Jerzy Mukosiej ELECTROTECHNICAL SCIENTIFIC UNITS IN POLAND Contents Electrotechnical Institute

1

Jerzy Mukosiej

ELECTROTECHNICAL SCIENTIFIC UNITS IN POLAND

Contents

•Electrotechnical InstituteElectrotechnical Institute

•CentreCentress of Excel of Excelllence (CoE)ence (CoE): „Malet” : „Malet” “Electric Energy” “Electric Energy”

•Research and Developement Institutes

•Universities of Technology

•Proposal of co-operation

2

The Electrotechnical Institute is one of the The Electrotechnical Institute is one of the oldestoldest and belongs to and belongs to the the greatestgreatest scientific research institutes in the domain of electro scientific research institutes in the domain of electro technical industry in Poland.technical industry in Poland. The initiative of calling the Institute to life was put forward at the IX General Meeting of the Association of Polish Electricians (SEP) already in 1937. After war, in 1945, on the initiative of prof. J.L. Jakubowski one of the participants at the General Meeting of SEP and co-author of the resolution, the National High-Voltage Institute was created, which on the 1st September 1946 widened its activities onto the whole electrical engineering, changing its name to National Electrotechnical Institute and then in 1951 the present name was adopted as: Electrotechnical Institute (IEl).

3

The seven scientific research departments are engaged in the following fields, expressed by the department’s name: - Department of Metrology and Non-destructive Testing (NMB) +CoE - Department of Electric Machines (NME) +CoE- Department of Electric Machine Tool Drives (NNO)- Department of Power Converters (NPM) +CoE- Department of Electric Traction (NTE)- Department of Lighting Technology and Systems (NTS)- Department of High Power (NWM) +CoE (4WPs)- Department of Scientific and Technical Information (BTI) +CoE.- Testing Laboratory of the Electrotechnical Institute

4

Two IEl Branches are located outside Warsaw: in Wrocław – Wrocław Branchin Gdańsk – Gdańsk Branch +CoE (2WPs).

The Wrocław Branch is one of the greater units of IEL. This Branch specializes in development of new kinds of electro technical materials and in the technology for producing them. The Gdansk Branch had specialized in marine electric engineering since its creation. At present this Branch took other topics for which there is greater demand (a.o. automation of drive control systems for depression terrains – Zuławy near Gdansk).

5

Moreover, in Międzylesie Kłodzkie there is the Pilot Plant (ZD III) which specializes in experimental and small lot production, mostly of electro-insulating materials and elements.

6

At present 17 professors 10 doctors of sciences45 Ph D. are employed at IEl.

The number of IEl employees from the begining was steadily growing and reaching a maximum of 2500. The employment level decreased down to 700 persons.

7

In 1956 the Scientific Council of IEl obtained the right to confer the Ph D - scientific degree in electric engineering and electric material science and since 1970 (as one of the few Scientific Councils in Poland) it has the right to conduct conferring to quality as doctor of sciences (Dr Habilit.) and to apply for conferring the scientific degree of a full professor. Up to now the Scientific Council has conferred 142 scientific degrees of a Ph D. and has conducted 25 examinations to quality as Dr Habilit.

8

The following accredited 7 laboratories operate at IElIEl:Electrical Materials (Wrocław Branch )EMC and others (Gdańsk Branch)Electric MachinesSmall Electric Machines and Mobile Electric ToolsHigh-Voltage and High-Current Apparatus and EquipmentLighting Equipment & Light SourcesNon-Destructive Testing

9

Department of Metrology and Non-destructive Testing NMBDepartment of Metrology and Non-destructive Testing NMB

RANGE OF ACTIVITY Design and singular specialistic control-measuring apparatus. Development of programs for processing data from measuring and control equipment designed to communicate with computers. Organisation training in the range of metrology and supervising measuring and control equipment . Practical assistance in implementation of quality management systems (consulting) in works. Carries out testing of measuring equipment of electrical quantities and particularly: - of resistance - of dc and ac voltages and currents - of dc and ac power and energy.Head: Stefan Wojtowicz, D. Sc. (Eng.)

10

Department of Department of Electric Machines NME (1)

The object of research and development work of the Department:medium power electric machines, particularly induction motors. Activities: Methods of design calculation as well as design calculations as such specialistic methods of testing. The Testing Laboratory for Electric Machines is the largest in the country. It has got the accreditation certificate.

Head: Konrad Dąbała D. Sc. (Eng.)

11

Department of Department of Electric Machines NME (2)

The range of work carried out at the Laboratory: Tests of machines with power up to 400 kW at low (up to 660 V) and high (up to 6 000 V) voltage and frequencies of 50 Hz and 60 Hz.

• Investigations of parasitic phenomena in induction motors

• Thermal / ventilation tests.

•Tests of sound level (for motors up to 30 kW also under load)

•Tests of the protection degree of electric machines.

.Head: Konrad Dąbała D. Sc. (Eng.) Address: Pożaryskiego 28, 04-703 Warsaw, Poland phone/fax : (+ 48 22) 812-30-20, fax: (+ 48 22) 812-12-46 e-mail: [email protected]

mailto:[email protected]







12

Department of Electric Machine Tool Drives (NNO)Department of Electric Machine Tool Drives (NNO)

•Research and development work concerning various kinds of drives and especially for industrial robots, paper machines and machine tools

•Industrial applications of drives and power engineering electronics

•Supply of drives and power engineering electronics

•The Laboratory for Testing Electric Drives is engaged in measuring parameters and testing of properties of electric drives and power electronic converters of a power up to 45 kW and supply voltage up to 380 V

•Head: Andrzej Ratajczak M. Sc. (Eng.)

13

Department of Power Converters NDepartment of Power Converters NPMPM

RANGE OF ACTIVITY High power drive systems with ac motors converters for electrothermal induction equipment. Power supply systems for electric traction. Metrology of semiconductor power equipment. The fields of the research and development work are: Power engineering electronic drives of medium and high power induction heating systems

Power supply systems for dc electric traction

Analysis of operational properties of high power solid-state equipment

Head: Assist. Prof. Krzysztof Zymmer D. Sc. (Eng.)

14

Department of Electric Traction NDepartment of Electric Traction NTETE

RANGE OF ACTIVITY Design of modern solutions of drive and auxiliary systems for traction rolling stock.

Complete converters for main and auxiliary circuits for rolling stock using electric and combined electric - internal combustion drives

Various electric equipment for rolling stock,

Measuring and theoretical work concerning stray currents and cathodic protection

Head: Zygmunt Gizinski D. Sc. (Eng.), Prof. IEl

15

Department of Lighting Technology and Systems NDepartment of Lighting Technology and Systems NTSTS

RANGE OF ACTIVITIES

•ecological and health problems of lighting

•photometric, colorimetric and UV radiation measurements

•design work in the range of discharge lamps, lighting fittings, power supply and control systems

•Design and production of lighting fittings.

•photometric, colorimetric and UV radiation measurements.

•testing and calibrating in the range of lighting technology.

•Head: Zbigniew Turlej, Ph.D. e-mail: [email protected]








16

Department of High Power NDepartment of High Power NWMWM (1)The Department is engaged in the whole of the problems concerning ac and dc low-, medium- and high-voltage switchgear installation as well as insulation systems. It also renders services in the range of power-engineering and high-voltage testing. The main lines of work: Fundamental research and R &D work related to power-engineering equipment, overvoltage protection, development of HV-, MV- and LV- surge arresters , and the compatibility of materials used in SF6 and oil insulation systems,design and manufacture of specific testing and measuring equipment, as well as special high-voltage equipment, e.g. complete mobile and stationary laboratories for 300kV ac, surge generators, peak-value meters, potentiometers, shunts, partial discharge meters

17

Department of High Power NDepartment of High Power NWMWM (2)

Testing equipped with independent, galvanically separated from the network, power supply sources (two generators with short-circuit power of 2500 MVA and 500 MVA and high current transformers up to 400 kA), rendering possible the simulation of all fault conditions, without causing any disturbance to the operation of the national power grid.

18

Department of High Power NDepartment of High Power NWMWM (3)High Voltage Measuring Laboratory carries out (also at the Customers premises) calibrations of high voltage measuring instruments and systems, e.g.: - oscilloscopes - digitizers - measuring potentiometers - shunts administration informations Head: Albert Gmitrzak D. Sc. E mail: [email protected]








19

Wroclaw Branch Wroclaw Branch OWOW (1)

RANGE OF ACTIVITY: Scientific work, R&D work, and service within the following fields:

•Development of technologies for production of new electrotechnical materials, and their implementation. Cognitive research on electrotechnical materials, functional investigations into materials. Development of methods for testing materials and work on modification and improvement of material quality. Construction of prototype apparatus for manufacture of modern materials, and technology for processing them. Development and testing electroinsulating systems for high and low voltage power engineering equipment.

20

Wroclaw Branch Wroclaw Branch OWOW (2)

Environmental protection and anticorrosive protection of electrotechnical equipment and of materials used Small lot manufacture of special components and materials used in works. Attestation tests (accredited laboratory), acc., to standards in force, for products and equipment in the range of electrotechnical materials. Structural, corrosion and environmental tests of magnetic and contact materials tests of lacquers and varnishes measurements and diagnostics

Manager: Prof. Boleslaw Mazurek D. Sc. (Eng.) E-mail: [email protected]








21

Gdansk Branch Gdansk Branch OGOG (1)

RANGE OF ACTIVITY:

Science-research activity: Power engineering electronics and control low and medium voltage fuses. Electromagnetic compatibility of electric equipment.

Service activity : Tests for certification and design purposes carried out by the Testing Laboratory, accredited by PCBC and PRS Consulting and expert opinions concerning electric apparatus, machine automation equipment and electric drives

22

Gdansk Branch Gdansk Branch OGOG (2)

The Testing Laboratory is a member of the Club of Polish Testing Laboratories POLLAB and of the Polish Forum ISO. The Testing Laboratory co-operates witch KEMA Registered Quality Holland, GOSTR and ENERGOCERT Russia and PHOENIX test-lab-Germany.

Manager: dr eng. Jan Iwaszkiewicz e-mail: [email protected]









23

Electrotechnical Institute sent two projects for Centre of Excelence. Both of them were accepted by European Commission. First CoE is IMPROVEMENT OF THE QUALITY OF ELECTRIC ENERGY AND SAFETY OF ELECTRIC PRODUCTS (Acronim: ELECTRIC ENERGY). It is realised by Warsaw part of Electrotechnical Institute (10 WPs) and by Gdańsk Branch of IEL (2 WPs).Second CoE is fully realised by Wrocław Branch of IEL. The title of this CoE is:”Centre for Low-Energy Consuming Technologies in Electrotechnics” , Acronim: MALET.

24

Scientific Network of CoE „Energy” and SubNetworksThere are 19 CoE in Poland which are conected with Priority 6.1 of 6 FP „Sustainable Energy Systems”. These Centres initiated to create Scientific Network of CoE „Energy” in Poland. The network is to work by 14 Subnetworks. Electrotechnical Institute is one of the member founder of the Network. I am coordinator of Subnetwork „ Electric Energy Systems” (EES). Subnetwork EES intends •to help in cooperation CoE which belongs to Subnetwork EES •to cooperate in preparing of new projects of 6FP.

25

Jerzy Mukosiej


Contents


•CentreCentress of Excel of Excelllence (CoE) ence (CoE) „Malet” „Malet” “Electric Energy”“Electric Energy”




26

No Name(Pl) Name (En) President City Street1. IPPT PAN Institute of Fundamental

Technological Research (IFTR), Polish Academy of Sciences (PAS)

Michał Kleiber

00-049 Warszawa, Polska

Świętokrzyska 21

2. Komitet Elektrotechniki PAN

Committee of Electrical Engineering of PAS

Kazimierz Zakrzewski

90-924 Łódź Żeromskiego 116

3. Komitet Elektroniki i Telekomunikacji PAN

Committee of Electronic Engineering of PAS

Wiesław Woliński

4. KPK IPPT PAN National Contact Point of 6th FP, Polish Academy of Sciences

Andrzej Siemaszko

00-049 Warszawa, Polska

Świętokrzyska 21

5. PTETiS Polish Society of Theoretical and Applied Electrical Engineering

Krzysztof Kluszczyński

00-662 Warszawa Koszykowa 75

6. SEP Stowarzyszenie Elektryków Polskich

Association of Polish Electrical Engineers

Stanisław Bolkowski

00 050 Warszawa Świętokrzyska 14a

Polish Academy of Science and Associations

27

No CoE/Team Institute/University Tel. Title Coordinator [email protected]

[email protected]

0-22/ 837 47 32 Dr Sc. Eng Jerzy Przybysz [email protected]

0-22/ 660 79 12

660 77 093. PV CENTER Politechnika Warszawska 0-22/ 660 77 82 Ph. D. Eng Stanisław M. Pietruszko [email protected]

4. ELECTRIC ENERGY

Instytut Elektrotechniki Warszawa

0-22/ 812 76 57 Ph. D. Eng Jerzy Mukosiej [email protected]

5. MALET Instytut Elektrotechniki Wrocław

0-71/ 328 26 41 Prof.. Dr Sc. Eng. Bolesław Mazurek [email protected]

0-22/ 660 51 23 Ph. D. Eng Lech M. Grzesiak [email protected]

0-22/ 628 06 65 Prof.. Dr Sc. Eng. Marian P. Kaźmierkowski [email protected]

[email protected]

Tomasz Golec

Andrzej PochankePolitechnika Warszawska Prof.. Dr. Sc.

0-22/ 642 83 78 Ph. D. EngInstytut Energetyki Warszawa

1.

CENERG

6. PELINCEC

2. EESEMC

Politechnika Warszawska

Subnetwork „Electric Energy” (1) 8 CoE

28

No CoE/Team Institute/University Tel. Title Coordinator E-mail7. ASPECT Politechnika Lubelska 0-81/ 574 36 94 Prof.. Dr Sc. Eng. Tadeusz Janowski [email protected]

8. CME Politechnika Śląska Gliwice

0-32/ 603 42 06 Ph. D. Eng Jerzy Barglik [email protected]

0-61/ 665 22 72 Prof.. Dr Sc. Eng. Hanna Mościcka-Grzesiak [email protected]

0-61/ 665 22 71 Ph. D. Eng Krzysztof Siodła [email protected]

0-81/ 53 81 341 Dr Sc. Eng Jan Kolano [email protected]

0-81/ 53 81 341 Ph. D. Eng Wojciech Jarzyna [email protected]

0-81/ 53 81 338 Ph. D. Eng Włodzimierz Zieliński [email protected]

[email protected] [email protected]

12. AMPER OBR Metrol Zielona G. 0-68/ 324 18 78 Eng. Jerzy Dobrzyński [email protected]

13. ECOFYS PL Ecofys Polska Sp.z o.o. 0-61/ 661 00 75 M.Sc Izabela Kołacz [email protected]

9. GETRADEE Politechnika Poznańska

10. KNE-PL Politechnika Lubelska Katedra Napędów

11. KME-PL Politechnika Lubelska Katedra Maszyn Elektrycznych

Andrzej Horodecki0-81/ 53 81 338 Prof.. Dr Sc. Eng.

Subnetwork „Electric Energy” (2)

29

No CoE/Team Institute/University Tel. Title Coordinator E-mail14. NEEST Akademia Górniczo –

Hutnicza Wydział Elektrotechniki, Automatyki, Informatyki i Elektroniki

0-12/ 617 20 96 Dr Sc. Eng Wojciech Grega [email protected]

15. GEOPHCELL Międzywydziałowa Samodzielna Katedra Energii Zasobów Odnawialnych i Technologii Proekologicznych Politechnika Krakowska

0-12/ 628 34 17 Prof.. Dr Sc. Eng. Ryszard Henryk Kozłowski [email protected]

[email protected]

[email protected]

Janusz LewandowskiProf.. Dr Sc. Eng.16. UCBEiOŚ Uczelniane Centrum Badawcze Energetyki i Ochrony Środowiska Politechnika Warszawska

0-22/ 825 83 76

Subnetwork „Electric Energy” (3)

30

No Name (PL) Name (En) Director Webside City Street Prof. Dr.Sc. Ph.D.

1Instytut

ElektrotechnikiElectrotechnical

InstituteStefan

Paradowski www.iel.waw.pl 04 703 Warszawa Pozaryskiego 28 17 10 45

2Instytut Energetyki Institute of Power

EngineeringJacek

Wańkowicz www.ien.com.pl 01 330 Warszawa Mory 8 4 6 14

3

Instytut Automatyki Systemów

Energetycznych

Institute of Power Systems Automation

Jan Bujko

www.iase.wroc.pl 51 618 Wrocław Wystawowa 1 3 3 14

4

Instytut Budownictwa, Mechanizacji i Elektryfikacji

Rolnictwa

Institute for Building, Mechanisation and Electrification of Agriculture

Aleksander Szeptycki

www.ibmer.waw.pl 02 532 Warszawa Rakowiecka 32 12 4 37

5Instytut Łączności National Institute of

Telecommunications Zbigniew

Kądzielski www.itl.waw.pl 04 894 Warszawa Szachowa 1 8 5 29

6

Instytut Technologii Materiałów

Elektronicznych

The Institute of Electronic Materials Technology

Zygmunt Łuczyński

www.itme.edu.pl 01 919 Warszawa Wólczyńska 133 13 10 32

7

Instytut Tele- i Radiotechniczny

Tele- and Radiotechnical Institute

Józef Gromek

www.itr.org.pl 03 450 Warszawa Ratuszowa 11 1 1 10

Research and Development Institutes (1) (14)

31

Research and Development Institutes (2)

No Name (PL) Name (En) Director Webside City Street Prof. Dr.Sc. Ph.D.

8

Przemysłowy Instytut

Automatyki i Pomiarów

Industrial Research Institute for Automation and Measurements

Stanisław Kaczanowski

www.piap.waw.pl 02 486 Warszawa Al. Jerozolimskie 202 4 21

9

Przemysłowy Instytut Elektroniki

Industrial Institute of Electronics

Józef Wiechowski

www.pie.edu.pl 00 241 Warszawa Długa 44/50 1 1 10

10

Przemysłowy Instytut

Telekomunikacji

Telecommunications Research Institute

Raman Dufrene

www.pit.edu.pl 04 051 Warszawa Poligonowa 30 2 4 22

11

BOBRME Komel Research and Development Centre of Electric Machines

KOMEL

Mieczysław Jakubiec

www.komel.katowice.pl 40 203 Katowice2 Rożdzieńskiego 188 1 1 4

12

Centralne Laboratorium

Akumulatorów i Ogniw

Central Laboratory of Batteries and Cells

Maciej Kopczyk

www.claio.poznan.pl 61 362 Poznań Forteczna 12/14 1 2 8

13

Centrum Elektryfikacji i Automatyzacji

Górnictwa "EMAG"

EMAG Centre Władysław Mironowicz

www.emag.katowice.pl 40 189 Katowice Leopolda 31 2 1 11

14

OBR Metrologii Elektrycznej

"Metrol"

Research and Development Centre

METROL

Bernard Baranowski

www.obrme.man.zgora.pl 65 950 Zielona Góra Przemysłowa 6 1 1 6

32

No University Wydział (PL) Faculty(En) Dean e-mail City Street Prof. D.Sc. Ph.D.

1Białostocka Elektryczny Electrical

EngineeringBrunon Leydy

www.pb.bialystok.pl 15 893 Białystok Grunwaldzka 11/15 6 13 35

2

Częstochowska Elektryczny Electrical Engineering

Andrzej Roman

www.pcz.pl/ 42 200 Częstochowa Armii Krajowej 17 5 12 29

3

Gdańska Elektrotechniki i Automatyki

Electrical and Control Engineering

Paweł Zimny

www.pg.gda.pl 80 952 Gdańsk G. Narutowicza 11/12 10 13 60

4

Śląska Elektryczny Electrical Engineering

Bogusław Grzesik www.polsl.gliwice.pl 44 100 Gliwice B. Krzywoustego 2 12 18 58

5

Świetokrzyska Elektrotechniki, Automatyki i Informatyki

Electrical and Computer Engineering

Tadeusz Stefański

www.tu.kielce.pl 25 314 KielceTysiąclecia Państwa Polskiego 7 4 9 30

6

Koszalińska Katedra Elektrotechniki i Elektrochemii

Department of Electrical Enginnering and Electrochemistry

Wojciech Kacalak

www.tu.koszalin.pl 75 620 Koszalin Racławicka 15/17 1 3

7

Akademia Górniczo-Hutnicza

Elektrotechniki, Automatyki, Informatyki i Elektroniki

Electrical Engineering, Automatics, Computer Science and Electronics

Tadeusz Orzechowski

www.agh.edu.pl 30 059 Kraków A. Mickiewicza 30 25 48 137

8

Krakowska Inżynierii Elektrycznej i Komputerowej


Adam Jagiełło

www.pk.edu.pl 31 155 Kraków Warszawska 24 7 6 31

Technical Universities (1) (18)

33

No University Wydział (PL) Faculty(En) Dean e-mail City Street Prof. D.Sc. Ph.D.

9

Lubelska Elektrotechniki i Informatyki

Electrical Engineering and Computer Science

Zygmunt Rutka

www.pol.lublin.pl 20 618 Lublin Nadbystrzycka 38a 8 10 51

10

Łódzka Elektrotechniki i Elektroniki

Electrical and Electronic Engineering

Andrzej Materka

www.p.lodz.pl 90 924 ŁódźB. Stefanowskiego 18/22 26 29 124

11

Opolska Elektrotechniki i Automatyki

Electrical Engineering and Automatics

Józef Kędzia

www.po.opole.pl 45 233 Opole K.Sosnkowskiego 31 13 15 40

12

Poznańska Elektryczny Electrical Engineering

Ryszard Nawrocki www.put.poznan.pl 60 965 Poznań Piotrowo 3a 16 46 122

13

Radomska Transportu Transport Zbigniew Łukasik www.pr.radom.pl Radom Malczewskiego 29

14

Rzeszowska Elektrotechniki i Informatyki


Jerzy Bajorek

www.prz.rzeszow.pl 35 959 Rzeszów W. Pola 2 5 14 37

15

Szczecińska Elektryczny Electrical Engineering

Andrzej Brykalski www.tuniv.szczecin.pl 70 313 Szczecin W. Sikorskiego 37 8 13 57

16Warszawska Elektryczny Electrical

EngineeringRoman Barglik

www.pw.edu.pl 00 661 Warszawa Pl. Politechniki 1 24 12 111

17Wrocławska Elektryczny Electrical

EngineeringJanusz Szafran

www.pwr.wroc.pl 50 370 WrocławWybrzeże S. Wyspiańskiego 27 15 23 87

18

Zielonogórska Elektryczny Electrical Engineering

Wiesław Miczulski www.pz.zgora.pl 65 246 Zielona Góra Podgórna 50 6 11 30

Technical Universities (2)

34

Jerzy Mukosiej


Contents


•CentreCentress of Excel of Excelllence (CoE) ence (CoE) „Malet” „Malet” “Electric Energy”“Electric Energy”




35

The Tele- and Radio technical Institute (1)Research Activity of the Institute• The Tele- and Radio technical Institute is a research and development unit specializing

in scientific research and development work in high technology, in such fields as: piezzoelectronics, printed circuits, surface mounting, ultrasound technology, temperature stabilization systems, time and frequency sources, elements of satellite navigation systems, electrochemical technologies, automation and computerization of technological and measuring processes, magnetic materials, application of informatics hardware systems, as well as selected materials and technological equipment.

• Centre of Excellence of Generation, Synchronization and Distribution of Standard Time and Frequency conducts work in the domain of generation, synchronization and distribution of time and frequency. The following are being also created in the framework of the Centre:– elements of satellite navigation systems– highly stable frequency generators– sensors– metrology of time and frequency.

36

• The Tele- and Radio technical Institute (2)• The research and development work of Centre of

Excellence of Advanced Mounting Technologies are focussed on:– technology of printed circuit chips with high packing density

– integration technology of electronic subassemblies on printed circuit chips

– lead-free mounting technology satisfying the EU directives requirements

– dielectromagnet technology of rapidly cooled Nd-Fe-B tape.

37

The Industrial Institute of Electronics

• – Outline of its history and its present activity• The Radio technical Institute, lead by prof. Janusz Groszkowski was formed

in 1929, as the first in Poland R&D institute in the domain of electronics. The Industrial Institute of Electronics became the basic R&D unit of vacuum electronics.

• Topics• The Industrial Institute of Electronics conducts research in the range of

construction and application of electronic systems, automated equipment and technological lines inclusive those which require vacuum environment.

• In particular, the activity range of the Institute comprises the following topics:• development and implementation of measuring and informatics systems for

research and industrial applications, • measuring systems for medical diagnostics.• etc.

38

Research and Development Centre METROL• METROL renders services in the range of:

• developing special measuring and control equipment according to individual requirements of customers

• design, solving control problems and problems of visualization of industrial objects as well as of completing control and measuring apparatus

• calibration and testing of electric measuring apparatus.

• testing electromagnetic compatibility (EMC) in the range of resistance to:

– influence of external constant and alternating magnetic fields

– electrostatic discharges (ESC)

– series of rapid impulse disturbances (BURST)

– impulse surges (SURGE)

– fluctuations and breaks in power supply

– radio interferences connected with wiring

• testing and calibration of instruments and sensors intended for measuring temperature, dew point temperature, and relative humidity.

39

Research and Development Centre of Electric Machines KOMEL (1)

• Research and Development Centre of Electric Machines "Komel " in Katowice is a state

owned enterprise established in 1948. The scope of Komel's activity is as follow: • · Diminishing of noise level of old-series induction motors.• · Calculations and design of new series of AC motors (low and high voltage) and DC

machines, design of special purpose electric machines.• · Redesigning and updating of high voltage and high output AC motors, squirrel cage

and wound rotors, to encrease their endurance, starting capacities, to diminish their losses and noise level.

• · Diagnostic of windings insulation of medium and high output electric machines. • · Working out technical expertises in the field of electrical machines and drives. • · Laboratory testing of electric machines.• · Small range manufacturing of AC and DC machines (for coal mining and aviation)

and electrical hand tools for meat industry, as well as alternators for wind turbines.• urbines.

40

Research and Development Centre of Electric Machines KOMEL (2)

REDESIGNING AND MODERNISATION OF HIGH POWER INDUCTION MOTORS

High power induction motor is an repairable object. During its life

time the stator winding, bearings, ventilator and even whole rotor core with squirrel cage can be exchanged. The motor in repair process can be redesigned, its operating characteristics (esp. efficiency factor, noise level, starting capacity) can be improved. Several methods for improving induction motors performance at the repair process were elaborated by KOMEL Centre, Katowice, Poland. Most important of them concern enlargement of starting capacity and lowering the noise level of high voltage, high power induction motors. Adjustment the starting capacity of the motor to the starting and exploitation condition of the driven machinery prolongs the motor life and makes the whole driving set highly reliable and durable.

41

National Institute of Telecommunications (1)• National Institute of Telecommunications was established following order by Minister of Post

and Telegraphs dated September 18, 1951. But the tradition of NIT comes from the year 1934, when the National Communications Institute, its predecessor, was founded.

• National Institute of Telecommunications – scope of activity: • Basic research and applied research, including participation in international scientific programs • Experiments and system implementation • Participation in activity of international standard bodies (e.g. ITU, ETSI) • Services for government agencies • Expert/consultancy services • Development of Polish national standards and specifications • Type approval (homologation) testing (by accredited laboratories) • Calibration of test equipment (by accredited laboratory) • Professional training: seminars , workshops , training courses , arranged according to customer

order, postgraduate studies • Hosting of national and international conferences • Publishing and information services: Journal of Telecommunications and Information

Technologhy (quarterly - in English), Telekomunikacje i techniki Informacyjne, (quarterly - in Polish), scientific library, distribution of Polish and international standardization documents

http://www.itl.waw.pl/os/studia/index.html.en

42

National Institute of Telecommunications (2)

Subject of research and development work at IŁ: • Telecommunication networks• Switching systems and equipment• Digital transmission systems and equipment• Radio communications, radio broadcasting, television• Optical fiber communications• Telecommunication services, telegraphy and data transmission• Electromagnetic Compatibility (EMC), radio spectrum management, antennas,

measurements of radio interference, testing of immunity to interference• Power systems for telecommunication facilities• Systems and equipment for testing and maintenance of telecommunication networks• Data transmission systems and corporate networks• Measurements in telecommunications• Computer systems for use in telecommunications• Computer aided decision systems for telecommunications• Fundamental problems of telecommunications

43

Institute of Power Systems Automation, IASE• Founded in 1949, the Institute of Power Systems Automation, IASE, is an independent research and

development organisation specialising in automated control and monitoring systems for the electricity industry.

• IASE supplies prove, reliable systems for a whole range of applications, from single operations to providing total integrated solutions. Their service is comprehensive and covers:

• process control systems• monitoring systems• power plants and combined heat + power plants• generation, transmission and distribution• specialist advice/consultancy• hardware and software• design, production and installation• staff training.• IASE provide flexible solution to meet individual requirements such as:• high voltage power line tests and measurement• power systems operation• strategy of defence and restoration of power system• remote site operations• management information systems.• IASE has established and applies a quality system DIN EN ISO 9001 for consulting, research, engineering

design, putting power system installations into operation as well as production of the control system for turbine generating set and automatic control equipment .

44

Institute of Electronic Materials Technology (ITME) (1)

• The Institute of Electronic Materials Technology (ITME) is a research, development and consultancy institution offering a unique combine of scientific and technological capabilities.

• The activity of the ITME covers two principal fields: • research, development and small-scale production of electronic materials

- research and development of electronic components based on these materials

• The ITME elaborates semiconductor crystals, optical, piezoelectric and superconductive materials, as well as high-purity metals, active glasses and optical fibres, new ceramic and composite and other materials having unique properties and a wide range of applications.

• The research and development work carried out at the ITME is integrated with experimental production of electronic products and components. These top-quality products, meeting the international standards, are widely used both in Poland and worldwide. Customized versions of these materials can be manufactured at the ITME on request.

45

Institute of Electronic Materials Technology (ITME) (2)

• The ITME collaborates closely with several scientific institutions such as the Polish Academy of Sciences, Universities and other research institutes and with numerous industrial enterprises, where the materials and components developed at the Institute are utilized or manufactured. ITME also participates in national and international research programmes and provides access to its modern laboratories for educational purposes on the high school and university level.

• The ITME welcomes the opportunity to collaborate in relevant research, as well as provide potential customers with materials according to their specification

• DEPARTMENTS• Silicon Single Cristals Technology• Semiconductor Compounds Technology • Oxide Single Cristals Technology • Silicon Epitaxy • Semiconductor Compounds Epitaxy• Semiconductor Compounds Materials Application • Laser Laboratory• Piezoelectronics• Glass Technology • Ceramics, Joints and Composites• Thick Film Materials • Chemical Technology and Environmental Protection• High Purity• Materials Characterisation• Microstructural Research• Mössbauer Spectroscopy

http://www.itme.edu.pl/z18.htm

46

Industrial Research Institute for Automation and Measurements - PIAPwas established in 1965 and from the beginning of its activity it realizes its basic task

which is solving technical problems in various sectors of economy.Main area of the Institute activity is implementation of specialised tasks within the scope of widely understood automation, robotization and industrial test equipment. Scope of PIAP competence includes: development, implementation and start-up at user's site and post-sales maintenance of:

• automated and robotized work centers and production lines • new generations of control systems and drives for modernized production

installations • industrial measurement systems • stations for visual process inspection • monitoring and telemetry systems • intelligent systems and mobile robots for special applications • specialized test equipment • installations for recycling of cars and household appliances (mechanization,

automation, IT solutions)

47

Industrial Research Institute for Automation and Measurements – PIAP

Mobile robot for intervention and inspection tasksSR-11 INSPECTOR

48

Telecommunications Research InstituteTelecommunications Research Institute (PIT) (1) (PIT) (1)

• Telecommunications Research Institute has a headquarter in Warszawa (30, Poligonowa Street - building area is above 11 000 m2) and its three branches are located in Gdańsk, Wrocław and Kobyłka. The Antenna Department located in Kobyłka (about 20 km from Warszawa) owns an open test range (over 600 000 m2) fully equipped for testing large microwave antennas. The Institute employs more than 800 persons, half of it are highly qualified engineers and technicians in the field of telecommunications and microwave technique. Around 25 specialists have titles of professors and degrees of doctors. The Institute workshop is equipped in modern numerically controlled machines for manufacturing advanced microwave systems with high precision. There are two main directions of PIT activity:- radar systems,- command, control, communications and intelligence (C3I) systems.

49

Telecommunications Research InstituteTelecommunications Research Institute (PIT) (2) (PIT) (2)The main activities in radar systems are: • long range 3D radars • multifunctional "silent" radars • radars for air traffic control (ATC). The main topics of command and control systems are: • signal processing systems • automatic C3I systems for tactical commanding posts • ground systems • mobile systems • mobile automatic commanding posts.

50

Central Laboratory of Batteries and Cells (1)

Electrochemical DepartmentResearch and development works in the area of chemical power sources

cover:• Primary batteries:

-manganese-zinc, alkaline, lithium-manganese oxide, zinc-air and reserve thermally activated

• Secondary batteries:-lead-acid batteries: starting, traction and stationary batteries, wagon and motorcycle batteries-alkaline batteries: nickel-hydride, nickel cadmium, silver-zinc-lithium-ion batteries

• Implementation of new electrode materials as well as raw materials and semi-products for battery technologies

• Creating new technologies of batteries safe for environment

51

Central Laboratory of Batteries and Cells (2)

Laboratory of Chemical Power Sources Testing• Main activities• examining electrical, mechanical, climatic and safety parameters for all types of

chemical power sources manufactured in Poland and abroad:- lead-acid batteries (SLI, motorcycle, traction, stationary, portable)- alkaline batteries (Ni/Cd, Ni/MH)- lithium-ion batteries- primary batteries of all types (Mn/Zn, alkaline, Ag/Zn, Li/MnO2, Zn/air and others)

• comparative tests • introducing new testing methods and control systems • collaboration with high schools, foreign institutes • participation in creating norms and giving opinions on testing methods • The Laboratory is accredited by Polish Accreditation Centre in the field of testing

primary batteries, lead-acid and alkaline batteries and possesses the accreditation certificate since 1997.

52

Central Laboratory of Batteries and Cells (3)Technological Departament• Main activities• The Technological Department has a long experience in

construction and manufacturing research equipment, in particular in the field of electrochemistry. The department prepares technical documentation.

• Certification Departament• Certification Department is a certifying body accredited by

Polish Accreditation Centre (accreditation certificateAC 007 ) and operating in the national system of accordance assessment and certification.

53

EMAG Centre

• Their activities concerning electric devices, power supply systems as well as drive control systems compete well with powerful world"s potentates. EMAG"s position as far as security systems are concerned is dominant especially when talking about methanemetry and seismology. The same is true for alarm systems in mining communication. They are also a very strong center of automation and control of underground machines and mining complexes. Their environmental awareness and will to preserve it as well as coal quality inspires us to develop the automatic systems for continuous quality monitoring of products from mining plants. The systems are the subject of interest for domestic and foreign users.

54

Fields of activity (among others):

•Advancement of automated/mechanized energy saving technologies of floral and animal production;

•Design and research in the scope of supplying the properties in electric energy and energy derived from renewable energy sources.

The main units of IBMER:

•The EC Baltic Renewable Energy Centre EC BREC

•Products’ Certification Unit IBMER Institute of Quality and Reliability

•Research Laboratory of Agricultural Electricity

Institute for Building, Mechanisationand Electrification of Agriculture (IBMER)

55

Jerzy Mukosiej


Contents

•Electrotechnical Institute

•Centres of Excellence (CoE) „Malet” “Electric Energy”




56

BIAŁYSTOK UNIVERSITY OF TECHNOLOGY

Faculty of Electrical Engineering• Continuation and developing the following scientific research lines in

envisaged at the Faculty during the next three years:• power electronics• electric drive automation• electric power engineering• automation, control theory• theoretical electrotechnics and electrical metrology• light technology and applied optics• electrostatic technologies and selected technological – chemical

industrial processes• electromagnetical compatibility, high voltage technology.

57

CZĘSTOCHOWA UNIVERSITY OF TECHNOLOGY84 academic teachers are employed at the Faculty of Electrical Engineering, including 21

professors. There are over 1300 students studying at the Faculty. In 1993 Faculty of Electrical Engineering has gained FEANI accreditation, what enabled its graduates to gain EURING (European Engineer) title, recognized throughout EU countries.

Organisation INSTITUTE OF COMPUTER SCIENCEStructure of the Institute

• Unit of Computer Science Applications (ZZI)• Unit of Numerical Methods (ZMN) • Unit of Computer Science Methods in Economy (ZMIwE)• Unit of Quantum Computers (ZKK)

INSTITUTE OF POWER ENGINEERINGStructure of the Institute

• Unit of Electric Devices and Power Engineering Economy (ZUEiGE)• Unit of Electrical Energy Processing and Power System Control (ZPEEiAS)• Unit of Electrical Energy Generation (ZWEE)• Unit of Electrotechnical Material Engineering (ZIME)

INSTITUTE OF ELECTRONICS AND CONTROL SYSTEMS

• CHAIR OF ELECTROTECHNICS

INDEPENDENT UNIT OF ELECTROTECHNOLOGY

http://www.el.pcz.czest.pl/en/instytuty/iinf_e.htm

http://www.el.pcz.czest.pl/en/instytuty/iinf/zmn_e.htm

58

CZĘSTOCHOWA UNIVERSITY OF TECHNOLOGY

INSTITUTE OF ELECTRONICS AND CONTROL SYSTEMS

Structure of the InstituteUnit of Microprocessor Systems, Automatic Control and Heat Measurements

(ZTMAiPC)Unit of Electric Machines and Drives (ZMiNE) Unit of Control of Electric Drives (ZSNE)Unit of Metrology and Electronics (ZMiE)Unit of Measurement Technologies and Foundations of Electronics (ZTPiPE)Unit of Power Electronics, Robotics and Automation (ZERiA)

Chair of Electrotechnics

Unit of ElectrotechnicsUnit of Applications of Electromagnetism

59

GDAŃSK UNIVERSITY OF TECHNOLOGY

SCIENTIFIC RESEARCH

The scientific – research activity of the Department of Electrotechnics and Automation is mainly connected with experimental and design activities.

Research lines:• Electrotechnics• Automation and Robotics

Chairs:• Automation• Electrical power engineering• Theoretical Electrotechnics and Informatics• Power Electronics and Electric Machines• Electrical Metrology• Electrical Traction• High Voltage and Electric Apparatus• Experimental Centre

60

SILESIAN UNIVERSITY OF TECHNOLOGY

Department of Electrotechnics, specializations:• Automation and electrical metrology• Electrical power engineering• Electric machines and equipment• Conversion and utilization of electric energy• Electrical engineering in transportationDepartment of Electronics and

Telecommunication, specializations• Power electronics

61

SILESIAN UNIVERSITY OF TECHNOLOGY

The following studies are conducted at the Department of Electrotechnics:

• 2 stages of stationary studies (7 semesters for engineers, 3 semesters for masters)

• stationary studies for engineers• evening studies for engineers• evening studies for masters, as additional ones

The following studies are conducted at the Department of electronics and Telecommunication:

• two-stage stationary studies• evening studies for engineers• master studies, as additional ones• evening studies

62

KIELCE UNIVERSITY OF TECHNOLOGY

Faculty of Electrotechnics, Automation and Information Science• Subordinated organizational units:• Chair of Electronics and Smart Systems• Chair of Power Electronics• Chair of Electric Machines

• Selfdependent Department of Theoretical Electrotechnics and Metrology• Selfdependent Department of Contemporary Physics• Selfdependent Department of Power Engineering Foundations• Selfdependent Department of Control and Management Systems• Selfdependent Department of Telecommunication and Photonics• Selfdependent Department of Electric Equipment and High Voltage Technology• Selfdependent Department of Automation Equipment and Systems.

63

AGH (Academy of Mining and Metallurgy) (1)

Faculty of Electrical Engineering, Automatics, Computer Science and Electronics

Chairs:• Chair of Automation• Chair of Drive Automation and Industrial Equipment• Chair of Power Electronics• Chair of Electronics• Chair of Electrotechnics• Chair of Information Science• Chair of Electric Machines• Chair of Metrology• Chair of Telecommunication

64

ACADEMY of MINNING and METALURGY (AGH) (2)

On 30 June 2004 the AGH adopted the resolution on the list of current research lines of the Academy, among others:

• IV. Microelectronics, nanotechnologies and biomedical engineering.• 16. New technologies and metallic and ceramic materials with set properties• 17. Designing specialized integrated circuits for scientific and technical applications

• V. Environment Protection and Engineering, alternative and renewable energy sources• 18. Sources, conversion, effective winning and using of fuels and energy and

renewable energy sources.• 19. Forecasting and shaping climatic conditions and fighting hazards in mining and

industrial works.• 20. Investigations into the state of environment and its complex protection.• 21. Sorbents and catalysts in industry and environment protection.• 22. Protection and shaping mining and after-mining territories.

65

CRACOW UNIVERSITYof TECHNOLOGY

Faculty of Electrical and Computer Engineering• Institute of Electrical Metrology• Institute of Electromechanical Energy Conversion• Institute of Theoretical Electrotechnics and

Automation• Selfdependent Laboratory of Technical

Information Science • Institute of Teleinformatics

66

LUBLIN UNIVERSITY OF TECHNOLOGY

Organizational units of the Faculty Electrical Engineering and Computer Science:Institute of Foundations of Electrotechnics and Electro technologyChair of Automation and MetrologyChair of ElectrochemistryChair of ElectronicsChair of Computer and Electrical EngineeringChair of Power Plants and Power ManagementChair of Information ScienceChair of Electric MachinesChair of MathematicsChair of Electric DrivesChair of Power Networks and ProtectionChair of Electric Equipment and HV Technology

67

ŁÓDŹ UNIVERSITY OF TECHNOLOGY (1)

The Faculty of Electrical and Electronic Engineering In area of education offers programmes leading to:• Bachelor of Science degree or/and Master of Science degree in the field of: • Electrical Engineering and specialization in: Electrical Power Engineering, Applied

Informatics,Electronics and Telecommunications and specialization in Teleinformatic Systems.

• Master of Science degree in the field of: • Electrical Engineering and specialization in: Electrical Power Engineering, Control and

Metrology, Electrical Machines and Apparatus, Applied Informatics.Informatics and specialization in: Software Engineering and Network Systems, Information Systems Engineering.Electronics and Telecommunications and specialization in: Signal and Image Processing, Telecommunication Systems, Industrial Electronic Systems, Integrated Elements and Systems, Technology of Applied Electronics.Automatic Control and Robotics and specialization in Industrial Automatic Control.

• Doctorate of Philosophy degree in:• Electrical Engineering, Electronics and Telecommunications, Automatic Control and

Robotics

68


The Faculty of Electrical and Electronic Engineering The main areas of fundamental and applied research:• Electrical circuits and fields:• fault location and parameter identification methods in non-linear circuits • Electrical metrology:• identification of multidimensional measuring systems and electrical quantity

measurements with non-sinusoidal voltages and currents,• construction of devices for testing electronic systems of car equipment• devices for measuring magnetic properties of electrical sheets and

multidirectional research in the field of materials science and technology • Material science and electrotechnology• laser alloying of surface metal layers• technologies of new high-temperature ceramic superconductors• contact materials engineering• degradation of metal-oxide varistors

69


The Faculty of Electrical and Electronic Engineering • Theory of control• adaptive control systems of robots and application of a vision system in robot control• modal control of non-linear systems via use of extended and global linearization• robust control algorithms against present disturbances and parameter changes• microcomputer control of electrical drives and industrial processes• application of fuzzy control and neural networks in power electronics and electrical

drives control. • Electrical machines and transformers• theory, construction, design, investigation and exploitation of electrical machines,

electromechanical elements of automation, power and special transformers• active and passive load of turbogenerators and hydrogenerators• computer simulation of electromagnetic and electromechanical transients of induction

motors,• design and manufacturing current and voltage transformers of laboratory and standard

performance.

70


The Faculty of Electrical and Electronic Engineering PŁ• Power plants and power systems• optimization of auxiliary systems and devices• analysis of failure frequency and availability of high power unit work• power system modeling for estimation of transient states during disturbances and switching actions,• optimization of lighting networks and devices• high voltage engineering • Electronics and telecommunications• design of electronic medical instruments• mobile communications devices• investigation and design of power semiconductor devices• design of computer systems and software for infrared image analysis,• full-custom design and HDL synthesis of modern ASIC-VLSI circuits• computer aided design and modeling of modern power devices and smart power circuits• full-custom design and fabrication of neural networks, micro-electro-mechanical systems (MEMS)

design with application of VHDL-AMS simulations tools. • Electric traction• power and traction switchgear• transmission of information between a track and a rail vehicle

71


The Faculty of Electrical and Electronic Engineering PŁ• Environmental protection• electrical technologies for environmental protection• hazardous waste treatment with thermal plasma• electromagnetic compatibility • Electrical apparatus• direct current breaking in vacuum• theory and diagnostics of arc-plasma, spiral and rotating arc techniques• design of conventional, semiconductor and hybrid switchgear• high speed drives for switchgear • Electroheat• calculation, construction and exploitation of the electric resistance furnaces for heat

treatment, heating before plastic forming, firing, drying, soldering etc.• space heating including the floor storage-heating• space heating including the floor storage-heating,• automatic measurement of surface tension and wettability in high temperatures• automatic measurement of surface tension and wettability in high temperatures

72

OPOLE UNIVERSITY OF TECHNOLOGY

Structure of the Faculty of Electrical Engineering and Automatics and Activity of Basic Units

• Chair of Automation, Electronics and Information Science

• Chair of Electric Power Engineering• Chair of Power Plants and Measuring Systems• Chair of Automation and Diagnostics of

Electromechanical Systems

73

POZNAŃ UNIVERSITY OF TECHNOLOGY (1)

Faculty of Electrical Engineering• Didactic and Scientific Units

– Institute of Electrical Power Engineering• Department of Power Engineering Systems and Network• Department of Apparatus and Switchgear• Department of High Voltage and Electro technical Materials

– Institute of Industrial Electrical Engineering• Department of Foundations of Electrotechnics• Department of Electric Machine• Department of Power Electronics and Controls• Department of Light Technology

74

POZNAŃ UNIVERSITY OF TECHNOLOGY (2)

• Institute of Electronics and Telecommunications– Department of Digital Radio-Communications– Department of Electronic Measurement Systems– Department of Multimedial Telecommunications and Radio-Electronics– Department of Metrology– Department of Telecommunication Systems– Department of Information Transport Networks

• Institute of Control and Information Engineering – Department of Automation and Robotics– Department of Control and Industrial Electronics– Department of Safety and Informatics’ Systems– Department of Informatics’ Systems Technology

• Institute of Mathematics

75

RADOM UNIVERSITY OF TECHNOLOGYFaculty of Transport• Institute of Automation and Transport Telematics

– Department of Automation and Measuring Engineering– Department of Electronics and Diagnostics– Department of Transport Telematics– Department of Control Systems– Department of Process Automation

• Institute of Transport Systems• Department of Electric Machines and Equipment• Department of Transport Means Operation and Diagnostics• Department of Electrotechnics and Power Engineering• Department of Urban Transport Organization and Techniques• Department of Logistics and Marketing

76

RZESZÓW UNIVERSITY OF TECHNOLOGY

FACULTY OF ELECTRICAL AND COMPUTER ENGINEERING• The Faculty of Electrical and Computer Engineering was established as the

second successive one of the University in 1965. In 1999 the Faculty was granted the right to award a Ph.D. degree in electrical engineering. At present there are 3300 full-time and part-time students at two courses: Electrical Engineering and Computer Engineering.

Departments: • Department of Electrodynamics and Electrical Machine Systems• Department of Computer and Control Engineering• Department of Electronics Fundamentals• Department of Power Electronics and Power Engineering• Department of Metrology and Measurement Systems• Department of Electrical and Computer Engineering Fundamentals• Department of Electronic and Communications Systems• Department of Distributed Systems

77

SZCZECIN UNIVERSITY OF TECHNOLOGY (1)Units of Faculty of Electrical Engineering :• Institute of Industrial Automation

– Department of Automation– Department of Control Theory and Simulation Techniques– Department of Metrology– Department of Microprocessor Systems

• Institute of Electrotechnics– Department of Industrial Electrotechnics– Department of Electrical Power Engineering– Department of Electric Machines and Drives– Department of Electric Equipment and Maritime Electrotechnics– Department of High Voltage and Electrical Technology

78

SZCZECIN UNIVERSITY OF TECHNOLOGY (2)

• Institute of Electronics, Telecommunications and Information Science– Department of Cybernetics and Electronics– Department of Information Foundations– Department of Telecommunication Systems and Network

Theory– Department of Optical Telecommunication and Photonics– Chair of Theoretical Electrotechnics and Information

Science– Chair of Signal Conversion and Multimedial Engineering

79

WARSZAWA UNIVERSITY OF TECHNOLOGY (1)

GENERAL INFORMATION• The Faculty of Electrical Engineering was established in

1921. It is located in the Electrical Engineering Building, in the Mechanics Building which are situated on the University's Central Campus. Student enrolment to the Faculty is approximately 400 annually and the total number of students is about 2000, including extra-mural students. The Faculty employs an academic staff of 160, including 23 professors, 10 associate professors and 134 assistant professors. These are supported by 110 technical and administrative staff.

80


ORGANISATION• The Faculty is divided into five institutes:

– The Institute of Electrical Power Engineering, – The Institute of the Theory of Electrical

Engineering and Electrical Measurements, – The Institute of Control and Industrial Electronics, – The Institute of Power Engineering and High

Voltage Technology, – The Institute of Electrical Machines.

81


RESEARCH (1)The Institute of Electrical Power Engineering's research is

concentrated on the following areas:• power system protection and control, • the design and management of power plants, • transmission and distribution networks, • the design and management of power networks, • electrothermics, • lighting technology and photometry.

82


RESEARCH (2)The Institute of the Theory of Electrical Engineering and

Electrical Measurement's research is concentrated on the following areas:

• computer-aided analysis in the design of electrical circuits,

• numerical methods for the analysis and synthesis of electromagnetic fields,

• neural networks - methods of learning and applications, • digital signal processing, • digital instruments and automatic measurement systems, • the measurement of dielectric and magnetic materials, • measuring sensors.

83


RESEARCH (3)The Institute of Control and Industrial Electronics' research is concentrated on the

following areas:• all types of computer implemented controllers, including adaptive and self-tuning

controllers, • automatic image analysis, processing and filtering, • computer vision and pattern recognition both classical and advanced, i.e. neural network

based or fuzzy based, • neural network theory and applications, • the theory and applications of singular systems, • the theory and applications of robust design controllers, • control theory and automated vision for robotics, • power electronics converters topologies, • resonant converters, • active power filters and reactive power compensators, • uninterruptible power supply systems, • vector control, neural network and fuzzy logic based control of power electronics

systems, • AC and DC motor microprocessor controlled drives, • power conditioning, • the industrial application of power electronics drives, • hybrid uninterruptible and off-grid power sources.

84


RESEARCH (4) The Institute of Power Engineering and High Voltage Technology's

research is concentrated on the following areas:• the designing, testing and technology improvement of electrical

apparatus and cables, CAD/CAM aided, • investigating lightning and switching overvoltages, • solving insulation coordination problems, • studying electromagnetic compatibility, • the investigating and applying of gas discharges, • measuring high voltages and heavy current of arc sources, • designing nuclear power plant equipment and developing nuclear

technologies, • improving diagnostic methods and the testing of dielectric materials,

insulation and switchgears.

85

WROCŁAW UNIVERSITY OF TECHNOLOGY (1)Faculty of Electrical EngineeringThe Electrical Faculty (W-5) is one of the oldest faculties of

the University. The first lecture at the Wroclaw University of Technology was held on 15 November 1945.

The scientific staff of the Electro technical Faculty is counted among the leading teams in the country in this domain. The proof of it is the fact that the Faculty was awarded the highest category A by the Committee of Scientific Research.

The Faculty has at present 135 academically teachers and 38 engineering-technical coworkers. Among the academically teachers there are 36 professors and assistant professors, 87 doctors of sciences and 12 assistants.

The diploma of the Faculty has international accreditation of the FEANI organization and also accepted abroad.

86

WROCŁAW UNIVERSITY OF TECHNOLOGY (2)

Organization• The faculty educates students and carries out research in

the following areas:• theoretical electrotechnics, • high-voltage engineering and technology, • power systems, • power system protection and control, • industrial and municipal power systems, • measurement instruments and systems, • electrical machines and drives.

87

WROCŁAW UNIVERSITY OF TECHNOLOGY (3)

The teaching and research activities are carried out by three institutes:

• Institute of Electrical Engineering Fundamentals (I7)

• Institute of Electrical Power Engineering (I8)

• Institute of Electrical Machines, Drives and Metrology (I29).

88

ZIELONA GÓRA UNIVERSITY OF TECHNOLOGY (1)

Faculty of Electrical EngineeringOrganisation:• Institute of Electrical Engineering

– Department of Control and Power Electronic Systems Application– Department of Electromechanical and Power Engineering Systems– Laboratory of Electrotechnics, Electronics and Information Science

• Institute of Information Science and Electronics– Department of Electronics and Microprocessor Systems– Department of Computer Engineering– Department of Information Techniques

89

ZIELONA GÓRA UNIVERSITY OF TECHNOLOGY (2)

Organisation of Faculty of Electrical Engineering :• Institute of Electrical Metrology

– Department of Electrical Metrology– Department of Network Theory– Department of Telecommunications– Laboratory of Electrical Metrology

• Institute of Control and Information Systems– Department of System Analysis and Smart Computing– Department of Information Systems– Department of Teleinformation and Computer Safety

90

Jerzy Mukosiej


Contents


•CentreCentress of Excellence (CoE) of Excellence (CoE) „Malet” „Malet” “Electric Energy”“Electric Energy”




91

Electrotechnical Institute OG

DEVICES AND SYSTEMS ENABLING CONNECTING DISTRIBUTED GENERATION UNITS TO ELECTRIC POWER SYSTEMS

• Electric power generated in Distributed Generation Units (DGU) is usually in such a form that it cannot be directly introduced into the general Electrical Power Network (EPN).

• A precondition for introducing such electric energy to the general EPN and by this a precondition of its sale is its conversion into the standard form.

• Connecting DGU to EPN follows through the Network Module (NM) which performs two tasks:

• conversion of raw electric energy produced in DGU into standard form• introduction electric energy into the EPN transmission line• The objective of the proposed research and development work is:• developing various types of Network Modules adapted to operate in different types of

DGU• developing new methods and systems for controlling the operation of EPNs in

conditions of wide application of DGU.• There is a necessity for existence of a Central Point Controlling the Production of

Electrical Energy, operating basing on a Teleinformatic System of Remote Control and Monitoring for the individual Centers of the System.

92


CONTROLLED SYSTEMS OF ELECTRIC ENERGY TRANSMISSION• Legal regulations and technical and economic conditions, arisen on the electric energy

market, determine new requirements in the range of ensuring higher quality level of electric energy, reliability of power supply networks and high affectivity of its transmission. The necessity to widen and make these warrants more precise was caused by the development of the open energy market. The contemporary systems of transmission and distribution of the produced electric energy, are relatively ineffective systems, they bring energy losses amounting in average up to 10 to 20%. In order to improve energy quality efforts are made to lower the losses using two fast developing power electronic technologies:

• flexible AC transmission systems (FACTS)• high voltage DC transmission systems (HVDCTS)• Application of the FACTS system can reduce energy losses even down to 4-5%. When

choosing and evaluating the operation of the flexible energy system one should take into account the system’s stability and economic factors. In addition, legal regulations and the technical and economic conditions arisen on the electric energy market should be considered.

• In the Electrotechnical Institute Branch Gdańsk work is conducted aimed at improved quality and power of electric energy transmission is electric power engineering systems. One of the solutions proposes a new structure of the FACTS system and a control method using the wavelet algorithms.

93


REMOTE MONITORING OF ELECTRIC ENERGY QUALITY• The IEC and CENELEC standards in force, determine the level of permissible

electromagnetic interferences, LV. In the standards, the permissible values have been determined for voltages and frequencies while their per cent contribution is being determined for sudden voltage changes such as flicker, periodic and temporary over voltages, voltage unbalance, harmonic and interharmonic voltages, short power supply breaks. The experience gained by the Electro technical Institute Branch Gdansk in the domain of power electronics and information science permit at present to develop equipment in the range of constructing systems of wireless control and monitoring of industrial objects and in improving the quality of electric energy in electric networks. One of the examples is the developed equipment for controlling electric energy quality at a chosen point of the network and transmitting the obtained data to the main system using wireless techniques GPRS/INTERNET.

• An AC analyzer of electric energy quality has been developed at the Gdansk Brunch of the IEL according to the requirements of the PN-EN 50160 Standard, as well as a voltage controller for LV and MV electric power networks, and a 3-phase microprocessor-based meter of electric quantities of deformed current. A series of tasks related to the wireless GPRS/INTERNET technology was completed.

94


A CONCEPT OF NON-COVENTIONAL DC POWER SUPPLY SYSTEM FOR TELE-INFORMATICS EQUIPMENT

• The purpose systems supplying teleinformatic equipment with power is to provide reliable operation of the subassemblies causing at the same time no negative effects to the environment of that equipment. The problem of correct supply is related not only to single pieces of equipment but also e.g. to computer networks.

• However conversion of AC-DC-AC power is accompanied by effects which have detrimental influence on the operation of different equipment. Power supply modules of informatics’ equipment are mostly power consumers of non-linear type, which also introduce interferences into the network.

• Preliminary research work is conducted in the Electro technical Institute Branch Gdańsk whose objective is to evaluate the possibility of constructing such a network. The basic aim of using a DC network is:

• Reducing the level of interferences and rising the safety level at the same time.• The topics undertaken are a continuation of work conducted earlier. The scientific

team of the Institute has extensive experience in the design of UPS systems for providing equipment with uninterrupted power supply.

95

Electrotechnical Institute NTE

• Locomotive/EMU Vehicle Control System• Vehicle Control System for control of electric, diesel/electric and diesel traction

vehicles - locomotives and EMU's (Electric Multiple Units). System controls all subsystems installed in vehicle like: driver desk, propulsion, auxiliary converters and circuits, pneumatic systems, braking systems, door control, HVAC, internal/external lightning system, passenger information systems, etc. System is also monitoring all above subsystems and provide recording of all parameters of train/loco control. System is made on decentralised processor modules and can be based on MVB (Multifunction Vehicle Bus), WTB (Wire Train Bus) or other train buses. Driver desk is equipped with multifunction terminals for presentation of all present and passed system performance.

• System is made according to International Railway Standards EN50155• System was applied in following vehicles:• - EM10 1MW, 3kVDC shunting locomotive• - EL2 800kW, 2.4kVDC cargo locomotive• - EN57 1MW, 3kVDC EMU

96


• Locomotive/EMU DC Traction Propulsion System • Traction Propulsion System for DC motors used on electric and diesel/electric

traction vehicles - locomotives and EMU's (Electric Multiple Units). Modular construction of IGBT/GTO choppers, input/output filter circuits, crowbars and control used in the system can be applied in 1 - 6 MW locomotives or EMU's. System controls and monitors all required parameters of traction propulsion system, provides curent/voltage/speed control for traction and braking (including rheostatic/regenerative braking), provide overvoltage/overcurent protection for motors and chopper system, can be controlled via multifunction train/vehicle buses from central train processor unit.

• System is made according to International Railway Standards.• Best and cheapest solution for refurbishment of old chopper traction systems made

on old phase control thyristor technology. • System was applied in following vehicles:• - EM10 1MW, 3kVDC shunting locomotive• - EL2 800kW, 2.4kVDC cargo locomotive• - EN57 1MW, 3kVDC EMU

97


• Tramcar, Metro, Trolleybus and LRV Vehicle Control System• Vehicle Control System for control of electric and diesel/electric city transport vehicles - trams,

metro, trolleybus and LRV's (Light Rail Vehicle). System controls all subsystems installed in vehicle like: driver desk, propulsion, auxiliary converters and circuits, pneumatic/hydraulic systems, braking systems, door control, HVAC, internal/external lightning system, passenger information systems, etc. System is also monitoring all above subsystems and provide recording of all parameters of vehicle control. System is made on decentralised processor modules and is connected as an independent vehicle/train bus system. Driver desk is equipped with multifunction terminals for presentation of all present and passed system performance.

• System is made according to International Railway Standards EN50155• System was applied in following vehicles:• - 105N/805N 160kW, 600VDC tramcars• - 105N2k 160kW, 600VDC tramcars• - 105N2k2000 160kW, 600VDC tramcars• - 112N 200kW, 600VDC tramcars• - 116N 250kW, 600VDC tramcars• - PR110/Solaris 150kW, 600VDC trolleybuses• - 118N 400kW, 600VDC tramcars

98


• Tramcar, Metro, Trolleybus and LRV Traction Propulsion System • Traction Propulsion System for DC motors used on electric (up to 1500VDC) city transport

vehicles - trams, metro, trolleybus and LRV's (Light Rail Vehicle). Modular construction of IGBT/GTO choppers, input/output filter circuits, crowbars and control used in the system can be applied in 100kW - 1 MW electric vehicles. System controls and monitors all required parameters of traction propulsion system, provides curent/voltage/speed control for traction and braking (including rheostatic/regenerative braking), provide overvoltage/overcurent protection for motors and chopper system, can be controlled via multifunction train/vehicle buses from central train processor unit.

• System is made according to International Railway Standards.• Best and cheapest solution for refurbishment of old chopper traction systems made on old phase

control thyristor/GTO technology. • System was applied in following vehicles:• - 105N/805N 160kW, 600VDC tramcars• - 105N2k 160kW, 600VDC tramcars• - 105N2k2000 160kW, 600VDC tramcars• - 112N 200kW, 600VDC tramcars• - 116N 250kW, 600VDC tramcars• - PR110/Solaris 150kW, 600VDC trolleybuses• - 118N 400kW, 600VDC tramcars

99

OTHER PROPOSITIONS FROM CATALOG

100

Electrotechnical Institutehopes to cooperate with

partners from Germany and French in the frames of

projects of 6 FP

E-mail: [email protected]

Jerzy Mukosiej ELECTROTECHNICAL SCIENTIFIC UNITS IN POLAND Contents Electrotechnical Institute

Documents

Transcript of Jerzy Mukosiej ELECTROTECHNICAL SCIENTIFIC UNITS IN POLAND Contents Electrotechnical Institute