power Converters
Mats Alaküla, Lund Institute of Technology, Sweden

Investigation of the operating performance of a 4-terminal HVDC system
Haus Ring, Forschungsgemeinschaft f Hochspannungs- & Hochstromtechn., U.
Radtke, PreussenElektra AG, Germany

Light triggered thyristor valve for HVDC
L. Popp, Siemens AG, Germany

Tuesday 9 September 1997, 10h30 to 12h30

Session L4a: Monolitic Power Integration (R. Basset , GEC Alsthom, United
Kingdom; J.L. Sanchez, LAAS, France)

A New IGBT with A Monolithic Self-Protection Circuits
P. Aloïsi, John Shen, Stephen P. Robb, France

From the gas tube towards the functional integration of a Solid State
protection in the Telecom Area
Robert Pezzani, Eric Bernier, Christian Ballon, SGS Thomson
Microelectronics, France

Trends in design and technology for new integrated power devices based on
functional integration
J-L. Sanchez, R. Berriane, P. Austin, M. Marmouget, LAAS, France

A CMOS Compatible Smart Power Process with Complete Dielectric Isolation
J. Weyers, W. Rost, ELMOS GmbH, H. Vogt, Fraunhofer-Inst. für Mikroelektr.
Schaltungen u. Syst., Germany, J. Millan, S. Hidalgo, J. Rebollo, Centro
Nacional de Microelectronica CSIC, Spain

A Monolithic Full-Integrated Device For Off-line Switching Power Supply
R. Quaglino, G. Gattavari, SGS-Thomson Microelectronics, Italy

Session L4b: Permanent Magnet Motor Drives (Prof. R. Belmans, K. U. Leuven,
Belgium; Prof. Hans Peter Nee, KTH Stockholm, Sweden)

Sensorless ELBERFELD Control of Brushless DC-motors for Energy-Optimized
Variable-Speed Household Refrigerators
John K. Pedersen, Aalborg University, Henrik R. Andersen, Danfoss
Transmisson Group Denmark, Denmark

Permanent Magnet Multipole 6-Phase Brushless DC Motor for Automotive
Applications
T. Izhar, P.D. Evans, The University of Birmingham, United Kingdom

Accurate evaluation of back EMF and forces in slotless permanent magnet
axial flux machines
Ezio Santini, Augusto Di Napoli, Carmen Santucci, Universtà di Roma "La
Sapienza", Italy

Assessment of alternative current control methods for brushless permanent
magnet motors
G.M. Raimondi, D. Howe, P.H. Mellor, University of Sheffield, U. K.

A Novel Controls-Oriented Model of PM Generator with Diode Bridge Output
Robert D. Lorenz, Michael J. Ryan, University of Wisconsin-Madison, USA

Session L4c: Converter control (Prof. M. Alaküla, Lund Inst. of Tech.,
Sweden; Prof. L. Norum, NTNU, Norway)

Low-cost low-power buck-based input stage meeting the IEC 1000-3-2
line-current-harmonics limits
André S. Kislovski, Ascom Energy Systems, Switzerland

An Intelligent Current Controller using Delay Compensation for PWM Converters
Jin-Woo Lee, Samsung Advanced Institute of Technology, Korea
Multivariable State Feedback Control for Power Electronic Systems
Dong-Choon Lee, Dong-Hee Kim, Yeungnam University, Korea

Simplified Static and Dynamic Models of the 3-loop Active Power Factor
Correction Systems
Sam Ben-Yaakov, Alexander Abramovitz, Ben-Gurion University of the Negev, Israel

Optimized control strategy for two level inverter drive application
oriented to reduce line current harmonics
E. De Paola, N. Palazzoli, Adtranz Italy, Italy, A. Brechter, Adtranz
Switzerland, Switzrland

High-Performance Single-Phase Power Factor Correction Converter Using New
Pulse Integral Value-Related Modulation Scheme and Its Practical
Evaluations
Yasuyuki Nishida, Mutsuo Nakaoka, Yamaguchi University, Japan

Average and Small-Signal Model and Control Design for the Zero-Voltage
Zero-Current Switched Full-Brdige PWM Converter
C. Cuadros, C.Y. Lin, D. Boroyevich, R. Watson, G. Skutt, Virginia
Polytechnic Institute and State University, USA, P. Ribardiere,
Kollmorgen-Artus, France

Session L4d: FACTS (A. Haböck, Siemens, Germany; Prof. H. Akagi, Okayama
University, Japan)

Reactive Power Compensation Using A Unified Power Flow Controller Fed By A
Current Source
J. P. Jäger, Gerhard Herold, FA Universität Erlangen, Germany

Optimal Controller for the combination System of a UPFC and Conventional
Series Capacitors
Ying Jiang, Ake Ekström, Royal Institute of Technology, Sweden

Analytical calculation of 6-pulse current converters in large compensated
networks in steady state
C. Weindl, G. Herold, Universität Erlangen-Nürnberg, Germany

The Hard Driven GTO - the Key Technology for Series Connection of GTOs for
low cost reliable High Power Inverters
P. K. Steimer, H. Grüning, J. Werninger, ABB Industrie AG, Switzerland

MPTC: an economical alternative to universal power flow controllers
Ned Mohan, University of Minnesota, USA

Design of a unified power flow controller for implementation into a micronetwork
Philippe Delarue, C. Bogus, R. Bausiere, Université de Lille - L2EP,
France, M. Crappe, M. Renglet, S. Dupuis, Faculté Polytechnique de Mons,
Belgium

Application of Thyristor Controlled Series Capacitor (TCSC) for Damping of
Electromechanical Oscillations
Ole Johan Hjemås, Statnett SF, Norway, Motjaba Noroozian, ABB Power
Systems, Sweden

Wednesday 10 September 1997, 8h30 to 10h00

Session L5a: Characterization and Applications (Terje Rogne, EFI, Norway;
P. Lindmann, Ericsson Components, Sweden)
Problem of mechanical strength in electronics
V. Roizman, N. Nester, Technological University of Podillia, Ukraine

A New Intelligent Gate Control Scheme to Drive and Protect High Power IGBTs
Hwang-Geol Lee, Yo-Han Lee, Bum-Seok Suh, Dong-Seok Hyun, Hanyang
University, Jin-Woo Lee, Samsung Advanced Institute of Technology, Korea

The Non-Invasive Measurement of chip currents in IGBT modules
P.R. Palmer, B.H. Stark, Cambridge University, United Kingdom

Body diode commutation considerations in series resonant converters
E.J. Dede, J. Jordan, G.H. Elin International S.A., J.A. Carrasco, E.
Maset, University of Valencia, Spain

Session L5b: Sensorless control (P. Tiitinen, ABB Industry, Finland; Prof.
F. Blaabjerg, Aalborg University, Denmark)

Present and future of drives sensorless and artificial intelligence applications
P. Vas, University of Aberdeen, W. Drury, Control Techniques plc, United Kingdom

Speed Sensorless High Performance Control for Traction Drives
M. Depenbrock, Ruhr-Universität Bochum, F. Hoffmann, Siemens Transportation
Systems, St. Koch, Ruhr-Universität Bochum, Germany

A Comparison of MRAS and EKF Estimators for Sensorless Vector Drives
G. J. Armstrong, D.J. Atkinson, University of Newcastle-Upon-Tyne, United
Kingdom

Control of an induction Motor without Shaft Encoder using the VeCon-Chip
O. Fenker, W. Schumacher, Technische Universität Braunschweig, Germany

Synchronous motor drives based on direct flux linkage control
J. Pyrhönen, J. Kaukonen, J. Luukko, M. Niemelä, Lappeenranta University of
Technology, Pekka Tiitinen, Janne Väänänen, ABB Industry Oy, Finland

Position sensorless direct flux linkage control of electrically excited
synchronous motors
M. Niemelä, J. Kaukonen, J. Luukko, J. Pyrhönen, O. Pyrhönen, Lappeenranta
University of Technology, Pekka Tiitinen, ABB Industry Oy, Finland

Direct torque control: application to crane drives
R. Belmans, KULeuven, F. Busschots, ASEA Brown Boveri - Belgium, Belgium

Session L5c: Active filters and harmonics (Prof. R. De Doncker, R.W.T.H.,
Germany; Prof. J. D. van Wyk, R.A.U., South Africa)

A Shunt Active Filter Based on Voltage Detection for Harmonic Damping
throughout a Power Distribution Feeder
Hirofumi Akagi, Okayama University, Japan

Experimental setup of a shunt active filter using a superconducting
magnetic energy storage system (SMES)
O. Simon, H. Späth, Universität Karlsruhe, K.P. Jüngst, P. Komarek,
Forschungszentrum Karlsruhe, Germany

Application of hopfield neural networks to real time frequency and harmonic
evaluation
L L Lai, City University London, United Kingdom, W L Chan, C T Tse, A T P
So, City University of Hong Kong, Hong Kong
Hybrid filtration in conditions of asymmetric nonlinear load current pulsation
Grzegorz Benysek, Ryszard Strzelecki, Technical University of Zielona Góra,
Leszek Frackowiak, Technical University of Technology, Poland

Control laws for MV active filters
P. Michalak, H. Pouliquen, EDF - DER, France

Session L5d: Resonant Converters (Prof. L. Malesani, University of Padova,
Italy; Prof. H. Foch, LEEI, Toulouse, France)

A Single-Phase/Three-Phase Compatible Soft-Switched AC to DC Converter
J.Y. Choi, Korea Institute of Science & Technology, H.S. Mok, Seoul
National Polytechnic University, T.Y. Kim, Jeon-Sung Electric Co, Korea

An Efficiency Study of a Robust and Simple Three Phase Resonant Converter
Stig Munk-Nielsen, Frede Blaabjerg, John K. Pedersen, Aalborg University,
Denmark

Current-source resonant converter in power factor correction
H. Benqassmi, J.-P. Ferrieux, Laboratoire d'Electrotechnique de Grenoble, France

Characterization and Comparison of IGBTs and MCTs in Zero Current Switching
Converters
S. Bernet, ABB Corporate Research Center, Germany

Wednesday 10 September 1997, 10h30 to 12h30

Session L6a: Devices and modelling (Prof. P. Spirito, Univ. of Napoli,
Italy; Prof. G. Bussatto, Univ. of Napoli, Italy)

Simulation/Optimization of IC VDMOS Layout-Dependent Electrostatics
Rainer Thoma, James Victory, Juan Buxo, Tom Zirkle, Motorola Semiconductor
Products Sector, USA, Irenee Pages, Motorola S.A., Philippe Raguet,
Motorola S.A., France

A distributed model of IGBTs for circuit simulation
Ph. Leturcq, J-L Debrie, M. O. Berraies, Lab. d'Analyse et d'Architecture
des Systèmes du C.N.R.S., France

Axial Recombination Center Technology for Freewheeling Diodes
Josef Lutz, Semikron Elektronik GmbH, Germany

Proton irradiated 6kV GTO with full pressure contacts
A. I. Prikhodko, A. M. Surma, All-Russian Electrotechnical Inst., Russia

Switching behaviour of diodes based on new Semiconductor Materials and
Silicon - a comparative study
Manfred Bruckmann, Eric Baudelot, Heinz Mitlehner, Benno Weis, Siemens AG,
Germany

Session L6b: Estimation Techniques (Prof. F. Profumo, Univ. of Bologna,
Italy; W. Wymeersch, Stahlwerke Bremen, Germany)

A novel saturation adaptive rotor flux estimator for rotor flux oriented
induction machines
E. Levi, M. Sokola, Liverpool John Moores University, United Kingdom

Standstill estimation of electrical parameters in induction motors with
optimal exciting signals
Wolfgang Michalik, Dresden University of Technology, Germany

Comparative study of identification methods for induction machines
G. Clerc, D.R. Chouiter, C. Besson, CEGELY - Ecole Centrale de Lyon, N.
Bellaaj M'Rabet, J.M. Retif, CEGELY - Insa, France

Salient pole synchronous motor parameter estimation in a direct flux
linkage controlled drive
J. Kaukonen, J. Pyrhönen, J. Luukko, M. Niemelä, O. Pyrhönen, Lappeenranta
Univ. of Technology, P. Tiitinen, ABB Industry Oy, Finland

Wide Bandwidth Flux Position and Velocity Estimation in AC Machines at any
Speed (including Zero) using Multiple Saliencies
Robert D. Lorenz, M. W. Degner, Univ. of Wisconsin-Madison, USA

Session L6c: Electric Vehicles (Prof. H. Kahlen, Univ. of Kaiserslautern,
Germany; Prof. G. Maggetto, VUB, Belgium)

Electric vehicle drive with surface-mounted permanent magnets for wide
field-weakening range
A. Binder, K. Greubel, B. Piepenbreier, A. Ackva, Siemens AG, Germany

High efficiency drive for electrical vehicles
F. Bernot, Institut de Génie Energétique, L. Gonthier, Technicréa
Engineering SA, S.D. Bocus, S. El Baroudi, A. Berthon, J.M. Kauffmann,
Institut de Génie Energétique, France

Charging Strategies for Electric Vehicles and their Consequences for Power
Supply
H-J. Haubrich, Andreas R. Heider, Aachen University of Technology, Germany

Control and Design Interaction in Hybrid Electrical Vehicles
Morten Hemmingsson, Bengt Simonsson, Mats Alaküla, Gustaf Olsson, Lund
Institute of Technology, Sweden

Design improvements of a gas turbine electric hybrid drive system using
TRIZ conceptual design
Anders Malmquist, The Royal Institute of Technology, Sweden

Design and Control of a Permanent Magnet Synchronous Motor Drive for a
Hybrid Electric Vehicle
S. Van Haute, St. Henneberger, K. Hameyer, R. Belmans, K. U. Leuven, J. De
Temmerman, J. De Clercq, Inverto N.V., Belgium

Session L6d: Power converter circuits and control (H. Godfroid, Cegelec,
France; Prof.. J. W. Kolar, T. U. Vienna, Austria)

Novel Gate Power Supply Circuit Using Snubber Capacitor Energy for
Series-Connected GTO Valves
Taichiro Tsuchiya, Hideo Okayama, Masahiro Kimata, Mitsubishi Electric
Corporation, Japan

High power factor high efficiency bidirectional GTO rectifiers for
locomotive application
J. Bou Saada, P. Colignon, P. Thomas, GEC-Alsthom ACEC Transport, F. Avaux,
L. Delporte, P. Mathys, ULB Elmitel, Belgium

Modular DC-link converter units for the power supply of electrical railway
networks
P.G. Kamp, B. Endres, M. Wolf, Siemens AG, Germany
State-Space Analysis of Diode-Clamped Multi-Level Voltage-Source-Inverters
for Static Var Compensation
O. Pollakowski, Walter Schumacher, Technische Universität Braunschweig,
Germany, Hervé Pouliquen, Electricité de France, France

Control of series multicell converters by linear state feedback decoupling
Olivier Tachon, Maurice Fadel, Thierry Meynard, INP - ENSEEIHT, France

DIALOGUE SESSIONS

Monday 8 September 1997, 14:45 to 17:00

Session D1a: Passive components (t.b.d.)

The Winding Capacitance of Solid and Litz Wires
M. Albach, J. Lauter, Philips Research Laboratory, Germany

An analytical method of characteristics for an orthogonal-core under
consideration of the magnetic saturation and hysteresis
Katsubumi Tajima, Akio Kaga, Osamu Ichinokura, Akita Univ., Japan

Characteristics of magnetizing current and core losses of transformer under
distorted supply voltage generating from electronic converters
L. Pierrat, Electricité de France, T. Tran-Quoc, Institut Nationale
Polytechnique de Grenoble, France

Low inductance fuses against IGBT case explosion
F. Sarrus, C. Mulertt, FERRAZ, S. Duong, C. Schaeffer, LEG, France

A Fuzzy Decision Support System for Magnetic Component Design
J.B. Klaassens, D. Holt, U. Kaymak, H.R. van Nauta Lemke, Delft University
of Technology, The Netherlands

Magnetic components for power electronics on basis of magnetic cores gammamet
V.I. Keylin, V.Y. Belozerov, Y.N. Starodubtsev, Gammamet Research &
Production Enterprise, Russia

Calculation of the reversible permeability of ferrite cores with non
uniform cross sections
D. Lange, T. Werner, Siemens Matsushita Components München, Germany

A survey of nanocrystalline applications in power electronics
F. Mazeleyrat, F. Costa, LESIR, France

The importance of material homogeneity for reliable metal-oxide varistors
used in power electronics
Fabrice Perrot, EA Technology Ltd., United Kingdom, Lambert Pierrat,
Electricité de France, France

Influence of the winding strategy on the parasitics of magnetic components
Roberto Prieto, Universidad Politecnica de Madrid, Spain

Session D1b      Switches (P. Aloïsi, Motorola, France)

D1b - 1 Devices
The Dual-Gated Emitter Switched Thyristor (DGEST)
W.G. Min, S.C. Kim, J.M. Park, E.D. Kim, N.K. Kim, Korea Electrotechnology
Research Institute, Korea
Ultra high-ruggedness of 2.5kV-1000A Power Pack IGBT
Yasukazu Seki, Masayuki Soutome, Yoshikazu Takahashi, Koh Yoshikawa,
Takeshi Fujii, Fuji Electric Corporate Research & Development Ltd., Humiaki
Kirihata, Fuji Electric Co. Ltd., Japan

Optimised Clamp Diodes for High Power IGBT Inverters for Traction Applications
F. Profumo, S. Facelli, , A. Tenconi, Politecnico di Torino, B. Passerini,
S. Fimiani, International Rectifier Corp. Italiana, L. Fratelli, Ansaldo
Trasporti-CRIS, Italy

The Hard Driven GTO - a New Emerging Technology for High Power Low Cost
Inverters
H.E. Gruening, B. Ødegård, R & D Drives and Power Electronics, E. Carroll,
S. Klaka, R. Schlegel, ABB Semiconductors AG, Switzerland

IGBT instability due to negative gate capacitance
I. Omura, W. Fichtner, Swiss Federal Institute of Technology, Switzerland

A New High Power Device GCT (Gate Commutated Turn-off) Thyristor
T. Nakagawa, K. Satoh, M. Yamamoto, Mitsubishi Electric Corporation, Japan

Electron-beam valve as a new type of vacuum switching tubes for high
voltage power supply
V.I. Perevodchikov, V. N. Chapenko, N. V. Matveev, V. M. Stuchenkov,
All-Russian Electrotechnical Institute (VEI), Russia

D1b-2 Power Semiconductor Technology

On the nature of leakage current of fast recovery silicon rectifiers
V.V.N. Obreja, Gh. Dinoiu, National R&D Institute for Microtechnology
(IMT), Romania

Power SDB-devices with regularly grooved interfaces
E.D. Kim, S.C. Kim, J.M. Park, Korea Electrotechnology Research Institute,
Korea, I.V. Grekhov, L.S. Kostina, T.S. Argunova, Ioffe Phisico-Technical
Institute, Russia

Recombination lifetime degradation in thermally stressed N-type bulk silicon water
A. Irace, A. Cutolo, S. Daliento, P. Spirito, L. Zeni, Università degli
Studi di Napoli “Federico II", Italy

Optical and electrical measurement of bulk recombination lifetime
regardless of surface conditions
Andrea Irace, Antonello Cutolo, Santolo Daliento, Annunziata Sanseverino,
Paolo Spirito, Luigi Zeni, Università degli Studi di Napoli "Federico II",
Italy

Optimisation of the Reverse Recovery Behaviour of Fast Power Diodes using
Injection Efficiency and Lifetime Control Techniques
M. T. Rahimo, N. Y. A. Shammas, Staffordshire University, United Kingdom

Efficiency of Junction Termination Techniques vs Oxide Trapped Charges
C. Mingues, G. Charitat, LAAS-CNRS, France

Power MOS gate oxide characterisation failure rate prediction
Jean R. Coudrin, France Telecom CNET, France

Session D3a: Uninterruptible power supplies (UPS) (Ove Boe, Siemens, Norway)

A novel adaptive hysteresis band current control using a DSP for a power
factor corrected on-line UPS
Yu Qin, Shan Shan Du, Controlled Power Company, USA

Real-time voltage control for unbalanced UPS
Santiago de Pablo, Santiago Lorenzo, J. Antonio Dominguez, Santiago
Caceres, E.T.S.I.I., Spain

Control Strategy of Bidirectional UPS with the Performance of Active Power
Filter
Jae-Ho Choi, Chungbuk National University, Je-Hong Kim, Yongdong Junior
College, Tae-Young Ahn, Chungbuk National University, South Korea

A Feasible High-performance Single-Phase UPS Incorporating Switched Mode
Recifire with High-Frequency Transformer Link
Mutsuo Nakaoka, J. Yoshitsugu, H. Ishiwatari, Yamaguchi University, K.
Hirachi, Yuasa Corporation, Japan

Methods of establishing HF-link in small and medium size static UPS system
M. K. Darwish, Brunel University, T. H. Abdelhamid, Alexandria University,
United Kingdom

Aspects of Harmonic Management on Input and Output of 3phase On-Line-UPS
Roland Hümpfner, Siemens AG, Gustav Vaupel, Fachhochschule Hamburg, Germany

Session D3b: DC power supplies, battery chargers (Prof. J. P. Ferrieux,
ENSIEG, France)

Modelling and Control of NPC Boost Rectifiers for Unity Power Factor and
Reduced Neutral Point Potential Variations
S. Fukuda, Y. Matsumoto, Hokkaido Univ. - Fac. of Engineering, Japan

Modeling a nickel cadmium battery and simulation of a battery charge
limiter for aircraft
L. Bonenfant, Aerospatiale, M. Pietrzak-David, B. de Fornel, INPT-ENSEEIHT,
Alain Geoffroy, Aerospatiale, France

High Frequency DC/DC Conversion using a Novel Concept of Multiple Frequency
Operation with Pulse Width Modulated Output
Pradeep Chhawchharia, D.K.W. Cheng, Y.S. Lee, Hong Kong Polytechnic
University, Hong Kong

A Practival Implementation of a Charger of a Battery of Capacitors (0.5F)
for X-Ray Applications
O. Garcia, P. Alou, J.A. Cobos, R. Prieto, J. Uceda, Universidad
Politécnica de Madrid, J. Casero, Siemens S.A, Spain

Session D3c: Switched and resonant-mode power supplies (Knut Vangen,
Unitech, Norway)

Zero voltage switching converter for magnetic transfer of energy to movable
systems
Peter Knaup, Karl Hasse, Technische Hochschule Darmstadt, Germany

Analysis of the Series-Parallel Multiresonant LLC Converter Comparison
between First Harmonic Approximation and Measurement
Thomas Duerbaum, Georg Sauerlaender, Philips Research Lab., Germany

A novel resonant split-rail supply generator for use with medium power
single phase inverter systems supplying live loads
J.A. Gow, C.D. Manning, Loughborough University, United Kingdom
A PWM AC/AC full-bridge converter used like a voltage regulator
J.B. Vieira Jr., João C. Oliveira, L.C. Freitas, E.A.A. Coelho, V.J.
Farias, Universidade Federal de Uberlândia, Brazil

Design of a single-ended primary inductor converter (sepic), ZCS with
“function control" for an automotive application
Lauro de V.B Machado Neto, PUC - MINAS, Brasil, Riccardo Groppo, Fiat
Research Center, Italy

A PWM AC/AC full-bridge converter used like a serial regulator
J. B. Vieira Jr, J. C. Oliveira, L. C. Freitas, E. A. A. Coelho, V. J.
Farias, Universidade Federal de Uberlândia, Brasil

A DC-DC converter based on a new series resonant inverter topology
Silviu Stefanescu, Mircea Chindris, Ioan Vadan, Technical University of
Cluj-Napoca, Romania

Analysis and test results of double buck quasi-resonant converters
Zoltán Puklus, Széchenyi István College Györ, László Hodossy, Széchenyi
István College Györ, Peter C. Szilagyi, Hungary, Sault College of AATSET,
Canada, Péter Korondi, Technical University of Budapest, Hungary

VDMOS devices for low output voltage DC/DC converters (3.3V)
J.A. Cobos, O. Garcia, J. Uceda, Universidad Politécnica de Madrid
E.T.S.I.I., J. Fernández, J. Rebollo, J. Millán, Centro Nacional de
Microelectrónica, Spain

Session D3d: High frequency power converters and power factor correction
(J. F. Haugen, Mascot Electronic, Norway)

Single phase low distortion DC/AC-inverter with high bandwidth to switching
frequency ratio
M. A. E. Andersen, Niels Anderskouv, Karsten Nielsen, Technical University
of Denmark, Denmark

An AC-DC converter with high-quality input waveforms and very low switching
losses
Mariano Lopez, L. Garcia de Vicuña, Miguel Castilla, José Matas,
Universidad Politecnica de Cataluña-UPC, Spain

Boost converter as a medium for adaptive shut down control
Teuvo Suntio, Seppo Suur-Askola, Toni Laurinen, Efore Oy, Finland

A novel digital control scheme for a sinusoidal input single phase rectifier
Masaaki Ohshima, The Tokyo Electric Power Co Inc., Eisuke Masada, The
University of Tokyo, Japan

A new topology for paralleling three phase half wave rectifiers with a high
power factor and sinusoidal input currents
Fernão V. Pires, EST, J. F. Silva, IST, Portugal

A symmetrical power supply with unity power factor operation
L.C. de Freitas, G. S. Tatibana, C. H. Treviso, V. J. Farias, J. B. Vieira
Jr., Universidade Federal de Uberlândia, Brazil

Soft-Switched PWM High-Frequency Load-Resonant Inverter with Power Factor
Correction for Induction-Heating Cooking Appliance
S. P. Wang, M. Nakaoka, Yamaguchi University, K. Izaki, H. Omori,
Matsushita Electric Industrial Co. Ltd., Japan
A Unity Power Factor PWM Voltage Rectifier Under Non-sinusoidal And
Unbalanced Conditions
P. Verdelho, G. D. Marques, Universidade Técnica de Lisboa - IST, Portugal

Session D3e: Modelling and simulation, user application experiences (H.
Børsting, Grundfos, Denamrk)

Modelling of power converter using paralleled intelligent IGBT power modules
Patrick Hofer, Nico Karrer, Swiss Federal Institute of Technology
(ETHZ),|Switzerland

Levitation system for melting with class E inverter
B. Grzesik, W. Burlikowski, J. Junak, Z. Kaczmarczyk, Silesian Technical
University, Poland

900 kW two-quadrant switch mode power supply with large bandwidth and
extremely low ripple for synchrotron particle acceleration consisting of
IGBT's & passive
L. van Lieshout, Holec Projects B.V., The Netherlands

Electrical supply suitable for direct resistance fluid heating installations
P. Mauras, D. Pratmarty, Electricité de France, N. Fintescu, Fintronic, France

On the design of a high frequency high power four quadrant power converter
for superconducting magnets
J. A. Carrasco, Universidad de Valencia, E. J. Dede, J. M. Benavent, G.H.
ELIN International S.A., Spain, F. Bordry, CERN, A. Dupaquier, CERN,
Switzerland

Power Supply for Fast Field Cycling NMR Spectrometer Using IGBTs Operating
in the Active Zone
D.M. Sousa, J. Santana, Technical University of Lisboa, Portugal, E. Rommel

A switching power amplifier for active magnetic suspensions
S. Carabelli, A. Crivelli, F. Maddaleno, M. Muzzarelli, Politecnico di
Torino, Italy

Inductive Power Transfer From Multiple Tuned Tracks
A.W. Green, J.T. Boys, University of Auckland, New Zealand, E. Vonhof,
Wampfler GmbH, Germany

Advanced digital control scheme of multiple-paralleled bridge type current
tracking high power conversion amplifier for magnetic resonance imaging
Mutsuo Nakaoka, S. Watanabe, H. Takano, P. Boyagoda, Yamaguchi University, Japan

Phase locking control of a resonant DC-AC converter for induction heating
J-M Hubé, Damien Flieller, Laboratoire d'électrotechnique, J-P Louis, LESIR, France

Modelling of power electronics circuits associated with non-linear magnetic
devices
Yvan Lefevre, J.F. Charpentier, H. Piquet, LEEI, France

Development of an intelligent fluorescent lamp ballast based on neuron chip
J.M. Alonso, J. Ribas, A.J. Calleja, E. Lopez, M. Rico, Universidad de
Oviedo, Spain

The CERN-LHC Project: The Electrical Powering Strategy and the High Current
Low Voltage Power Converters
Frédérick Bordry, Gunnar Fernqvist, Paul Proudlock, CERN, Switzerland
Sinusoidal voltage inverter controlled by direct follow-up method
W. Koczara, A. Niedzialkowski, Warsaw Univ. of Techn., Poland

Session D4a: Modulation strategies (P. Vadstrup, Grundfos, Denmark)

Microcomputer based on-line control of a delta modulated sine PWM inverter
M. Nazmul Anwar, Md. Bashir Uddin, M.A. Choudhury, Bangladesh University of
Engineering & Technology, Bangladesh, M.A. Rahman, Memorial University of
Newfoundland, Canada

Harmonic Evaluation of Two-Level Carrier-Based PWM Methods
S. Fukuda, K. Suzuki, Hokkaido University - Faculty of Engineering, Japan

Space vector modulation in ortogonal and natural frames including the
overmodulation range
Andrzej Haras, Technical University of Gdansk, Poland

Comparative investigation of random PWM techniques with variable switching
frequency and pulse position for inverter-fed AC drives
Andrzej M. Trzynadlowski, University of Nevada, USA, Michael M. Bech, Frede
Blaabjerg, Aalborg University, Denmark

Synthesis of logic connection controllers for matrix converters
J.P. Cambronne, B. Francois, H. Ralaivao, J.P. Hautier, Ecole Centrale de
Lille, France

A new strategy for sinusoidal waveform with PWM techniques
V. Navrapescu, A. Craciunescu, D. O. Kisck, Politehnica University
Bucharest, Romania

Obtaining PWM Space Vector by a Digital Scalar Modulation Approach
C.B. Jacobina, A.M.N. Lima, E.R.C. da Silva, Universidade Federal de
Paraíba, Brazil

Improved Harmonic Spectrum and Reduced EMI in Boost Converter by Using the
Random Modulation
Franc Mihalic, Bezjak Toncek, Miro Milanovic, University of Maribor, Slovenia

Session D4b-1: Fuzzy control (Prof. J. P. Louis, LESIR, France)

Fuzzy Logic Speed and Current Controlled DC Motor Drive with Load
Disturbance Observer
W.G. da Silva, P.P. Acarnley, University of Newcastle upon Tyne, U. K.

A fuzzy pid controller optimized by genetic algorithms used for a single
phase power factor pre-regulator
Yu Qin, Shan Shan Du, Controlled Power Company, USA

Two level fuzzy control for switched reluctance motors - hierarchical approach
A. Forrai, H. Hedesiu, Z. Biro, Technical University of Cluj, Romania

Reduction of the flux control sensitivity to electrical parameter
uncertainties in induction machine field oriented control by using fuzzy
logic
B. Robyns, Ecole des Hautes Etudes Industrielles, France, F. Labrique, H.
Buyse, Université Catholique de Louvain, Belgium

Fuzzy Position Controller for DC Drives
Szilárd Varga, F. Farkas, S. Halász, T. U. of Budapest, Hungary
DSP Implementation of a Fuzzy Based Direct Flux and Torque Controller
Operating in the Whole Speed Range
Ian Bird, H. Zelaya De La Parra, The University of Birmingham, U. K.

A fuzzy-logic approach for easy and robust control of an induction motor
Germana Poma, Antonio Cataliotti, University of Palermo, Italy

IFOC Speed Sensorless Drive using a Neural Network for Speed Estimation
F. Profumo, G. Griva, Politecnico di Torino, Italy, D. Fodor, D. Floricau,
"Politehnica" Univ. of Bucharest, Romania

Optimised fuzzy algorithm to control adhesion conditions during starting in
AC drives for traction applications
Luciano Puglisi, F. Brondolo, P. Ferrari, M. Marchesoni, Università degli
Studi di Genova, Italy

Stable Model Reference Neurocontrol for Electric Drive System
Kurt Fischle, Dierk Schröder, T. U. of München, Germany

Speed and flux control in induction motor by fuzzy-logic
M.A. Brdys, C.W. Wong, University of Birmingham, U. K.

Session D4b-2: Fuzzy control (Prof. P. Korondi, T. U. Budapest, Hungary)

Control of a three-phase PWM front and rectifier using fuzzy logic
J. Rodriguez, J.S. Hernandez, M.B. Salgado, F.M. Liebe, Universidad Técnica
Federico Santa Maria, Chile

DSP implementation of high-performance induction motor drive with four
fuzzy logic controllers
P. Vas, A.F. Stronach, M. Neuroth, University of Aberdeen, United Kingdom

Comparison between Fuzzy and Classical Speed Control within a Field
Oriented Method for Induction Motors
L. Baghli, H. Razik, A. Rezzoug, GREEN, France

ASITRON: ASIC for Vectorial Control of Induction Motors and Speed
Regulation using Fuzzy-logic
E. Galvan, J.L. Mora, F. Colodro, F. Barrero, J.N. Tombs, Universidad de
Sevilla, M. Barranco, MAC S.A., Spain

TMS320 DSP implementation fuzzy-neural controlled induction motor drives
S. Beierke, Texas Instruments Deutschland GmbH, Germany, P. Vas, A. F.
Stronach, University of Aberdeen, United Kingdom

Fuzzy Logic as Control Method for Power Electronics Converters
Antonio P. Martins, Adriano S. Carvalho, University of Porto, Portugal

Non redundant learning fuzzy controller based on linguistic model inversion
Peter Korondi, Peter Karanyi, Zoltan Suto, Technical University of
Budapest, Hungary, H. Hashimoto, University of Tokyo, Japan

Development of neuro-fuzzy speed estimators for implementation in
high-performance electromechanical drives
A F Stronach, P. Vas, M Neuroth, University of Aberdeen, United Kingdom

Speed and position control of Brushless DC machines employing Neural Networks
José J. Reimóndez, Maria I. Giménez de Guzmán, Victor M. Guzmán, José A.
Restrepo, Universidad Simón Bolívara, Venezuela
A closed-form approach to the design of fuzzy-pi controller
Antonella Scaglia, Ansaldo Industria, Antonello Monti, Polytechnic
University of Milan, Italy

Session D5f: Converter machine interactions (Prof. Ch. Sadarangari, KTH,
Stockholm, Sweden)

D5f-1 Acoustic Noise

The Contribution to Noise in an Induction Machine Fed from a PWM Inverter
Lars Läftman, University College of Mälardalen, Sweden

Acoustic noise radiated by nominally identical induction machines fed from
sinusoidal and non-sinusoidal power supplies
Z.Q. Zhu, L. Xu, D. Howe, University of Sheffield, United Kingdom

Vibration in Switched Reluctance Motor. Influence of the feeding mode
M. Gabsi, F. Camus, B. Humeau, M. Besbes, Lesir, France

D5f-2 Harmonics

Unsymmetrical operation of a voltage-inverter-fed induction machine
S.G. Bosga, J.J.A. v.d. Burgt, A.J.A. Vandenput, Eindhoven University of
Technology, The Netherlands

A Torque-Ripple in Inverter-Fed Multimotor Drive
Zbigniew Nowacki, Technical University of Lodz, Poland

Harmonic coupling effects between a PWM inverter and an AC machine
Alain Groud, Laurent Gerbaud, J-P Rognon, Laboratoire d'Electrotechnique de
Grenoble, James Roudet, France

The additional phenomena appear in induction motors fed from PWM inverters
Zdzislaw Krzemien, Electrotechnical Institute, Poland

D5f-3 Thermal Models

The dynamic thermal loading of an induction machine
Mats Alaküla, Lund Institute of Technology, Lars Gertmar, ABB Corporate
Research,
Patrice Lesage, Lund Institute of Technology, Sweden

Session D5n: Design diagnosis (Prof. B. de Fornel, ENSEIIHT, France)

Unsymmetrical supply during fault situations in an induction machine drive
system
Sjoerd G. Bosga, A.J.A. Vandenput, Eindhoven University of Technology, The
Netherlands

Machine and Inverter Matching and Design Criteria in Adjustable Speed
Pumping Drives with Induction Motors
Ivo Vistoli, A. Di Gerlando, R. Perini, Politecnico di Milano, Italy

Rotor fault detection of inverter fed induction machines including
experimental results
Rudolf Wieser, Christian Kral, Franz Pirker, Matthias Schagginger,
University of Technology Vienna, Austria

A new reason for bearing current damages in variable speed AC drives
Jaakko Ollila, Tuomo Hammar, Tampere University of Technology, Jarkko
Lisakkala, ABB Motors, Heikki Tuusa, Tampere University of Technology,
Finland

Design and implementation of a single-board motor supply controller
E.K.H. van der Pols, J.A.J.M. Geerligs, Holec Machines en Apparaten B.V.,
The Netherlands

Spectral powers and volt-amperes discussed and applied on measurements in ASDs
Lars Gertmar, ABB Corporate Research, Sweden

Windows application for optimized designing of single-phase asynchronous motors
Gheorghe Scutaru, Transilvania University of Brasov, Romania

Optimized design of variable-speed drives based on numerical simulation
J.-J. Simond, Tu Xuan, B. Kawkabani, Swiss Federal Institute of Technology,
A. Sapin, ABB Industry, D. Schafer, ABB Power Generation, Switzerland

Design of a double fed A.C. machine for high speed range applications
Jean-Régis Hadji-Minaglou, Vrije Universiteit Brussel, België

Session D5o: Modelling and simulation (Dr. Y. Perriard, EPFL, Switzerland)

Automatic building of changeable topological model of static converter for
the electrical drive simulation
Laurent Gerbaud, Nicolas Retiere, Alain Bolopion, Laboratoire
d'Electrotechnique de Grenoble, France

High Frequency Lumped Parameter Model for AC Motor Windings
Domenico Casadei, Gabriele Grandi, Università degli Studi di Bologna,
Italy, Cristinel Mihalache, University of Bucharest, Romania

Mathematical model of inverter-fed induction motor drive for electrical vehicle
Tadeusz Stefanski, Kielce University of Technology, Poland

Analysis of transient behavior of a synchronous generator for Pulsed Power
Supply based on the finite element method
R. De Weerdt, E. Tuinman, Holec Machines & Apparaten bv., The Netherlands

Input/output optimization of induction motor drives
C. Attaianese, Università di Cassino, A. Ometto, Università di L'Aquila, A.
Perfetto, Università degli Studi di Napoli "Federico II", N. Rotondale,
Università di L'Aquila, Italy

Nonlinear models of electrical machines for motion control systems simulations
M. Ronkowski, R. Szczesny, J. Nieznanski, Technical University of Gdansk, Poland

A simple analytical model for the calculation of harmonics due to slotting
in the flux density waveform of an electrical machine
G. Houdouin, G. Barakat, T. Derrey, E. Destobbeleer, Université du Havre, France

Transient Model of a Squirrel Cage Induction Machine including the Skin
Effect using Rotor-Fixed Reference Frame
Mihàly Németh-Csòka, D-Tech GmbH, Germany

Simulation model of the induction motor with non-linear rotor
E.A. Lomonova, A.A. Tulupnikov, Moscow State Aviation Institute, S.I.
Volsky, Experimental Design Bureau, Russia, J.B. Klaassens, Delft Technical
University, The Netherlands
Session D8g: Renewable energy (T. Toftevaag, EFI, Norway)

Global control for two PV applications: pumping and connecting to the grid
systems
J.A. Dominguez, S. Lorenzo, S. de Pablo, S. Caceres, Escuela Superior de
Ingenieros Industriales, Spain

Hybrid Photovoltaic Power System Using a Parametric Induction Generator
Yoshinori Sakamoto, Mitsuo Natsusaka, Koichi Murakami, Hachinohe Institute
of Technology, Japan

Power conditioning of low voltage generators with transformerless
gridconnected inverter topologies
Johanna Myrzik, Universität Gesamthochschule Kassel, Germany

Power Requirements of the Grid Forming Unit in a Modularly Expandable
Isolated Grid
A. Engler, B. Kansteiner, J. Sachau, Institut für Solare
Energieversorgungstechnik, Germany

Study of a variable reluctance generator for wind power conversion
A. Tounzi, I. Haouara, F. Piriou, L2EP, France

Wind-Powered Pumping System Using Induction Machines with PWM Excitation
Selênio R. Silva, Marcos S. Miranda, Renato O.C Lyra, CPDEE/EEUFMG, Brazil

A Test-Rig to evaluate a Wind Turbine Generation Control System based on DSP
F. Barrero, J.L. Mora, M. Perales, A. Marchante, E. Galván, J. M. Carrasco,
Universidad de Sevilla, Spain

Modelling and simulation of an autonomous wind/diesel system equipped with
forced commutated converter
Magni P. Pálsson, Norwegian University of Science & Technology, Kjetil
Uhlen, Trond Toftevaag, Norwegian Electric Power Research Institute, Norway

Session D8i: Generator, ex. systems (Asle Skjellnes, Siemens, Norway)

A boost-buck chopper type static excitation system for synchronous generator
Hong-Woo Rhew, Chang-Ki Jeong, Korea Electric Power Research Institute,
Republic of Korea

Semi-Conductor Stress Evaluation in Generator Brushless Exciters Under Abnormal Operating Conditions
T. Zouaghi, Ecole Nationale d'Ingénieurs de Tunis, Tunisia

Experience with Static Excitation Systems based on DC-Drives technology
H.J. Herzog, ABB Industrie AG, J. Frous, Ivelt - elektro s.r.o., Switzerland

Simulation of the Generator and the Power Supply System for the TJII
Spanish Fusion Reactor
I. J. Iglesias, CEDEX, J. Acero, C. Lucia, J.M. del Rio, JEMA S.A., Spain

A development of a PWM based dual channel AVR for an excitation control system
Yoon-Ho Kim, Chung-Ang University, Chan-Ki Kim, Ick-Hyun Lim, Hong-Woo
Rhew, Korea Electric Power Research Institute, Korea

Session D8h: Adustable Speed Generators (A. Elström, ABB Kraft, Norway)

Steady-state power flow and efficiency optimizing analysis of a variable
speed constant frequency generating system
Per Arne Edvardsen, ABB Kraft, Tom F. Nestli, ABB Corporate Research, Roy
Nilsen, Norwegian University of Science & Technology, Norway

Control characteristics of an adjustable speed generation system with a
flywheel excited by a DC link converter
Tohru Nishio, Minoguti Kiyoshi, Uno Seinosuke, The Kansai Electric Power
Company Inc., Hombu Mitsuyuki, Futami Motoo, Mikisuke Higuchi, Hitachi Ltd,
Japan

Application of Vector Control to the Cascade Induction Machine for Wind
Power Generation Schemes
B. Hopfensperger, D J Atkinson, University of Newcastle upon Tyne, L A
Lakin, NADA Consulting Group, United Kingdom

Stability Analysis of Doubly-Fed Induction Machines in Stator-Flux
Reference Frame
M. Heller, W. Schumacher, T. U. Braunschweig, Germany

Vector control of an autonomous induction generator connected to a PWM rectifier
A. Tounzi, C. Colliez, F. Piriou, L2EP, France

Rotor Circuit GTO Converter for Slipring Induction Machine
Helmut Weiss, University of Leoben, Austria

Design and Control of a Wind Power Station with Double fed Induction Generator
W. Hofmann, A. Thieme, TU Chemnitz, A. Stoev, Technocon Engineering &
Consulting AG, Germany, A. Dittrich, ETH Zürich, Austria

A Control Method of Active Power Filter in Unsymmetrical Voltage System
Y. Komatsy, T. Kawabata, Ritsumeikan University, Japan

Network Feeder with Synchronous Generator for Variable Speed Wind Turbines
as a Laboratory Model
U. Rädel, G. Berger, Technical University of Ilmenau, J. Petzoldt,
University of Rostock, Germany

1.5 MW wind power station with low ac-line distortion using a standard
doubly-fed generator system with field orientation control
Bernhard Eggert, CEGELEC AAS, Germany

Session D9a: Energy system management, user applications experiences,
modelling and simulation (K. Bouwknegt, Holec, The Netherlands)

Investigation of the Interference of Controlled Electrical Drives with the
Power System by Simulator Coupling
Volkmar Müller, D. Haenelt, TU Dresden, T. Röseler, Siemens AG, Germany

Modeling and Simulation of Induction Motor Drive under Inverter Fault Operations
Nicolas Retiere, L. Gerbaud, D. Roye, Laboratoire d'Electrotechnique de
Grenoble, P.J. Chrzan, Technical University of Gdansk, P. Mannevy, SNCF,
France

Fundamental Component Measurement in Power Supplies with high Harmonic Content
W. Deleroi, J. Woudstra, Technical University of Delft, The Netherlands

High-performance software environment for power electronicsimulations
J. Nieznanski, R. Szczesny, K. Iwan, M. Ronkowski, Technical University of
Gdansk, Poland

A methodology using constrained optimisation techniques for the design of
static converters
Stéphane Bergeon, Laurent Gerbaud, Frédéric Wurtz, Laboratoire
d'Electrotechnique de Grenoble, France

Microcomputer voltage control for a diesel electrical aggregate
Gorislav Erceg, Romina Erceg, Marinko Miletic, Univ. of Zagreb, Croatia

A New Concept for the Configuration of Drive Systems and Power Electronics
Applications in Industrial Environments
Ansgar Kern, Kee Hwan Kim, Ingenieurbüro Dr. Kern & Associates, Germany

Mains Fail Selection for Utility Connected Inverters
J. Büttner, U. Kirchner, G. Berger, Technical University of Ilmenau, J.
Petzoldt, University of Rostock, Germany

Reduction of conducted and radiated emissions by rate of rise control in
power electronic circuits
F. Reby, M. Amberg, R. Bausiere, E. C. de Lille - L2EP, France

Disturbing influence of DC and AC traction substations on supplying AC network
A. Szelag, L. Mierzejewski, Warsaw Univ. of Tech., Poland

A functional description for static converter structures design
Christophe Lechevalier, Laurent Gerbaud, Jean Bigeon, Laboratoire
de'Electrotechnique de Grenoble, France
Design impact of new electric components
A. J. Blokland, Ministery of Defence, The Netherlands

Session D9b: EMC (Mari Haugen Jensen, Unitech, Norway)

Influence of Switch Characteristics on Conducted Differential-Mode
Interferences in Power Electronic Converters
Gabriele Grandi, Universita' di Bologna, Italy, Magnar Hernes, Norwegian
Electric Power Research Institute (EFI), Jan Hystad, Norwegian Institute of
Technology, Norway

Comparative emissions measurements for full-bridge switching strategies
Richard M. Duke, Bal Ram, University of Canterbury, New Zealand

Fast Prediction of Differential Mode Noise Input Filter Requirements for
Flyback and Boost Unity Power Factor Converters
Michael AE Andersen, Technical University of Denmark, Denmark

Influence of system parameters on EMC behaviour of IGBT inverters
F. Palis, R. Mecke, H. Mecke, Thomas Rummel, Otto-von-Guericke Universität
Magdeburg, Germany

Electromagnetic interference propagation - a wide frequency range
equivalent circuit of two windings transformer
Luszcz Jaroslaw, Krzysztof Fagiewicz, Technical University of Gdansk, Poland

Techniques Used to Suppress Electromagnetic Interference in a VVVF Inverter
John Triplett, Parsons Brinckerhoff, N. Masoud, M. Abdallah, National
Authority for Tunnels, T. Emoto, Toshiba Corporation, Egypt

Increased Pollution in the Protective Earth
Åke Larsson, Martin Lundmark, Janolov Hagelberg, Luleå University, Sweden

Influence of electric parameters on radiated perturbations from static
converters by Moments method
G. Rojat, J. Ben Hadj Slama, Ecole Centrale de Lyon, France
Design of resonant Flyback converter under EMC constraint
J. Schutz, A. Schellmanns, J. Roudet, L. E. G., France

Analysis of EMI sources inside power electronic converters
A. Di Napoli, University of Rome III, F. Giulii Capponi, Univeristy of Rome
"La Sapienza", Italy

EMC behaviour and modelization of high frequency converter for induction heating
S.D. Bocus, S. El Baroudi, F. Bernot, Alain Berthon, Institut de Génie
Energétique, France

Influence of passive components stray behaviours on SMPS conducted EMI
C. Gautier, E. Labouré, F. Costa, LESiR - ENS Cachan, France

Influence of the I.G.B.T. switching processes on the electromagnetic
compatibility of power inverters
R. J. Pasterczyk, AGDE, France

Some simple approximations of interference spectra
A. Nagel, R.W. De Doncker, RWTH Aachen University of Technology, Germany

Session D9c: Power conditioning, power factor correction (Frode Jenset,
Siemens, Norway)

Optimum diode-switched active filters for power factor correction of
single- and three-phase diode rectifiers with capacitive smoothing
Vello Sarv, Tiiu Sakkos, Jüri Soojärv, Estonian Energy Research Institute,
Estonia

A Single-Phase Rectifier with Reduced Current Ripple and Power Factor Correction
J.-M. Meyer, A. Rufer, Ecole Polytechnique Fédérale de Lausanne, Switzerland

A Three-Phase PWM Rectifier without Voltage Sensors
Osamu Miyashita, Toshiya Ohnuki, Tokyo Denki University, Japan, Ph.
Lataire, Gaston Maggetto, Vrije Universiteit Brussel, Belgium

Reactive and Distortion Powers - Real or Imaginary?
Zdzislaw W Trzaska, Warsaw University of Technology, Poland

Capacitor current and voltage ripple reduction in AC/DC converters with
power factor correction
L. Latkovskis, J. Stabulnieks, Latvian Academy of Sciences, Latvia

Feasible Development of Large Capacity Current Source-Fed Three Phase PWM
Converter with New Optimum PWM Pulse Patterns and AC Side Filter Design
Mutsuo Nakaoka, S.P. Wang, Yamaguchi National University, Y. Konishi, N.
Arai, Fuji Electric Co. Ltd, Japan

A power factor correction preregulator AC-DC interleaved boost with
soft-commutation
João B. Vieira Jr., A. A. Pereira, V. J. Farias, L.C. de Freitas,
Universidade Federal de Uberlândia, J. A. Corrêa Pinto, Escola Técnica
Federal do Pará, Brasil

Analytical approach of switching behaviour and modeling of single phase
parallel structure of Boost type Power Factor Corrector
B. Dakyo, J. C. Le Bunetel, L. Protin, Université du Havre, W. Koczara,
Institute of Control & Industriel Electronics, France
Application of micromachined technology to effective power factor correction
W. Wojciak, T. Pozniak, A. Napieralski, T. U. of Lodz, Poland

Session D9d: Power conditioning, power factor correction (Prof. M. Crappe,
Faculté Polytechnique de Mons, Belgium)

Alternative approaches to improve power factor
Luc Wuidart, Alain Bailly, SGS-Thomson Microelectronics, France

Power Factor Corrector with multiplier control stage based on Sigma Delta
technique
Marco Storti, E. Dallago, G. Sassone, University of Pavia, Italy

Single-stage isolated unity power factor correction scheme with fast output
voltage regulation
H. Jorquera, D. Sadarnac, SUPELEC, France

Analysis and Influence of Modulation Scheme on the Sizing of the Input
Filter in a PWM Rectifier System
F.R. Walsh, P. J. Roche, M. G. Egan, J. M. D. Murphy, University College
Cork, J.F. Moynihan, Analog Devices,Ireland

A three phase PWM boost rectifier with high power factor operation and an
acceptable current THD using only three active switches
L.C. de Freitas, C.H. Treviso, E. A. A. Coelho, J. B. Vieira Júnior, V. J.
Farias, Universidade Federal de Uberlândia, Brasil

Improvement methodes of conversion quality in three-phase AC line power
controllers - circuits topology and basic properties
Ryszard Strzelecki, Zbigniew Fedyczak, Grzegorz Kobylecki, Zielona Góra
University of Technology, Poland

Using two-input buck post-regulator to obtain high quality flyback power
factor corrector
M.M. Hernando, P. Villegas, J. Sebastian, F. Nuno, Universidad de Oviedo, Spain

Some innovations in a Piróg shunt active filter
Andrzej Szromba, Cracow University of Technology, Poland

Session D9e: Reliability (Jørgen Andersen, NSB, Norway)

Parameter correlation of partial discharge pulse trains with the electrical
stress
Constantin Cruceru, University “Valachia"-Targoviste, Toader Munteanu,
"Dunarea de Jos" University, Romania

Harmonic Component Resonance in Power Systems in Combination with
Power-Factor Control
W. Deleroi, J. Woudstra, Technical University Delft, The Netherlands

Experience of Maintenance and Designing Systems of Electric Drives for
Large Power Belt Conveyors in conditions of Open Mining
V.M. Mamalyga, Kiev Polytechnical Institute, Ukraine

Monitoring of Digitally Controlled Generator Excitation System
S. Togno, G. Ottaviani, ABB Industria, Italy

Using an artificial Intelligence System to extract safety electrical
appliance recognition
J.-M. Kasbarian, S. Tian, C. Clausse, P. Hanchin, Schneider Electric, D.
Lafore, Ecole Supérieure d'Ingénieurs de Marseille, France

Integrated data recording of accelerated stress tests on a back to back
inverter used to assure the integrity of a traction propulsion drive
Alistair Burnett, Darren McCarthy, Colin Oates, GEC Alsthom Engineering
Research Centre, Nigel Jones, GEC Alsthom Traction Ltd, United Kingdom

Back to back condition monitoring and accelerated stress testing of a
traction inverter
Colin Oates, GEC Alsthom Engineering Research Centre, Nigel Jones, GEC
Alsthom Traction Ltd, United Kingdom

Session D9f: Diagnostics (Prof. T. Hablether, Georgia Inst. of Tech., U.S.A.)

Use of the output voltage of a switchmode power supply to predict failure
of filtering electrolytic capacitors
P. Venet, A. Lahyani, P.J. Viverge, G. Grellet, Université Claude Bernard
de Lyon, France

Integrated condition monitoring and diagnosis of electrical machines using
minimum configuration artificial intelligence
C. Tassoni, Università degli studi di Parma, Italy, P. Vas, University of
Aberdeen, United Kingdom, F. Filippetti, University of Bologna, G.
Franceschini, Università degli studi di Parma, Italy

Deterministic approach and neural network approach for stator short
circuits diagnosys in induction machines
Santol Meo, Univeristà di Napoli "Federico II", F. Filippetti, Università
di Bologna,| G. Franceschini, C. Tassoni, Università di Parma, G. Gentile,
Università di Napoli, A. Ometto, Università dell'Aquila, Italy

Fault detection and diagnosis in the electric drives
R. Szczesny, Technical University of Gdansk, Poland, H. Piquet, LEEI, P.
Kurzynski, Technical University of Gdansk, Poland

Converter Fault Diagnosis in Variable Speed DC Drives by Park's Vector Approach
A. M. S. Mendes, A.J. Marques Cardoso, Saraiva E.S., Universidade de
Coimbra, Portugal

Modelling and Simulation of Semiconductor Systems for Diagnostic Purposes
Zygfryd Glowacz, AGH - University of Mining & Metallurgy, Poland

Selection methods of diagnostic representation for electric drive systems
Wojciech Jarzyna, Lublin Technical University, Poland

Tuesday 9 September 1997

Session D1c     Monolithic integration (J. L. Sanchez, LAAS, France; A.
Jaeklin, ABB, Switzerland)

New challenges toward smart power
P. Santos, M. I. Castro Simas, M. Lancia, IST, Portugal

Use of rapid thermal processing for isolation and interconnect technologies
applied to smart power
J-M Dilhac, L. Cornibert, G. Charitat, LAAS-CNRS, M. Bafleur, Motorola Inc,
N. Nolhier, D. Zerrouk, LAAS-CNRS, France

Design of Power LDMOS Transistors Integrated in SmartMOS TM Circuits
P. Rossel, D. Moncoqut, LAAS-CNRS, D. Farenc, Motorola Semiconducteurs
S.A., H. Tranduc, G. Charitat, LAAS-CNRS, I. Pagès, Motorola
Semiconducteurs S.A., France

The Design of a Smart Power Switch for High-Frequency Converters
D.R.H. Carter, R. A. McMahon, Cambridge University, United Kingdom

Latch-up Suppressed LIGBT with an N-type Ring
Yearn-Ik Choi, Il-Yong Park, Ajou University, Korea

Integration of polysilicon diodes in a smart power process
I. Claverie, J. Mille, SGS-Thomson Microelectronics, O. Bonnaud, Groupe
Microélectronique et Visualisation, J. Oualid, LMCS - ENS de Physique
Marseille, R. Jerisian, Laboratoire Micro-électronique de Puissance, France

Transient Behaviour of isolation architectures in smart power integrated
circuits
Evgueni Stefanov, Georges Charitat, LAAS, France

A High Voltage (600V) integrated circuit in BCD OFFLINE for lamp ballast
applications
M. Tarantola, M.A. Legnani, SGS-Thomson Microelectronics, Italy

Analytical model for the optimization of the turn-off performance of a
self-firing MOS-Thyristor device
M. Breil, J.-L. Sanchez, Laboratoire d'Analyse et d'Architecture des Syst.
du CNRS, France

Monolithic integration of MOS-gated optically triggered thyristor and
over-temperature protection circuit
O. Guillemet, R. Berriane, J. Jalade, J.L. J.P. Laur, Laboratoire d'Analyse
et d'Architecture des Syst. du CNRS, France

Low cost integration for monolithic smart IGBT
R. Letor, L. Fragapane, G. Percolla, M. Saggio, F. Saya, SGS-Thomson
Microelectronics, Italy

A 3.5A high efficiency DC-DC Converter I.C.
M.R. Borghi, A. Magazzú, SGS-Thomson Microelectronics, Italy

A Novel Lateral SOI BMFET with Trench Diffused Gate
Kim Doo-Young, Han Min-koo, Seoul National University, Choi Yearn-Ik, Ajou
University, Korea

Trench-Gate SOI LIGBT with Hole Collector
Han Min-Koo, Seoul National University, W.O. Lee, Korea Electronics Co.
Ltd, B.H. Lee, Seoul National University, J.C. Shin, J.E. Park, Y.S. Han,
Korea Electronics Co. Ltd, Korea

Microcontroller powers small motors: single-chip smart power IC controls a
servo-valve
Virginia Natale, SGS-Thomson Microelectronics, Italy, Philippe Chabbert,
Jean J. Bardyn, Thomson-CSF SI, France, Domenico Rossi, SGS-Thomson
Microelectronics, Italy

The integrable G.T.O. provides functional integration
Dominique Bergogne, L.M.P. Université de Tours, Robert Pezzani, Béatrice
Renon, Laurent Moindron, SGS-Thomson Microelectronics DSG, France

Session D1d: Hybrid Integration (Ulrik Jæger, Danfoss, Denmark; K.
Rischmüller, SGS-Thomson Microelectronics)
The IGBT - An Optimized Device for System Integration
Leo Lorenz, Siemens AG, Germany

The Design and Implementation of a Multichip Power Module (MCPM)-Based
Induction Motor Drive
K.J. Olejniczak, K.C. Burgers, S.S. Ang, E.V. Porter, University of
Arkansas, USA

Electrothermal behaviour of an IGBT chip directly brazed on a micro two
phases heat exchanger
L. Meysenc, S. Raël, C. Schaeffer, Laboratoire d'Electrotechnique de
Grenoble, France

A Novel Low-Cost and High-Reliability IGBT Module for General Use
A. Tamba, T. Terasaki, T. Shigemura, M. Sasaki, S. Sekine, Y. Sonobe,
Hitachi Ltd, Japan

A universal smart control-IC for high-power IGBT-applications
R. Herzer, Semikron Elektronik GmbH, Ch. Bokeloh, J. Lehmann, Technical
University of Ilmenau, Germany

Evolution of Application Specific IPM
G. Debled, Mitsubishi Electric, France, G. Majumdar, Mitsubishi Electric
Corporation, K.H. Hussein, Fukuryo Semi-con Engineering Corporation, Japan,
E. Thal, Mitsubishi Electric, Germany

Some experiences concerning of a starting and service of high power IGBT
converters
Stefan Januszewski, Henryk Swiatek, Krzysztof Zymmer, Electrotechnical
Institute, Poland

Intelligent Integrated Power for Low Power Applications
Katja Stengert, Christian Göbl, Semikron International, Germany

Dielectric ceramic technology for high power integrated hybrid converters
J. D. van Wyk, C. K. Campbell, M. F. K. Holm, Rand Afrikaans University,
South Africa

The Application of CVD Diamond in High Voltage Switching Modules
D.E. Crees, D.C. Newcombe, GPSL Ltd, M.C. Costello, G.R. Kennedy, R.W.
Allen, GMMT Ltd, United Kingdom, E. Seviliano, ASTeX, USA

Reliability of high power IGBT modules Testing on thermal fatique effects
due to traction cycles
G. Coquery, R. Lallemand, A. Hamidi, INRETS, France

Hybrid power Mdoule a good and versatile power management
Pierre Aloïsi, Philippe Perruchoud, Motorola Semiconductors, France

Technology for Planar Integrated Output Filters for Hybrids
J.D. van Wyk, S.J. Marais, J.A. Ferreira, R. A. U., South Africa

On the use of Insulated Metallic Substrate in Power Electronics: electrical
consequences
W. Teulings, J.L. Schanen, J. Roudet, LEG, France

Session D4c: Converter control application to single phase systems (Lars
Bøhler, Unitech, Norway)
Genetic-Algorithm Controlled Converters for Photovoltaic Generator Systems
T. Ohnuki, O. Miyashita, K. Ohniwa, T. Fujimaki, Tokyo Denki Univ., Japan

A complete methodology for the design of a digital control law for PWM inverter
E. Godoy, E. Devaud, Ecole Supérieure d'Electricité, A. Lacarnoy, Schneider
Electric, France

An original control of a buck converter with a real time card
C. Batard, F. Levagueresse, C. Bergmann, IUT de Nantes, France

A new current feedback method in PWM converters by using a toroidal transformer
M. Sanz, A. Llombart, J. Sallan, A.A. Bayod, Universidad de Zaragoza, Spain

An approximate dead-beat control strategy for the design of function
regulators in DC-DC converters
Falah Al-hosini, ABB Corporate Research, Sweden

Techniques for Subharmonics Oscillations Elimination in the Novel
Average-Current-Mode Control of the Constant Frequency Power Converters
Marko Jankovic, Predrag Ninkovic, Zarko Janda, EE Institute Nikola Tesla,
Yugoslavia

The Analytical Description of Impedance Conversion in the Static Converter
by means of Distribution Theory
G. Skarpetowski, ABB Daimler-Benz Transportation, Switzerland

Voltage Injection Control for Power Supplies in Radar Applications
D. E. Macpherson, C. Bunlaksananusorn, University of Edinburgh, United
Kingdom, F. Fisher, GEC Marconi,

A High-performance digital phase-shift controller for the
zero-voltage-switched fullbridge converter
Ivan K Ellis, Andrew J Forsyth, University of Birmingham, United Kingdom,
Zhengyu Lu, Zhejiang University, China

A Novel Control Strategy For IGBT-Four-Quadrant Converters
Dieter Maischak, Siemens Transportation Systems, Germany

Describing function-based analysis of a class of PWM feedback control systems
Ciro Picardi, A. Eisinberg, P. Muraca, G. Palmieri, Universita' della
Calabria, Italy

Session D4d: Converter control applications to three phase systems (J. Pedersen, Aalborg University, Denmark)

Three-Phase Power Reversible Converter With Simple Control Algorithm
Bor-Ren Lin, Deng-Ping Wu, National Yunlin Institute of Technology, Taiwan
R.O.C.

Analysis of direct self control in voltage-type PWM rectifier
V. Valouch, J. Skramlik, Academy of Sciences, Czech Republic

Optimization of the AC/DC/AC converter current control loop
Andrzej Sikorski, Bialystok Technical University, Poland

A New Method of Controlling a q-pulse Thyristor Cnverter Using a Single
Synchronization Voltage
Stanislaw Kapka, Lublin Technical University, Poland

New control strategies for high power current-source PWM rectifiers using
instantaneous spatial vector technique
J. Sakly, S. Toumia, S. Hassine, E.N.I.M., Tunisie, C. Rombaut, Ecole
Centrale de Lille, France

Modelling of a grid-connected VSC to predict the responses of grid voltage
harmonics taking the dead-time and parameter variation into account
Jan Svenssson, Chalmers University of Technology, Sweden

Direct Voltage Control of a PWM AC/DC Voltage Converter
G. D. Marques, Instituto Superior Técnico, Portugal

Identification and Compensation of the Dead Time Behaviour of an Inverter
Th. Baumann, D-Tech GmbH, Germany

Session D4e: Converter control, PFC/ line harmonics (A. Steinbakk, AS Eltek)

To design a optimized pid controller for a single phase power factor
pre-regulator for an on-line UPS - Genetic algorithm approach
Yu Qin, Shan Shan Du, Controlled Power Company, USA

Low-Level Implementation of Harmonic Elimination Methods Based on
Structural Properties
D. Casini, G. Carrara, P. Bolognesi, L. Taponecco, Università di Pisa, Italy

Multi chopper full wave control interlacing technique minimising flicker effect
N. Volochina, A. Piel, E. Destobbeleer, L. Protin, Univ. du Havre, France

Minimizing the Line Interference of High-Power Low-Frequency Converters
Rik W. De Doncker, Oscar Apeldoorn, RWTH Aachen, Germany, Trond Skullerud,
Norwegian University of Science and Technology, Norway

Session D4f: Converter control, Miscelleanous (Prof. J. Cobos, UPM-DEI,
Madrid, Spain)

Power electronics control system simulation with the parallel inference
machine (PIM)
J. Baba, E. Masada, Mi. Tamura, The University of Tokyo, Japan

Real-time Thermal Management of Power MOSFETs in a Motor Drive
C. D. French, P. P. Acarnley, University of Newcastle, United Kingdom

Thermal Monitoring in Integrated Power Electronics - New Concept
W. Wojciak, A. Napieralski, M. Zubert, M. Janicki, T. U. of Lodz, Poland

The Use of Methods Studying Chaos to Analyze a Current Mode PWM H-Bridge
D. Carton, B. Robert, M.C. Pera, C. Goeldel, LAM- UFR, France

Session D4g: Measurement techniques and systems (Prof. W. Ray, University
of Nottingham)

Combined insulated current and voltage measurement system for use in high
power converters
Dieter Eckardt, Siemens AG, Germany

Implementation of the Adaptive Analogue Filter in Voltage Measurement of
Induction Machine
Vanja Ambrozic, David Nedeljkovic, Nastran Janko, University of Ljubljana,
Slovenia

Circuits for Direct Current Measurement with Improved Linearity and Accuracy
Predrag Pejovic, University of Belgrade, Yugoslavia
A Novel System for Current and Voltage Sensing in Traction Converters
M. Bakran, R. Marquardt, A. Mertens, S. Winternheimer, Siemens AG, Germany

Design of current sensors using amorphous wires
M.J. Prieto, F. Nuño, A. M. Pernía, J. M. Lopera, J. Sebastián, Universidad
de Oviedo, Spain

Measurement of a Torque of the Electrical Machines According To Their
Electrical Parameters
Dmitry Topolsky, V.I. Smolin, N.N. Gudaev, Chelyabinsk State Technical
University, Russia

Developments in rogowski current transducers
W F Ray, R M Davis, Power Electronics Measurements Ltd., United Kingdom

Stability Analysis and Performance evaluation of AC Side Current Control
System of Voltage Type Converters
A. Draou, University of Science and Technology of Oran, Algeria

Session D4h: Adaptive robust sliding modes (Prof. W. Schumacher, T. U.
Braunschweig, Germany)

Quasi-sliding mode approach to direct voltage modulation for frequency-controlled VSI drives
V. Oleschuk, Moldovian Academy of Sciences, Moldova

Designing multi-input sliding mode controllers for quantum resonant
converters using the lyapunov-function approach
Miguel Castilla, L. Garcia de Vicuña, Mariano Lopez, José Matas,
Universidad Politécnica de Cataluña - UPC, Spain

Sliding mode controllers for multilevel inverters
J. F. Silva, N. Caldeira, A. Machaieie, Technical University of Lisboa, Portugal

A Robust State Feedback-Based Speed Control System Using Measurable State
Variables in Resonant Motor Drives
Kenji Hara, Seiji Hashimoto, Hirohito Funato, Kenzo Kamiyama, Utsonomiya
University, Japan

On the robustness of sliding mode controllers for twelve pulse parallel
rectifiers
S. Ferreira Pinto, J. Fernando Silva, Technical University of Lisbon - IST,
Portugal

Sliding Mode Control of a Current Type PWM Rectifier
G. D. Marques, Instituto Superior Técnico, Portugal

Session D4i: Identification estimation and adaptive control (Prof. J.
Kyyrä, Helsinki Univ. of Tech., Finland)

Fast estimation of unknown resonant frequencies by means of the VeCon chip set
H. van der Broeck, Ch. Hattrup, M. Oßmann, Philips Forschungslaboratorien
Aachen, Germany

Structure- and Parameter Identification for a Two-Mass-System With Backlash
and Friction Using a Self-Organizing Map
Frank Schütte, S. Beineke, H. Grotstollen, U. Witkowski, U. Rückert, S.
Rüping, University of Paderborn, Germany

Comparison of Methods for State Estimation and On-line Parameter
Identification in Speed and Position Control Loops
Stephan Beineke, F. Schütte, H. Grotstollen, Univ. of Paderborn, Germany

A Practical Identification Scheme for Induction Motors at Standstill using
only a VS Inverter as the Actuator
Jens Godbersen, Paul Thogersen, Michael Tonnes, Danfoss A/S, Denmark

Full-Order Observers for Flux and Parameter Estimation of Induction Motors
Lennart Harnefors, Hans-Peter Nee, The Royal Institute of Technology, Sweden

Real-Time Parameter Estimation and Adaptive Control for an IPM Motor Drive
Razvan C. Pannaitescu, Transilvania University of Brasov, Romania, Lars
Norum, Norwegian University of Technology, Norway

Session D5a: Permanent magnet motors (Prof. Hans Peter Nee, EKC-KTH,
Stockholm, Sweden)

Modelling and simulation of an axial field brushless permanent magnet motor
drive
Nesimi Ertugrul, Eric Chong, The University of Adelaide, Australia

The Analytical and Experimental Study on Torque Performance of Brushless
DC Drives in High Speed Operation
Latif Tezduyar, Kerem Erenay, Fehmi Sonmezoz, Arcelik A.S., Turkey

Analytical calculation of winding losses of inverter-fed PM synchronous
motors with air-gap windings and surface mounted magnets
Jörgen Engström, The Royal Institute of Technology, Freddy Magnussen, ABB
Corporate Research, Hans-Peter Nee, The Royal Institute of Technology,
Sweden

Performance Maximisation of the D.C. Brushless Motor Without the Aid of
Direct Current Control
M. Allan, C. Zhou, Glasgow Caledonian University, United Kingdom

Influence of the Current Control Strategy on the PMSM Drive Performance
during Failures
Mauro Zigliotto, N. Bianchi, S. Bolognani, M. Zordan, University of Padova,
Italy

Direct control of the current vector of a PMSM supplied by an optimized HCC-VSI
A. Comsa, F. Meibody-Tabar, D. Arab-Khaburi, F.M. Sargos, GREEN, France

Session D5b: Traction 1 (G. Zetterberg, Adtranz, Sweden)

D5b 1 Locomotives

A fuzzy wheel-rail adhesion model for rail traction
R. J. Hill, University of Bath, United Kingdom, J-Fr. de la Vassière,
ENSEM, France

Next Generation High Power Locomotive Converter of 12x
K.-H. Ketteler, J. Scheibengraf, R. Reichelt, U. Meyer, ABB Daimler-Benz
Transportation, Switzerland

Digital hardware-in-the-loop simulations of rail-vehicles
Thomas Keller, ABB Daimler-Benz Transportation, Erich Scheiben, ABB
Corporate Research, Switzerland

Implementation of an Advanced Wheel Creep Control with Searching Strategy
on a Light Rail Vehicle
H. J. Schwartz, Ronald Kreße, ABB Daimler Benz Transportation, Germany

D5b 2 Interference

Interference Currents at 3 kV DC Traction Application
U. Ehrler, K.-H. Ketteler, ABB Daimler-Benz Transportation, Switzerland

Analysis methods of line interferences on the example of a DC-line traction
drive
J.-T. Maaß, R. Redmann, ABB Daimler-Benz Transportation (Adtranz), Peter
Terwiesch, ABB Corporate Research, Frank Unger-Weber, ABB Daimler-Benz
Transportation (Adtranz), Germany

Interaction between the drive and the levitation system of the
Superconducting Magnetically Levitated System
Shunsuke Ohashi, N. Tanahashi, H. Ohsaki, E. Masada, The University of
Tokyo, Japan

Control of line harmonics due to 4QC tractive stock by means of filter and
transformer
Wolfgang Runge, Adtranz, Germany

Harmonic distortion in DC traction systems considering distributed and
variable impedances
M. Fracchia, Universita di Genova, Italy, L. Pierrat, Electricité de
France, France, A. Pozzobon, Universita di Genova, Italy

Traction 2 (Prof. Stefan Östlund, EKC-KTH, Stockholm, Sweden)

D5b 3 Inverter/Converter

Compensation of low-frequency beat current using the volt-second
equalisation method for traction inverter drives
Z. Salam, C.J. Goodman, University of Birmingham, United Kingdom

Stress Analysis of Traction Drives
M. W. Winterling, Holec Ridderkerk, W. Deleroi, Delft University of
Technology, E. Tuinman, Holec Ridderkerk, The Netherlands

Operation results of a static converter feeding the dezentral reilway
supply network
H.-C. Doht, Siemens AG, Germany

A PC based low cost real time simulator for traction application
Enrico De Paola, ABB Daimler Benz Transportation Italy, Italy

Compact inverters for supply to Railways
Helge E. Mordt, Høgskolen Østfold, Jan O. Gjerde, Norwegian Electric Power
Research Institute, Norway

MACS ICON - IGBT based Propulsion systems
Anders Lindberg, Peter Oom, Adtranz Sweden, Sweden

D5b 4 Others

Application of a high-power IGBT-converter 2.2 MVA/690 V for kneader-drive
Roland Jakob, Helmut Jebenstreit, Cegelec AEG Anlagen und Antriebssysteme
GmbH, Germany
Robust and Reliable Medium Voltage PWM Inverter with Motor Friendly Output
Michael K. Buschmann, Juergen K Steinke, ABB Industrie AG, Switzerland

Multiparalleling of IGBT Inverters for Output Power of up to 10 MW
Volker Netzold, Siemens AG, Jerzy Ferenz, Siemens EAD, Germany

Electric ship propulsion: a review of possible configurations based on
large electrical machines and high power static converters
M. Fracchia, Universita di Genova, Italy, L. Pierrat, Electricité de
France, France

Watercooled IGBT Converter for Bow Thruster
Terje Rogne, EFI - SINTEF Group, Hallvard Slettevoll, Stadt Automasjon, Norway

Session D5c      Linear drives (A. Wick, Siemens, Germany)

Automatic Control of a Vehicle with Linear Induction Motor
Luis Costa, Jorge Esteves, Pedro Verdelho, Carlos Cabrita, Universidade
Técnica de Lisboa, Portugal

Non-contacting Conveyance System of a Steel Plate using Normal and Thrust
Force of Linear Induction Motor
H. Hayashiya, University of Tokyo, T. Katayama, Hitachi Ltd, H. Ohsaki, E.
Masada, University of Tokyo, Japan

Mathematical modelling of linear induction motors of transport systems
T.K. Kasumova, F.M. Nabiev, Azerbaijan State Oil Academy, Azerbaijan

Microcontroller optimal implementation of a Neural Network position
estimator for a variable reluctance linear actuator
A. Serri, S. Cincotti, M. Marchesi, Universita' di Cagliari, Italy

Experimental Device of Long Stator LSM with Discontinouous Arrangement and
Result
Kazue Seki, Masaya Watada, Susumu Torii, Daiki Ebihara, Musahi Institute of
Technology, Japan

Vectorial control of the linear asynchronous machines
Giuseppe Gentile, S. Meo, Università di Napoli “Federico II", N. Rotondale,
Università dell'Aquila, M. Scarano, Università di Cassino, Italy

Control of special purpose linear drives
Juhan Laugis, Tõnu Lehtla, Tallinn Technical University, Estonia

Session D5d      Reluctance drives (Prof. G. Henneberger, RWTH, Germany)

A generalised approach to Torque and Current computation in Switched
Reluctance motors
Duco W.J. Pulle, Ian R. Petersen, Australian Defence Force Academy, Australia

A New Single Phase Induction Motor Utilizing a Parametric Oscillation
Yoshinori Sakamoto, Mitsuo Natsusaka, Koichi Murakami, Hachinohe Institute
of Technology, Japan

Switched Reluctance Motor with 16 stator poles and 12 rotor teeth
J. Wolff, H. Späth, Universität Karlsruhe, Germany

Improved Control Scheme for Ultrasonic Drives
Jürgen Maas, Horst Grotstollen, University of Paderborn, Germany
Simulation and Control of Saturated Synchronous Reluctance Machine
Miroslav Chomat, Academy of Sciences, Czech Republic, Malcolm D McCulloch,
University of Oxford, United Kingdom

High Performance Switched Reluctance Motor and Power Converter for
Implementation in an Electric Vehicle
Bernd Hexamer, University of Kaiserslautern, Germany

Rotor Position Estimation of a Switched Reluctance Generator
M. Stiebler, K. Liu, TU Berlin, Germany

A New Rotor Position Estimation Method for Switched Reluctance Motors using
PWM Voltage Control
G. Gallegos-Lopez, P.C. Kjaer, T.J.E. Miller, University of Glasgow, United
Kingdom

Effect of changing the number of turns on the performance of a switched
reluctance motor
J. Corda, University of Leeds, United Kingdom

Calculation of Forces in a Hybrid Linear Stepping Motor For Machine Tools
J. F. Gieras, Rongjie Wang, University of Cape Town, South Africa

Two-phase SR motor modelling using a finite element method coupled with the
driver
M. Jufer, M. Crivii, Swiss Federal Institute of Technology, Switzerland

Overload Protection and Maximum Power Operating Point Control of Switched
Reluctance Motor Drives
Reinhard Orthmann, Daimler-Benz AG, Alexander Krautstrunk, Technische
Hochschule Darmstadt, Hans-Peter Schöner, Daimler-Benz AG, Germany

A Novel Method for the Prediction of Losses in Switched Reluctance Machines
J. Reinert, R. Inderka, Aachen University of Technology, Germany

A New Control Angle Strategy for Switched Reluctance Motor
H. Henao, G.A. Capolino, University of Picardie - Jules Verne, M.
Poloujadoff, University of Paris 6, E. Bassiliy, University of Picardie -
Jules Verne, France

Control Analysis of a Switched Reluctance Motor
Milan Cundev, Lidija Petkovska, University of Skopje, Macedonia

Fast digital current control in switched reluctance drive without current
feedback filter
Frede Blaabjerg, Lars Christensen, Aalborg University, Steffan Hansen,
Jesper R. Kristoffersen, Danfoss Drives, Peter O. Rasmussen, Denmark,
Philipp Kjaer, University of Glasgow, United Kingdom

Multicoordinate systems on the basis of linear stepping motors
Svyatoslav Karpovich, Belarusian State Univ. of Informatics &
Radioelectronics, Anatoly Rusetsky, Yuri Mezhinsky, Belarus

DSP based sliding mode control of switched reluctance motor drives
I. Sefa, Gazi Universitesi, S. Özer, C. Elmas,Turkey

Parameters and volt-ampere ratings of a synchronous reluctance motor drive
for flux-weakening applications taking into account iron saturation
N. Bianchi, S. Bolognani, University of Padova, Italy
D5e: Special applications (Prof.W. Sulkowski, Narvik Inst. of Tech. Norway)

A nonlinear vibration damping controller for two-mass-model drive systems
Rached Dhaouadi, Ecole Polytechnique de Tunisie, Tunisie, Kenji Kubo,
Hitachi Ltd, Japan

Experimental results of an electro-hydrostatic actuator system using
sliding-mode position controller
Cláudio Barroso, Escola Náutica Infante D. Henrique, J. António Dente,
Instituto Superior Técnico, Portugal

A Complete Resolver-Based Velocity and Position Tracking System for
High-Performances Drives
Remus Teodorescu, Emil Rosu, Ion Bivol, Cristian Vasilache, “Dunarea de
Jos" University of Galati, Dan Floricau, “Politehnica" University of
Bucharest,, Romania

Testing of a single-sided induction motor on a new rotating rig
Ennio Pappalardo, A. Picardi, Ansaldo Trasporti, Italy

New Control Method for Torus Motors
C. W. Lu, B. J. Chalmers, UMIST, Huang S., HUST, A.C. Renfrew, UMIST,
United Kingdom

Design and fabrication of an ultra-flat brushless motor for hard-disk drive
applications
M.A.M. Gijs, R. Bakker, F. van Gaal, R.L.E. van Haasen, Philips Research
Laboratories, M.E.A. van den Hout, Philips Plastics and Metalware
Factories, C.J. Thijsse, Philips Key Modules, The Netherlands

Analysis of Thyristor Commutation of Series Converter-Type Motor
Waclaw Orlewski, AGH - University of Mining and Metallurgy, Poland

Session D5i: Applications of DTC (Prof. A. Rufer, EPFL, Switzerland)

A Backstepping Approach to Continuous Time Direct Torque Control
Duco W.J. Pulle, Ian R. Petersen, Australian Defence Force Academy, Australia

Direct Mean Torque Control of an Induction Motor
Erich Flach, Rolf Hoffmann, Darmstadt University of Technologies, Germany

Salient pole synchronous motor excitation control in direct flux linkage
control based drives
O. Pyrhönen, J. Kaukonen, J. Luukko, Lappeenranta University of Technology,
Pekka Tiitinen, Janne Väänänen, Markus Gango, ABB Industry Oy, Finland

Permanent magnet synchronous motor drive based on direct flux linkage control
J. Luukko, J. Kaukonen, M. Niemelä, O. Pyrhönen, J. Pyrhönen, Lappeenranta
University of Technology, Pekka Tiitinen, ABB Industry Oy, Finland

Start up Strategies for a Direct Torque Controlled Synchronous Machine
M. R. Zolghadri, D. Diallo, D. Roye, Laboratoire d'Electrotechnique de
Grenoble, France

Direct Torque Control System for Sychronous Machine
M. R. Zolghadri, D. Diallo, D. Roye, Laboratoire d'Electrotechniqe de
Grenoble, France

Performance analysis of a DTC control scheme for induction motor in the low
speed range
D. Casadei, G. Serra, A. Tani, Università degli Studi di Bologna, Italy

Discrete-Time Direct Torque Control
Jehudi Maes, Jan A.A. Melkebeek, Universiteit Gent, Belgium

Session D5j: Energy efficient drives (Prof. I. Nagy, Computer and
Automation Institute, Hungary)

Induction Motor Drives Energy Optimization in Steady and Transient States:
A New Approach
Juan M. Moreno-Eguilaz, Miguel Cipolla-Ficarra, Juan Peracaula, Polytechnic
University of Catalonia, Spain

Model Based Energy Optimiser for Vector Controlled Induction Motor Drives
K. Skaug Rasmussen, Paul Thogersen, Danfoss A/S, Denmark

Analysis of Stability in Low-cost Efficiency Optimal Controlled PWM-VSI Fed
Induction Motor Drives
Flemming Abrahamsen, Frede Blaabjerg, John K. Pedersen, Aalborg University,
Denmark

Comparison of two low-cost small induction motor drive configurations
Benjamin Gordon, R A McMahon, Cambridge University, U. K.

Application of the energy saving induction motors for the supplying
commuter trains
J. B. Klaassens, J. F. Dekkers, Delft Technical University,The Netherlands,
E. A. Lomonova, S.R. Miziurin, S. I. Volsky, Moscow State Aviation
Institute, Russia

Session D5k: Control of ac machines - Industrial applications (Tom Nestli,
ABB Corporate Research, Norway)

A Motor Driving Controller Suitable for Elevators
Mutoh Nobuyoshi, Hitachi Ltd, Ohnuma Naoto, Omiya Akihiro, Hakari Sadao,
Konya Masahiro, Mine Toshisuke, Elevator Development Center Hitachi Ltd,
Japan

Variable structure control for high power induction motors driven by GTO
inverter
F. Ben Ammar, H. Godfroid, CEGELEC, J. F. Yhuel, S. Siala, Laboratoire
Atlantique de Recherche en Génie Electrique, France

Application of Field Oriented Control to double winding asynchronous motors
in large power inverter drives
M. Matuonto, G. Torri, M. Frascotti, A. Monti, M. Riva, Politecnico di
Milano, Italy

Modulation and Control of Current Source Converters for High Dynamic
Performance of Induction Motors
I. J. Iglesias, CEDEX, Spain, H. Zelaya de la Parra, The University of
Birmingham, United Kingdom

Speed forced control of a standard induction motor for spindle applications
Constantin Apostoaia, Transilvania University of Brasov, Romania

System design of an integrated control unit for variable speed drives
W. A. G. de Jager, J.A.J.M. Geerligs, A. Duym, Holec Machines en Apparaten
B.V., The Netherlands
Experimental validation of the use of a direct feeding algorithm in a.c. drives
E. Pagano, Università “Federico II" Napoli, A. Bobbio, G. Bosia, Ansaldo
Ricerche Genova, M. L. Grassi, Università “Federico II" Napoli, Italy

Evaluation of several switching tables used in variable structure control
of highpower induction motor drives supplied with 3-level inverters
A.-M. Arcker-Hissel, M. Pietrzak-David, Laboratoire d'Electrotechnique et
d'Electronique Industrielle, F. Ben Ammar, CEGELEC - DEI, B. de Fornel,
LEEI, France

A slip control strategy of constant-power IM drives
Z. J. Zhai, K. H. Oh, P. G. Im, D. J. Kim, Samsumg Electronics Co. ltd, Korea


Session D5l: Control of ac machines - Control and implementation (Jouko
Niiranen, ABB Industry Oy, Finland)

Implementation of Indirect Vector Control on an Integrated Digital Signal
Processor - Based System
Ali Keyhani, Mohammad N Marwali, Willy Tjanaka, Ohio State University, USA

Pseudo Torque Control (PTC) A New Control Concept for Induction Motors
C. Tuttas, Universität Kaiserslautern, Germany

System Performance of Fieldbus Linked Electric Drives
M. Franke, G.-H. Geitner, Technical University Dresden, Germany

Improvement of the Operation Limit of a Field-Weakening Speed Control
System for a Self-Controlled Synchronous Motor
Shoji Nishikata, Toshitaka Namba, Tokyo Denki University, Japan

Converter control of an asynchronous motor drive with the minimum current
consumption
Zdenek Cerovsky, Jiri Javurek, Czech Technical University, Czech Republic

Filtered PWM-inverter output waveforms in a medium speed (<30000 rpm)
solid-rotor induction motor drive
Jussi Huppunen, Juha Pyrhönen, Lappeenranta University of Technology, Finland

Dynamic modeling and model based control of an induction machine
Lutz Krüger, D. Naunin, TU Berlin, Germany

Feedback linearisation and multivariable cascaded predictive structure
control of induction machine
P. Boucher, A. Benyahia, D. Dumur, SUPELEC, France

R-S-T regulators for an induction motor drive: comparative study
I. Slama-Belkhodja, L.S.E.-E.N.I.T., Tunisie, B. de Fornel,
L.E.E.I.-I.N.P.T., France

Hƒ/µ-synthesis current controller for a synchronous machine
P.O. Nyman, W. Sulkowski, Narvik Institute of Technology, Norway

Anti-Windup of PI Controllers Considering Inverter Saturation
Dong-Choon Lee, G-Myung Lee, Yeungnam University, Korea

The new CSI control strategy for avoiding slow response in vector
controlled induction motor drive
Aleksandar Nikolic, Paper Mill Belgrade, Borislav Jeftenic,
Electrotechnical Faculty Belgrade, Yugoslavia
Indirect control of induction motor based on state stimulator
Andrzej Debowski, Marek Dzikowski, Henryk Mroczek, Instytut Automatyki
Politechniki Lodzkiej, Poland

Perodic Responses of a Nonlinear Current Controlled IM Drive
Zoltán Sütö, István Nagy, Technical University of Budapest, Hungary

Control System for the Voltage Source DC Link Converter in the Rotor
Circuit of a Slip Ring Induction Machine
Helmut Weiss, Markus Lampersberger, University of Leoben, Austria

A new control method of active torque ripples filter in high power
electrical machines
B. Davat, A. Khezzar, GREEN, France

Session D6a: Servo drives and actuators (Prof. A. Vandenput, T. U.
Eindhoven, The Netherlands)

Current Control and Magnet Configurations for High Torque to Current Ratio
in Surface Mounted Permanent Magnet Synchronous Motors
Katsuji Shinohara, Kagoshima University, Yasuo Mieno, Kagoshima National
College of Technology, Japan

High Performance Vector Position Control of a Helical Reluctance Motor for
an Ultra Precision Lathe
S. Brückl, Technische Universität München, Germany

A DSP based Robust Optimal Servo Motor controller
P. Kettle, A. Murray, Analog Devices, A. Holohan, Dublin City University, USA

Adaptive Control of the Linear Oscillatory Actuator for Artificial Heart
Tomoyuki Honda, Mayumi Hashimotot, Masaya Watada, Susumu Torii, Koh Imachi,
Daiki Ebihara, Musashi Institute of Technology, Japan

A Learning-Based Speed Control of Servomotors with Its Application to VCR
In-Joong Ha, Young-Hoon Kim, Seoul National University, Korea

Camparative analysis of doubly-salient reluctance and permanent-magnet actuators
M.M. Radulescu, C. Martis, K. Biro, T. U. of Cluj-Napoca, Romania

A Novel Electronically-operated Linear Variable-reluctance Actuator
M. York, J.M. Stephenson, A. Hughes, The University of Leeds, U. K.

Tracking control of a two dof robot using disturbance observer
Stefan Dumbrava, Iosif Olah, "Gh. Asachi" T. U. of Iasi, Romania

Switching Flux Permanent Magnet Polyphased Synchronous Machine
Emmanuel Hoang, Hamid Ben Ahmed, Jean Lucidarme, LESiR - ENS de Cachan, France

Optimized control on a two axis - robot by means of Evolution Strategies
R. Richter, W. Hofmann, TU Chemnitz, Germany

Some applications of the ultrasonic microactuators in robotic miniaturization
Mircea Ignat, Research and Development Inst. for Electrical Engineering,
Gheorghe Amza, Politehnical University of Bucharest, Romania

Intelligent Motion: The new challenge for electrical drives
Pacas J.M., University of Siegen, Germany
Session D8a-1    FACTS 1 (Prof. H. Akagi, Okayama Univ., Japan)

Iterative harmonic simulation between a TCR, transformer saturation and the
power system
J. Gonzalez, Univ. de Las Palmas de Gran Canaria, Spain, J. Arrillaga,
Univ. of Canterbury, New Zealand, J. Cidras, Universidad de Las Palmas de
G.C., Can. Islands Spain

Implementation of a Robust Hƒ Controller for a Unified Power Flow Controller
S.D. Round, University of Canterbury, New Zealand, Q. Yu, L.E. Norum, T.M.
Undeland, Norwegian Institute of Science and Technology, Norway

Analog real-time model of an unified power flow controller
Marcio Magalhães de Oliveir, Äke Ekström, Royal Institute of Technology, Sweden

Application of FACTS Devices for the Maximum Loadability Improvement in
Transmission Lines
S.M. Sadeghzadeh, Laboratoire d'Electrotechnique de Grenoble, France, M.
Ehsan, Sharif University of Technology, Iran, Said N. Hadj, R. Feuillet,
Laboratoire d'Electrotechnique de Grenoble, France

Static Electronic Tap-Changer for fast phase voltage control
Tommy Larsson, ABB Components, Reijo Innanen, Fundia Steel AB, Gunnar
Norström, VB Elnät, Sweden

On using FACTS and power system stabilizers to damp low frequency oscillations
J-C Passelergue, N. Hadjsaid, Y. Besanger, R. Feuillet, INPG - LEG, France

Forced Sharing of dc Capacitor Voltages in a Multi-Level GTO Static Var
Compensator (SVC)
S B Tennakoon, D. Scheidecker, Staffordshire University, United Kingdom

Influence of AC network impedance on the control performance of a VSC
operating at different switching frequencies
Anders Lindberg, Marcio M. de Oliveira, Ying Jiang, Royal Institute of
Technology, Sweden

Multivariable feedback current control of a PWM Voltage Source Converter
connected to an AC system with variable AC network impedance
Anders Lindberg, Marcio M. de Oliveira, Ying Jiang, Royal Institute of
Technology, Sweden

UPFC application to suppress flicker in arc furnace supply system
M. Zouiti, S. Saadate, GREEN - UHP, X. Lombard, P.G. Therond, C. Poumarede,
Electricité de France, France

Validation of power electronic component models for power transmission
system studies
Kjetil Uhlen, Astrid Petterteig, Norwegian Electric Power Research
Institute (EFI), Norway

Session D8a-2    FACTS 2 (K. Uhlen, EFI, Norway)

Pseudo-resonant Compensator for Full Control of Real and Reactive Power
George G. Karady, Pramod Parihar, Arizona State University, USA

Power modulation capability of shunt and series compensators and phase shifters
D.A. Pastos, G.B. Giannakopoulos, N.A. Vovos, University of Patras, Greece

Static VAR compensation for flicker reduction
B. Gollentz, CREEBEL, G. de Preville, J.L. Pouliquen, CEGELEC, France

On the Problem of Reactive Energy Compensation in High-Voltage Electric Networks
P.A. Shavrin, N.E. Kuznetsov, Togliatti Polytechnic Institute, Russia

Solid-state power factor correction using voltage-source inverter
self-controlled DC bus
A.M. Zaki, A.A. Mansour, Electronics Research Institute, O.A. Mahgoub, E.E.
Abu-Elzahab, Cairo University, Egypt

Solid-state control for transformer tap changing
P. Bauer, S. W. de Haan, TU Delft, The Netherlands

Limitation of power control using UPFC controllers
Dionizio Paschoareli Jr., University of Aberdeen, Robert Yacamini,
University of Cork, United Kingdom

Using a PWM modulated Voltage Source Converter for flicker mitigation
Tomas Larsson, Royal Institute of Technology, Sweden

DSP Control of an Active Power Line Conditioning System
J.M. Carrasco, M. Perales, E. Galván, L. G. Franquelo, Universidad de
Sevilla, Spain

Session D8b      HVDC (B. R. Anderson, GEC Alsthom, U.K.)

Thyristor-Converters for Connecting 16 2/3 Hz and 50 Hz AC Systems
N. Christl, H. Huang, Siemens AG, Germany

Interactions between AC and DC transmission systems: modelling for use in
power system studies
B. Delfino, G.B. Denegri, M. Invernizzi, A. Morini, University of Genoa, Italy

Emergency replacement of a 500kV HVDC converter at Sylmar East
P. Fischer, P. Braun, P. Lips, K. Sadek, M. Fahnrich, Siemens AG, Germany

Wednesday 10 September1997

Session D1e: Characterization and Applications

D1e - 1: (P. Lindman, Ericsson Components, Sweden)

Comparative analysis of switching dynamics of punch-through and non
punch-through IGBTs at high temperature
S. Azzopardi, J.-M. Vinassa, C. Zardini, Université Bordeaux 1, France

IGBT modules working at cryogenic temperature
F. Rosenbauer, H. W. Lorenzen, Technische Universität München, Germany

Effect of the Physical Structure on the Recovery Softness of PIN diodes:
Experimental and Numerical Analysis
M. Pasqualetti, M. Portesine, R. Scicolone, B. Zerbinati, Ansaldo
Trasporti, R. Menozzi, A. Bellini, University of Parma, Italy

Series and parallel operating of MCTs
A. Merazga, J.M. Li, D. Lafore, Ecole Supérieure d'Ingénieurs de Marseille,
France

Comparison of PT and NPT Cell Concept for 600V IGBT's
R. Siemieniec, M. Netzel, Technical University of Ilmenau, R. Herzer,
Semikron Elektronik GmbH, Germany

Gate-drive requirements and drain-gate feedback in high voltage IGBTs
Y.C. Gerstenmaier, M. Stoisiek, Siemens AG, Germany

An Investigation of the Turn-Off Characteristics of an IGBT Under Short
Circuit Conditions
Patrick W. Wheeler, Chris Newton, University of Nottingham, United Kingdom

Switching Balancement Of Series Connected Insulated Gate Devices By Gate
Control Strategy
M. Melito, G. Belverde, A. Galluzzo, S. Musumeci, SGS-Thomson
Microelectronics, Italy

Evaluation of High Power IGBTs for Traction Applications
Martin Hollander, Gunnar Zetterberg, ABB Daimler Benz Transportation Ltd, Sweden

D1e - 2 : (L. Lorenz, Siemens, Germany)

A easy method to estimate switch-off losses in your application
D. Lafore, A. Merazga, J.M. Li, CEGEMA - Ecole Supérieure d'Ingénieurs de
Marseille, France

Active Voltage Clamping Techniques for Overvoltage Protection of
MOS-Controlled Power Transistors
Tobias Reimann, R. Krümmer, Technical University of Ilmenau, J. Petzoldt,
University of Rostock, Germany

Application dependent gate trigger requirements of gate turn-off thyristors
F.J. Wakeman, Westcode Semiconductors, M.S. Khanniche, University of Wales,
United Kingdom

An Experimentally Validated Transient Thermal Impedance Model for High
Power Diodes and Thyristors With Transient Junction Temperature Calculation
F. Profumo, A. Tenconi, S. Facelli, Politecnico di Torino, B. Passerini,
International Rectifier Corporation Italiana, Italy

A systematic Approach for Testing Today's Power Semiconductors to Obtain a
Generally Applicable Characterization
Andreas Lindemann, IXYS Semiconductor GmbH, Germany

Evaluation and modelling of the power losses in the horizontal deflection
circuit in televisions - with focus on the semiconductors
Leo Østergaard, Bang & Olufsen A/S, Uffe B. Jensen, Aalborg University, Denmark

Evaluation and Comparison of Energy Loss in Regenerative and Nonlinear
Dissipative Snubbers for Bridge Legs
Xiangnin He, Deng Yan, Zhaoming Qian, Zhejiang University, P.R. China

A New Fault Tolerant Semiconductor Laser Triggering System for Light
Trigger Thyristors
C. O. Nwankpa, George Rost, Robert Fischl, Drexel University, Arye Rosen,
Dean Gilbert, David Sarnoff Research Center, David Richardson, Electric
Power Research Institute, USA

Optimisation of the thermal metal spray process for the manufacture of mass
produced hybrid integrated power electronic converters
J. D. van Wyk, P.A. Janse van Rensburg, Rand Afrikaans University, South Africa

Session D1f: Modelling (Prof. G. Busatto, Univ. of Napoli, Italy)
An Electrothermal Model for DMOS devices in ELDO applied to the simulation
of an integrated H-bridge
O. Schepp, A. Kostka, Technical University of Darmstadt, Germany

Modelling the Forward Recovery of the High Power Diode for Circuit Simulation
Rémy Kolessar, Royal Institute of Technology, Bo Danielsson, ABB Power
Systems AB, Sweden

A new model of a mos component compatible with the automatic circuit simulation
Z. Bestaoui, C. Batard, B. Feuvrie, C. Bergmann, IUT de Nantes, France

The Lumped-Charge Buffered Power Diode Model for High Power Applications
Kraig J. Olejniczak, Zia Hossain, University of Arkansas, Eric X. Yang, Vic
A.K. Temple, Harris Semiconductor, Cliff L. Ma, Analogy Inc., USA

Analysis of abnormal behavior region for orthogonal-core type parametric
transformer
Katsubumi Tajima, Masayuki Mikami, Akio Kaga, Osamu Ichinokura, Akita
University, Japan

An Automatic Parameter Extraction Technique for an Improved PiN Diode
Circuit Model
Antonio Strollo, Ettore Napoli, University of Naples, Luigi Fratelli,
Giuseppe Giannini, Ansaldo Trasporti, Italy

High Critical Temperature Superconducting Switches for Power Electronics
Applications
L. Garcia-Tabarés, I. Iglesias, A. Ramos, CEDEX, P. Abramian, Ciemat, R.
Navarro, ICMA, X. Obradors, ICMAB, Spain

An Accurate Circuit Model for Coreless PCB-based transformers
S. Y. R. Hui, H. Chung, S. C. Tang, City University of Hong Kong, Hong Kong

Analytical Model for Dynamic Avalanche Breakdown in Power Devices
L. Göhler, Universität der Bundeswehr München, J. Sigg, Siemens AG, Germany

General Approach to Thermal Simulation of Modern Smart Power Electronic Devices
M. Furmanczyk, A. Szajfler, A. Napieralski, Technical University of Lódz, Poland

The IGBT model optimised for the circuit analysis and design
Witold Pawelski, Andrzej Napieralski, Technical University of Lodz, Poland

Thermal measurement and hysteresis modeling of ferrite core losses under
SMPS-conditions
T. Werner, M. Esguerra, Siemens Matsushita Components, Germany

PSPICE model for high voltage IGBTs
Giovanni Busatto, A. Polverino, Università di Napoli “Federico II", L.
Fratelli, G. Giannini, Ansaldo Trasporti, Italy

Electrothermal simulation of fast switching integrated power elctronic circuits
P. Vales, J.M. Dorkel, Ph. Leturcq, LAAS, France

On-State Electrothermal Modelling of Large Area Power Components and
Multichip Power Modules
K. Bellil, P. Tounsi, J.-M. Dorkel, Laboratoire d'Analyse et d'Architecture
des Syst. du CNRS, Ph. Leturcq, Institut National des Sciences Appliquées
de Toulouse, France
Session D2a: Multilevel and matrix converters (Prof. B. Davat, GREEN,
Nancy, France)

Three-Phase Three-Level Voltage-Source Converters Coupled with Harmonic
Canceling Interphase Reactors
Kuniomi Oguchi, Naoya Nakajima, Takahiko Sano, Ibaraki University, Japan

Stability Analysis of Multilevel Converters with Imbricated Cells
J.L. Duarte, P.J.M. Julicher, L.J.J. Offringa, W.D.H. v. Groningen,
Eindhoven University of Technology, The Netherlands

Five Level Laboratory VAr Compensator With Separated Floating DC Voltages
Tonny W. Rasmussen, Technical University of Denmark, Denmark

A New Current Control Scheme for a 3-Level Inverter Using Neural Networks
J.Y. Choi, I. Choy, J.H. Song, Korea Institute of Science & Technology,
H.W. Lee, Hyundai Heavy Industries Co Ltd, Korea

Control strategy for multilevel converter applied for electric power system
Noriyuki Kimura, Akira Matsumoto, Toshimitsu Morizane, Katsunori Taniguchi,
Osaka Institute of Technology, Japan

Serial connection: soft switching a way to reduce parasitic overcurrents
N. Lapassat, D. Chatroux, Commissariat à l'Energie Atomique, D. Lafore,
CEGEMA-ESIM, France

Switch-Effective Control Strategy for Matrix Converters
Ake Christensson, ABB Corporate Research, Sweden

A Matrix Converter switching controller for low losses operation without
snubber circuits
J-J Huselstein, R. Cittadini, C. Glaize, Université Montpellier II, France

Multilevel inverter: a formal approach to the modulation design
A. Monti, M. Lazzaroni, F. Tognato, Politecnico di Milano, Italy

A 3kW unit-power-factor multilevel rectifier based on a double-boost converter
Patrick Bartholomeus, Philippe Le Moigne, Ecole Centrale de Lille, France

Single- and three-phase multilevel converters for traction systems 50Hz/16
2/3 Hz
N. Schibli, A.-Ch. Rufer, Swiss Federal Institute of Technology, Switzerland

A new approach in multilevel power conversion
Mario Marchesoni, Università di Genova, A. Damiano, Università degli Studi
di Cagliari, M. Fracchia, Università degli Studi di Genova, I. Marongiu,
Università degli Studi di Cagliari, Italy

Session D2b: Power converters (Prof. J. W. Kolar, T. U. Vienna, Austria)

Thyristor power supplies for plasma technology
Teolan Tomson, Estonian Energy Research Institute , Estonia, Aruy Marotta,
Heinz Hoppe de Souza, Ins. de Fisika "Gleb Wataghin", Brazil

An Improved Three-Phase Diode Rectifier for Reducing AC Line Current Harmonics
Shigeo Masukawa, Shoji Iida, Tokyo Denki University, Japan

Optimizing switching losses of pulse-controlled inverters observing
EMC-guidelines by combining intelligent vector-modulator with individual
relief circuits
Olaf Scheuer, B. Orlik, University of Bremen, Germany

DC Link Currents in Bidirectional Power Converters with Coordinated Pulse
Patterns
L. Sack, University of Erlangen, Germany

VSS control of unity power factor boost rectifier
Karel Jezernik, University of Maribor, Slovenia

The space vector control of the PWM-Rectifier using U/f references
Jaakko Ollila, Tampere University of Technology, Finland

A current-source PWM-rectifier with reactive power control
Mika Salo, Heikki Tuusa, Tampere University of Technology, Finland

Comparison of state of the art Gate Drive Techniques for High Side Switch
I. Zverev, University of Rostock, S. Konrad, V. Schilling, Technical
University of Ilmenau, J. Petzoldt, University of Rostock, Germany

Analysis of Phase-Shift Controlled AC-AC Converters Based on Switching
Vector Theory
J. Kyyrä, Helsinki University of Technology, Finland

The energy efficient defence circuits of the commuter train converters
S.I. Volsky, P. V. Butenko, E.A. Lomonova, Moscow State Aviation Institute,
Russia, A.B. Uan-Zo-li, Virginia Tech, USA

A new forward converter using non-dissipative snubber
João B. Vieira Jr., Universidade Federal de Uberlândia, J. A. Corrêa Pinto,
Escola Técnica Federal do Pará - ETFPA, A. A. Pereira, V. J. Farias, L. C.
de Freitas, Universidade Federal de Uberlândia, Brasil

Watercooled GTO Compact Converter
Heinrich Baumann, Johannes Scholten, Manfred Zengerle, ABB Daimler-Benz
Transportation GmbH, Germany

An optimised energy recovery snubber circuit for switching power converters
Diana Izvorska, Joe Leisten, University of Teesside, United Kingdom, Petrov
Roumen, Swichtec Power Systems Ltd, New Zealand

Electronic crowbar design for high voltage distribution transformer
P. Bauer, TU Delft, The Netherlands

A Novel Direct Frequency Converter Structure Controlled by a Cooperative
Predictive Algorithm
Eduardo P Wiechman, Rolando P Burgos, Universidad de Concepcion, Jose R.
Rodriguez, Universidad Santa Maria, Chile

High power (1 MVA - 1000 V - 1000 A) soft switching PWM IGBT converter
Cazabat S., Gonzalez J., Alcatel Alsthom Recherche, Critchley R., Cegelec,
Forest F., Melhem W., LESIR, Pouliquen H., EDF, France

Session D2c: Resonance applications (Prof. Y. Cheron, LEEI/ENSEEIHT, France)

Improvement of the power factor of dimmers using high frequency zero
current switching
G. Schröder, K.-J. Lux, B.H. Yu, University of Siegen, Germany

Novel zero current switching high frequency inverter applied for an
induction heating system in emission control
Yoshihiro Hatanaka, Suzuki Masaki, Sekiya Yoshiaki, Tokyo University of
Mercantile Marine, Japan

Applications of Soft Switching High Frequency Inverter for reduction of NOx
Y. Sekiya, Y. Hatanaka, Tokyo University of Mercantile Marine, Japan

Design of a LCC resonant inverter for high-frequency lamp ballast resonant
current controlled with high power factor
F. Ferrero, M. Rico, A. Marcos, C. Blanco, E. Corominas, A. Calleja, Universidad de Oviedo, Spain

Self-adjusting resonant converters and application by high power electrical
ARC furnaces
Kuno Janson, Jaan Järvik, Tallinn Technical University, Estonia

Soft switching inverter power source for arc welding
Hubert Mecke, Wolfgang Fischer, Frank Werther, Otto-von-Guericke-University
Magdeburg, Germany

A Novel Auxiliary Resonant Commutated Pole Inverter Topology with Zero
Current Turn-off Switching
Min-Hong Kim, Samsung Motors Inc., Dong-Seok Hyun, Hanyang University, Korea

IGBT Half-Bridge Inverter for Induction Heating Applications with Active
Auxiliary Resonant Circuit
Jin-Woo Jung, LG Electronic Inc., Byoung-Kuk Lee, Bum-Seok Suh, Dong-Seok
Hyun, Hanyang University, Korea

Series capacitor compensated load-resonant inverters with PWM-related PFM
control scheme soft-switching for induction heating
Mutsuo Nakaoka, Yamaguchi National University, Satosi Nagai, Tsuyama
National College of Technology, Naoya Baba, Yasuhiro Arai, Yamaguchi
National University, Japan

Soft-Switched PWM High-Frequency Load-Resonant Inverter with Power Factor
Correction for Induction-Heating Cooking Appliance
S. P. Wang, M. Nakaoka, Yamguchi National University, K. Izaki, H. Omori,
Matsushita Electric Industrial Co. Ltd, Japan

A Novel Resonant DC Link Bidirectional Three Phase PWM Converter for
Battery Energy Storage System
E. Hiraki, M. Kurokawa, M. Nakaoka, Yamaguchi University, Japan

Digital predicitive current control of quasi resonant DC link inverter fed
asynchronous motors
Aldo Perfetto, Università di Napoli “Federico II", C. Attaianese,
Università di Cassino, S. Meo, Università di Napoli "Federico II", Italy

Session D2d: Resonance 1 ( Prof. H. Foch, LEEI/ENSEEIHT, France)

A Control Analysis and Closed-Loop Design for Serie-Parallel Resonant Converter
T. Planas, SUPELEC, J. Laeuffer, General Electric Medical System-Europe, E.
Godoy, B. Lorcet, D. Sadarnac, SUPELEC, France

FPGA based Control of an ARCP-Inverter without Additional Sensors
L. Sack, H.G. Eckel, K. Rascher, University of Erlangen, Germany

A generalized sliding mode controller for half-wave quantum resonant converters
Miguel Castilla, L. Garcia de Vicuña, Mariano Lopez, Universidad
Politecnica de Cataluña-UPC, Spain
A full-bridge SR-PWM DC-DC converter operating at reduced conduction and
commutation loss using phase-shift control
J.B. Vieira Jr., J.C. da Silva e Sousa, A.A. Pereira, V.J. Farias, L.C. de
Freitas, Universidade Federal de Uberlândia, Brazil

A High-Power-Factor Buck Converter with Soft-Switching Operation
Katsunori Taniguchi, Y. Nakaya, T. Morizane, N. Kimura, Osaka Institute of
Technology, Japan

Thermal Failures on a 2kW-100kHz IGBT-based DC-DC Resonant
Dario D'Amore, Politecnico di Milano, Italy

IGBT series resonant AC-DC converters with improved power factor
Sam Ben-Yaakov, Gregory Ivensky, Ilya Zeltser, Arkadiy Kats, Ben Gurion
University of the Negev, Israel

Reliable method used to size a multiresonant LCCL type converter
B. Dakyo, F. Lafitte, L. Protin, Université du Havre, France

Evaluation of resonant converters for increased softswitching range

Roy Nilsen, Norwegian University of Science & Technology, Terje Melaa, Tom
F. Nestli, ABB Corporate Research, Norway, Per Ranstad, ABB Fläkt AB,
Sweden

Session D2e: Resonance 2 (Odd Roar Schmidt, Powec, Norway)

An asymmetrical reactor type zero current switching DC-DC converter with
constant frequency voltage control
Masaki Suzuki, Yoshihiro Hatanaka, Sachio Kubota, Tokyo University of
Mercantile Marine, Japan

Direct three-phase “low frequency" to single phase “high frequency"
converter with sinusoidal line currents
Florent Andrianoelison, Cyril Pouet, Darius Dedecius, LARGE, France

A series resonant DC/DC converter operating in ZVS mode from maximum power
to no load
Florent Andrianoelison, Darius Dedecius, LARGE, Yvon Cheron, LEEI, France

Design Improvement and Experimental Characterization of the Full Bridge ZVS
Converter With Secondary Clamped Inductor
João Beirante, Beatriz V. Borges, Instituto de Telecomunicações, Portugal, Stanimir Valtchev, Technical
University of Sofia, Bulgaria

Fixed frequency full bridge DC-DC PWM-resonant converter with reduced
switching losses
Nuno Filip Pereira, Beatriz V Borges, Victor Anunciada, Instituto de
Telecomunicações, Portugal

A New Isolated Flyback Converter that Uses the Leakage Inductance of the
Transformer to Achieve Fully Soft-Switching
Henry Chung, S. Y. R. Hui, W.H. Wang, City University of Hong Kong, Hong Kong

A lossless commutation PWM boost converter with unity power factor operation
L.C. de Freitas, R. Tóffano Jr., A.A. Pereira, J.C. de Oliveira, V. J.
Farias, J. B. Vieira Jr., Universidade Federal de Uberlândia, Brazil

Application of the AC link in power conversion systems
Antoni Bogdan, Tadeusz Citko, Bialystok Technical University, Poland
Improvement of performance of 4Q converter using DC link inductor in
unidirectional current mode
B. Dobrucky, University of Transport and Communications, Slovak Republic,
J. Kyyrä, Helsinki University of Technology, Finland, V. Racek, Slovak
Technical University, M. Hukel, University of Transport and Communications,
Slovak Republic

Session D5g: Sensorless drives - Induction Machines (Prof. S. Bolognani,
Univ. of Padova, Italy)

Robust control of sensorless induction motor drives
R. Blasco-Giménez, F. Morant, Univerisdad Politécnica de Valencia, Spain

A Novel Sensorless Vector Control System Based on Series Dual Model Observer
Wei Zhu, Boshi Chen, Shanghai University, P.R. China

A microcontroller implementation of speed sensorless field oriented control
of induction machine
Martin Riese, Dresden University of Technology, Germany

A novel sensorless controller for induction motor drives
Yen-Shin Lai, National Taipei Institute of Technology, S.S. Perng, National
Taiwan Institute of Technology, C.H. Liu, National Taiwan Institute of
Technology, Taiwan R.O.C.

A sensorless position induction motor drive using an asymmetric
outer-section cage rotor
G.M. Asher, J. Cilia, K J Bradley, University of Nottingham, United Kingdom

Implementation of a Sensorless Induction Motor Drive Control System with
prescribed Closed Loop Speed and Rotor Magnetic Flux Dynamics
S. J. Dodds, East London University, United Kingdom, Jan Vittek, University
of Transport & Communication, Slovakia, Martin Mienkina, Trinec Steel
Works, Czech Republic

A PCMCIA DSP-card to boost inverter performance: Extended Kalman Filter in
sensorless control of ac-drives
Eckart von Westerholt, Schneider Electric, France

Real-Time Sensorless Control for Rotor Field Oriented Induction Motor
Dragos Ovidiu Kisch, Marian Ghinea, Gabriel Sirbu, University Politehnica
of Bucharest, Mariana Kisch, Cygnus Computer Bucharest, Romania

Sensorless Vector Control of Induction Machines with Stator Voltage Offset
Compensation
Yukio Kataoka, Hisao Kubota, Kouki Matsuse, Meiji University, Japan

Field Oriented Control of Induction Motor without Speed Sensor
M. Hövermann, B. Orlik, U. Schumacher, University of Bremen, Germany

Sensitivity analysis of sensorless induction motor drive to motor parameter
changes
Teresa Orlowska-Kowalska, Piotr Wojsznis, Technical University of Wroclaw,
Poland

DSP Implementation of an AC-Machine Sensorless Speed Measurement System
Using the Wigner Distribution
José Alex Restrepo Z, Trina A. de Pérez, María I. Giménez de Guzmán, Victor
M. Guzmán, Universidad Simón Bolivar, Venzuela
Session D5h: Sensorless drives - Brushless Machines (Prof. F. Blaabjerg,
Aalborg University, Denmark)

A Sensorless Position control by Salient-Pole Brushless DC Motor
Nobuyuki Kasa, Tokyo Metropolitan Institute of Technology, Hiroshi
Watanabe, Tokyo Metropolitan Institute of Technology, Japan

High frequency method of sensor elimination in interior permanent magnet
(IPM) motors
Jun Oyama, Mengesha Mamo, Takashi Abe, Tsuyoshi Higuchi, Eiji Yamada,
Nagasaki University, Japan

An Improved Method for Sensorless Adaptive Control of Permanent-Magnet
Synchronous Motors
Lennart Harnefors, Peter Taube, Hans-Peter Nee, The Royal Institute of
Technology, Sweden

A DSP based controller for the sensorless control of synchronous machines
D. Arab Khaburi, F. Meibody Tabar, A. Comsa, F.M. Sargos, GREEN, France

A permanent magnet synchronous motor flux control scheme without position
sensors
Gastón Pesse, Tomás Pagá, Universidad Simon Bolivar, Venezuela

Sensorless DSP Control of a Trapezoidal Brushless DC Motor
S. Grainger, M. Allan, T. Westwood, R. Champaneri, Glasgow Caledonian
University, United Kingdom

Sensorless Control of a Switched Reluctance Motor Using a Kalman Filter
A. Brösse, G. Henneberger, Institut of Electrical Machines, Germany

Kalman-Filter Based Sensorless Control of an IPM Motor Drive
Razvan C. Panaitescu, Transilvania University of Brasov, Romania, Lars
Norum, Norwegian University of Technology, Norway

Session D5m: Estimation and parameters analysis (W. Wijmeer, Sidmar, Belgium)

Robust Kalman Filtering in Direct Torque Control
Ian R. Petersen, Duco W.J. Pulle, Australian Defence Force Academy, Australia

Parameter Estimation from Step Excitation Tests on a Stationary Induction Motor
K.R. Thompson, P.P. Acarnley, University of Newcastle, United Kingdom

Modern experimental tools for parameter identification and field-oriented
control design of a small power induction machine
C. Millet, D. Leroux, Y. Li, B. Feuvrie, C. Bergmann, IUT de Nantes, France

A Digital Parameter Identification for a Vector Controlled Induction Motor
Marco Tursini, University of L'Aquila, Italy, M. Tsuji, Nagasaki
University, E. Yamada, Nagasaki University, Japan, F. Parasiliti,
University of l'Aquila, Italy

On-line rotor-resistance estimation for induction motors
A. Garcia-Cerrada, J.L. Zamora, Universidad Pontificia Comillas, Spain

On Line Parameter Estimation of the Induction Machine Model using Active
and Reactive Power Balance for Spatial Vectors of Field Oriented Drives
J M A Castro, A Bueno Montilla, Universidad Simon Bolivar, Venezuela
A rotor flux position and the rotor time constant adaptive identification
for Indirect FOC method
W. Sulkowski, Narvik Institute of Technology, Norway

An application of adaptive predictive speed controller for induction motor
drives
Antonello Monti, Miguel Cipolla Ficarra, Politecnico di Milano, Italy

A new rotor time constant identification method for indirect vector
controlled induction motor drive
Alenka Hren, Karel Jezernik, University of Maribor, Slovenia

Estimation of the saturation dependent induction machine parameters at
standstill with Generalized Binary Noise input signal
R.J.A. Gorter, A. Veltman, J.L. Duarte, Eindhoven University of Technology,
The Netherlands

Identification of rotor parameters and speed estimation in induction motor
drives
Ignazio Marongiu, Università di Cagliari, Ciro Attaianese, Università di
Cassino, Alfonso Damiano, Università di Cagliari, Aldo Perfetto, Università
di Napoli, Italy

On-line parameter estimation of induction machines using sinusoidal PWM
waveforms
L.A. de S. Ribeiro, C.B. Jacobina, A.M.N. Lima, UFPB/CCT/DEE, Brazil

Experimental Identification of Asynchronous Machine
P. Ph. Robet, M. Gautier, C. Bergmann, B. Feuvrie, C. Millet, IUT de
Nantes, France

A microprocessor-based speed regulator using state and disturbance observer
Maciej Tondos, University of Mining & Metallurgy, Wojciech Mysinski,
Technical University of Cracow, Poland
Automatic Input/Output Modelling of a Squirrel-Cage Induction Motor Drive
System Using Neural Network
J. F. Martins, A. J. Pires, Instituto Politécnico de Setubal, J. A. Dente,
Instituto Superior Técnico, Portugal

Session D7a: Drives, control of drives (Prof. G. Maggetto, VUB, Belgium)

A multi-motor drive-system for ecomobils
K. Hofer, Technical College and University of Bielefeld, Germany

A flywheel energy store for road vehicles
Paul Acarnley, Barrie Mecrow, Jim Kelly, Jim Burdess, Neville Fawcett, Phil
Dickinson, University of Newcastle upon Tyne, United Kingdom

Controls of a brushless motor integrated in the wheelhub for an electrical bike
Mohamed Karmous, D. Vaucher, Ecole d'Ingénieurs du canton de Neuchâtel, C.
Espanet, J.M. Kauffmann, Institut de Génie Energétique, Switzerland

Sliding mode induction motor control for EV's
Karel Jezernik, Dusan Drevensek, Joze Korelic, University of Maribor, Slovenia

Vector control of dual rotor induction motors
Joong-Ho Song, Ick Choy, Korea Institute of Science & Technology, Korea

Test and measurement of electric vehicle drives
Bernhard Hauck, University of Kaiserslautern, Germany
Torque control on electric vehicles with seperate wheel
B. Arnet, M. Jufer, Swiss Federal Institute of Technology, Switzerland

Induction motor neural estimator in high efficient
J. Jelonkiewicz, University of Czestochowa, S. Linnman, Permobil AB, Poland

Utilization of ultracapacitors as an auxilliary power source in electric
vehicles
Stephan Astier, P. Mestre, ENSEEIHT, France

More sophisticated battery drive wheels and wheels mutial motion control
system for electric vehicle application

Dmitry B. Izosimov, Russian Academy of Science, Yuri P. Bogacev,
Mechatronics Industrial Group, Evgeny B. Kulakov, Alternative Energetics,
Vladimirl Sagalovsky, Aeroelectric, Anatoly A. Eidinov, NAMI, Russia

Session D7b: Battery charger, battery management, test bench (Prof. D.
Naunin, T. U. Berlin, Germany)

Performance of ferroresonant transformer in microprocessor-based battery
charger for electric vehicles
Curtis R. Mersman, Medhat M. Morcos, Norman G. Dillman, Kansas State
University, USA

Battery management system with a two wire bus: realization and practical
experiences
Hans Kahlen, Berhnard Hauck, University of Kaiserslautern, Germany

Battery testing with a current controlled high load resistor
Hans Kahlen, University of Kaiserslautern, Germany

Efficiency Comparison of Off-Board High Power Electric Vehicle Battery
Charger Topologies with Active Power Line Conditioning Abilities
Per Karlsson, Martin Bojrup, Mats Alaküla, Lars Gertmar, Lund Institute of
Technology, Sweden

Contactless power transmission: frequency tuning by a maximum power
tracking method
P. Germano, M. Jufer, Swiss Federal Institute of Technology, Switzerland

An original state of charge gauge for Nickel-Cadmium traction batteries
associating a coulometric measurement with impedancemetry
S. Nugues, E. Rullière, E. Toutain, Laboratoire d'Electrotechnique de
Grenoble, France

Non-dissipative current diverter using a centralized multi-winding transformer
Nasser H. Kutkut, Soft Switching Technologies Corp., USA

Three-phase ZVT inverter with inductor feedback
Dimos Katsis, Scott Frame, Dong Ho Lee, Dusan Boroyevich, Fred C. Lee,
Virginia Polytechnic Institute and State University, USA

Development of a Brushless DC Drive for Electric Vehicles
P. Van Tichelen, P. Coenen, F. Vermeulen, VITO, D. Blight, Nelco Systems
Ltd, Belgium

Session D7c: Hybrid vehicles, simulation (Prof. G. Ollson, IEA, Lund, Sweden)
A 40 kW Switched Reluctance Engine Starter/Generator System For An Electric
Hybrid Vehicle
Mats Alaküla, Lars Sjöberg, Lund Institute of Technology, Sweden

Integrated energy transducer drive for hybrid electric vehicles
Thomas Bäckström, Stefan Östlund, Chandur Sadarangani, The Royal Institute
of Technology, Sweden

Comparison of Electromechanical Transducers for an Autonomous Hybrid Vehicle
Bernhard Kraßer, H-W Lorenzen, Technical University of Munich, Germany

Short-Time Storage Device with Double-Layer Capacitors and DC/DC Converter
for a Hybrid Vehicle
Martin Schmid, Technical University of Munich, Germany

Combi-road: an unmanned hybrid vehicle on an intelligent track
A. Duym, Holec Machines en Apparaten B.V., A.W. Benschop, TNO-Institute for
Applied Physics, The Netherlands

A Hybrid City Bus using an Electro-Mechanical Accumulator for Power Demand
Smoothing
H. Huisman, E.J.F.M. Smits, F.J.M. Thoolen, J.J.H. van Nunen,
Ontwikkelingsmaatschappij CCM B.V., The Netherlands

Design an implementation of a power controller for a series hybrid vehicle drive
L. Pelkmans, P. Coenen, F. Vermeulen, VITO, Belgium

Development of a Drive Train for a Hybrid Delivery Van
F. Vermeulen, VITO, J. De Temmerman, Inverto, L. Gijsels, Van Hool, R.
Belmans, Katholieke Universiteit Leuven, A. Van den Bossche, Universiteit
Gent, G. Maggetto, Vrije Universiteit Brussel, Belgium

AC Motors' Measurements Based Static Models for Electric Vehicles
Simulation Programs
K.B. Beya, Vrije Universiteit Brussel, Belgium

How to compare and evaluate Electric and Thermal Vehicles?
J. Van Mierlo, G. Maggetto, Vrije Universiteit Brussel, Belgium

Session D8c: Harmonics and active filters - analysis and design (Prof. J.
D. van Wyk, R. A. U., South Africa)

Power source with programmable harmonic contents
J. Balcells, D. Gonzalez, M. Lamich, Universitat Politècnica de Catalunya, Spain

An Evaluation of Techniques for Determining Active Filter Compensating
Currents in Unbalanced Systems
Simon D. Round, D.M.E. Ingram, University of Canterbury, New Zealand

Possibilities of easy analysis and converter design
Tzvetan Nedkov, Tzanjo Tzanev, Technical University - Gabrowo, Bulgaria

Static converter design for high frequency signal injection in an
electromagnetic device connected to the network
Bertrand Cassoret, Jean-François Brudny, Daniel Roger, Université d'Artois,
France

Analysis and design of a novel active power filter
Ching-Tsai Pan, National Tsing Hua University, Maoh-Chin Jiang, National
I-Lan Institute of Agriculture and Technology, Taiwan R.O.C.
Feedforward Voltage Compensation for Digital Active Filter using Frequency
Domain Decomposition
Kenji Kubo, Keijiro Sakai, Hitachi Ltd,Japan

Harmonic Elimination in a PWM Inverter using Genetic Algorithms
Pascal Maussion, Laurent Magne, Institut National Polytechnique de
Toulouse, France

The generalized optimization criterion for filters
Leszek Frackowiak, Roman Muszynski, Poznan University of Technology, Poland

Analysis of active power filters in frequency domain using the fast fourier
transform
V. Soares, Instituto Superior de Engenharia de Lisboa, P. Verdelho,
Instituto Superior Técnico, V. Soares, Instituto Superior de Engenharia de
Lisboa, Portugal

Session D8d: Harmonics and active filters - control (Prof. W. Koczara,
Warsaw University of Technology, Poland)

A New Synchronization Method of a Parallel Active Power Filter
David Nedeljkovic, Vanja Ambrozic, Janko Nastran, University of Ljubljana,
Slovenia

Simplified Control Method for Shunt Active Harmonics Filter
Yanzhen Liu, Peter J Unsworth, University of Sussex, United Kingdom

Searching for the better topology and control strategy in hybrid power filters
Angel A. Bayod Rujula, Jesus Sallan Arasanz, Mariano Sanz Badia, Andrés
Llombart Estopiñan, Universidad de Zaragoza, Spain

PWM rectifier and active filter with sliding-mode control
Stanislaw Pirog, University of Mining & Metallurgy, Poland

A Shunt active filter with a sliding mode control circuit
Kamel Sahnouni, CREEBEL, Olivier Lapierre, Simon Jones, CEGELEC, Alain
Berthon, IGE - CREEBEL, France

New Control Method of Harmonics Current Compensation Using Individual
Rotating P-Q Frame of Corresponding Frequency
Masao Yano, Akira Kuramochi, Noriyuki Nanaumi, Toyo University, Japan

Active power filter control based on imposition of input sinusoidal current
V. J. Farias, J. A. Lambert, E. E. A. Coelho, J. B. Vieira Jr., L.C. de
Freitas, Universade Federal de Uberlândia, Brasil

Vector Control Strategy of an Harmonic and Reactive Power Compensator
R Pena, R. Cardenas, University of Magallanes, Chile, G.M. Asher, J.C.
Clare, University of Nottingham, U.K.

Variable Structure Control in Current Controlled Voltage Sourced Rectifier
C. W. Lu, A. C. Renfrew, UMIST, United Kingdom

An Active Power Filter And Zero Sequence Harmonics Components Compensator
Control Circuit
P. Verdelho, Universidade Técnica de Lisboa - IST, Portugal

A space vector-based deadbeat controller for shunt active power filters
Li Zhang, L J Xiao, University of Bradford, United Kingdom
Session D8e: Harmonics and active filters - network studies and harmonics
(Prof. R. J. Arnold, Siemens, UK)

Dynamic Behavior of a parallel single phase active line power line conditioner
David Gonzalez Diez, J. Balcells, M. Lamich, Universitat Politècnica de
Catalunya, Spain

Active power filter for suppression of line current harmonics
Pavel Brandstetter, Tomas Bubela, VSB-Technical University of Ostrava, Czech Republic

A Space Vector Based Active Power Filter for the Compensation of Harmonic
Distortion and Fundamental Reactive Power
A. Dell'Aquila, A. Di Lorenzo, P. Zanchetta, Politecnico di Bari, Italy

Compensation of influence of receivers on power network with application of
power electronic current source
Leszek Frackowiak, Michal Gwózdz, Ryszard Porada, Poznan University of
Technology, Poland

A New Configuration for Shunt Active filters
M. Elhabrouk, M. K. Darwish, P. Mehta, Brunel University, United Kingdom

Improvements of parallel active power filter performances
I. Rasoanarivo, B. Davat, GREEN - INPL, P. Boos, SOCOMEC, France

Numerical and experimental comparative study of voltage source and current
source active power filter
L. Benchaita, S. Saadate, GREEN-UHP, A. Salem nia, GRREN - Power & Water
Institute of Technology, France

On the Impact of Multiple Static Converters
Eduardo P. Wiechmann, Patrick A. Ward, Universidad de Concepcion, Jose R.
Rodriguez, Universidada Santa Maria, Chile

Analysis and reduction of common-mode disturbances induced on the network
by PWM rectifiers
P. Ladoux, LEEI - INPT Toulouse, P. Thalin, J. Nuns, EDF-DER Les
Renardières, France

Session D8f: Harmonics and active filters - applications (Prof. S. Round,
University of Canterbury, New Zealand)

Analysis on the Control Principle of the Active DC filter for HVDC Systems
Wenyan Zhang, Äke Ekström, Royal Institute of Technology, Sweden

A Study of Parallel Connected DC Active Filter for Large Current Power
Supplies Exciting Superconducting Coils of Fusion Test Facility
Hirotaka Chikaraishi, National Institute for Fusion Science, Japan

Solution of pollution mitigation using indirect power factor corrector
W. Koczara, Technical University of Warsaw, Poland, B. Dakyo, L. Protin,
Université du Havre, France

Third Harmonic Current Compensator applicable for large office buildings
J. B. Woudstra, S. W. H. de Haan, P. C. van der Sluijs, Delft University of
Technology, The Netherlands

Active Filter reference Current Acquisition in Distorted 3-phase Supply Systems
C.W. Lu, A.C. Renfrew, UMIST, United Kingdom
Series compensator for voltage dips
R. Tounsi, P. Michalak, H. Pouliquen, EDF-DER, H. Foch, LEEI, France

175/188HZ mains signalling active filters for connecting independent
electricity producers
P. Michalak, H. Pouliquen, EDF-DER, A. Grandet, Schlumberger, M.J.F.
Tissier, Schlumberger, France

Session D8j: Modelling and simulation (Prof. R. Nilssen, NTNU, Norway)

A Graphics Package for the Simulation of AC-DC Harmonic Interaction
J. Arrillaga, N.R. Watson, B.C. Smith, G. Bathurst, University of
Canterbury, New Zealand

User defined block-oriented modelling of FACTS devices for large power
system stability studies
B. Gick, T. Weber, FGH E.V., I. Erlich, FhG Dresden, Germany

Measurements and simulation of dc drive harmonics on an interconnected
offshore system with long sub-sea cables
K.S. Smith, Heriot-Watt University, I. Wilson, Total Oil Marine, United
Kingdom, Brogan P., University College Cork, Ireland

Session D10a: Education (Prof. E. Masada, Tokyo University, Japan)

An Interactive Hypermedia Laboratory for Power Electronics Instruction
Moreno Muñoz Antonio, J. Ortiz Medina, A. Plaza Alonso, Universidad de
Cordoba, Spain

Computer-aided tutor of power electronic systems CATPELS
V. Rajagopalan, Université de Quebec, Canada

Uncomplicated Inverter Drive for Research Development and Teaching using
standard PC
Ludwig Abraham, Wolfgang Frank, Federal Armed Forces University, Germany

Teaching and demonstration of power electronic circuit analysis
O.W. Andersen, Norwegian Institute of Technology, Norway

Industrial equipments in education of electrical drives control
Milivoj Puzak, Marinko Miletic, Gorislav Erceg, University of Zagreb, Croatia

A LabVIEW-based laboratory course on three-phase electric machinery under
unsymmetrical operating conditions
A. Serri, S. Cincotti, M. Marchesi, Universita' di Cagliari, Italy

A Software Package for Simulation of Electrical Drives suitable for Computer Assisted Education
Marco Tursini, F. Parasiliti, University of L'Aquila, Italy

Soft start simulation program for squirrel cage induction motor drive
Z. Andonov, T. Dimitrov, S. Mircevski, Faculty of Electrotechnical
Engineering, Rep. of Macedonia

An integrated environment for modeling simulation and control of DC motors
H.J. Valderrama Blavi, J. Maixé Altés, J.J. Crisol, L. Martinez-Salamero,
Universitat Rovira i Virgili, Spain

Application of LabVIEW as measuring system in field of power electronics
Eberhard Brenner, University of Technology & Business Dresden, Germany
Interactive computer-based electrical machines and drives tests in the
undergraduate laboratory at the university of Adelaide
Nesimi Ertugrul, Anthony M. Parker, Mike J. Gibbard, The University of
Adelaide, Australia

HARMONIX: A software package for teaching harmonics in power systems with
nonlinear loads
Jorge Pontt O., Universidad Tecnica Federico Santa Maria, César Pontt O.,
Fluor Daniel Chile S.A., Ennio Perelli, Universidad Tecnica Federico Santa
Maria, Chile

Simplorer as a power electronics circuit simulator
Ned Mohan, Hari Sree, University of Minnesota, USA, Johann W. Kolar,
Technical University of Vienna, Austria

Using a new interactive Matlab Toolbox for Control Design and Teaching of
Electrical Drives
M. Riva, F. Castelli Dezza, A. Monti, Politecnico di Milano, Italy

SEMDEM - educational software for bipolar power devices
Zbigniew Lisik, Marek Turowski, Technical University of Lódz, Poland, Zenon
J. Pudlowski, Monash University, Australia



Provisional list of sponsors: ABB, ABB Daimler-Benz Transportation
(Norway), Danfoss, Eldrive, Eltek, Elva Induksjon, Electric Power Research
Institute (EFI), Grundfos A/S, Holst & Fleicher A/S, Hydro Energy, Mascot
Electronics, Nordic VLSI ASA, Powec, SAS, Semikron, SIGMA Elektroteknisk
A/S, Siemens, Statnett, Trondheim Energiverk, Trondheim kommune, Unitech

								
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