- High Power Converters - Energy Storage Systems. - Prototype - - PowerPoint PPT Presentation
Presentation of Electrotechnical Institute R&D activity - High Power Converters - Energy Storage Systems. - Prototype electric apparatus. - Research labotarories - Consortium E - Mobility. PhD. Eng. Krzysztof Tomczuk,
Presentation of Electrotechnical Institute R&D activity
Manager of Marketing and Scientific Information Department email: k.tomczuk@iel.waw.pl
Electrotechnical Institute Pozaryskiego St. 28 04-703 Warsaw
email: iel@iel.waw.pl
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Electrotechnical Institute Pozaryskiego St. 28 04-703 Warsaw
email: iel@iel.waw.pl
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Power static converter 3kVDC, 2x160kW Prototype locomotive DRAGON E6ACT-001 during tests
Electrotechnical Institute and ZNLE company from Gliwice (Poland) in the project titled: ”Development of the project, prototype implementation and implementation of series production of new Polish locomotive for goods transport” has developed a 5MW Drive Inverters, a 2x160kW Static Power Converter and a Master Control System for the DRAGON E6ACT-001 prototype locomotive.
One of the drive inverters for locomotive.
High Power Converters
Electrotechnical Institute Pozaryskiego St. 28 04-703 Warsaw
email: iel@iel.waw.pl
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Breaking from 100km/h Start to 100km/h
Prototype locomotive DRAGON E6ACT-001 View of the locomotive control panel
High Power Converters
Electrotechnical Institute Pozaryskiego St. 28 04-703 Warsaw
email: iel@iel.waw.pl
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The project titled: “Medium voltage mobile power supply system from ships in ports to increase the environmental and economic efficiency of maritime transport". The project meets the EU directive limiting and ultimately eliminating the possibility to onboard power supply from a diesel engine generators in a port. Projest Consortium:
High Power Converters
Financing institutions
Electrotechnical Institute Pozaryskiego St. 28 04-703 Warsaw
email: iel@iel.waw.pl
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The project concerns the development of a scalable system consisting of an AC / DC substation, a DC power cable distribution system and DC / AC mobile terminals located at the wharf depending on needs. The terminal will be mounted
It will include switchgear, power transformer and multi-level DC / AC power
The ship's power supply system will be configurable for parallel or serial operation.
High Power Converters
Electrotechnical Institute Pozaryskiego St. 28 04-703 Warsaw
email: iel@iel.waw.pl
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High Power Converters
Meduim voltage Power Line Meduim voltage AC/DC substation Meduim voltage DC cable Medium Voltage Mobile Terminal DC/AC Power system of the ship
Electrotechnical Institute Pozaryskiego St. 28 04-703 Warsaw
email: iel@iel.waw.pl
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Power supply waveforms of the water pumps during ship level balancing. Power supply of the automatical hawser force stabilization during ship stopover at the port.
High Power Converters
Electrotechnical Institute Pozaryskiego St. 28 04-703 Warsaw
email: iel@iel.waw.pl
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The system allows to deliver four types of power supplies: 6.6kV, 11kV, 50Hz, 60Hz. Continous system power is 4 MW with temporary overload to 6MW.
High Power Converters
Electrotechnical Institute Pozaryskiego St. 28 04-703 Warsaw
email: iel@iel.waw.pl
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View of the partners during project presestation. Directors of: Electrotechnical Institute, Apator Control and Sea Port in Gdynia during project presentation in IEL in Warsaw. View of the ship power supply system.
High Power Converters
Electrotechnical Institute Pozaryskiego St. 28 04-703 Warsaw
email: iel@iel.waw.pl
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Four-level 1MW, 6kVAC power converter Start of the 6kV induction motor Breaking of the 6kV induction motor
Voltages and currents waveforms.
View of the research test stand
High Power Converters
Electrotechnical Institute Pozaryskiego St. 28 04-703 Warsaw
email: iel@iel.waw.pl
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Polish Prime Minister Award for extra oridinary scientific and technical achivements in 2013. Award for multilevel medium voltage power converters
Prime Minister Diploma for IEL researchers
High Power Converters
Electrotechnical Institute Pozaryskiego St. 28 04-703 Warsaw
email: iel@iel.waw.pl
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Long-distance coal conveyor. Electric drives with 6kV induction motor Water pump stations
High Power Converters
Electrotechnical Institute Pozaryskiego St. 28 04-703 Warsaw
email: iel@iel.waw.pl
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The
the system consists in continuous monitoring of the value of the power grid voltage at the point where the electric load is
parameters, that is, its dip or disapear, is immediately detected, replacing the power supply from power grid using supercapacitors. During detection of and voltage deviation in the power supply network, the load circuits become an island installation. Switching from on-line work to
that do not lose power continuity. Island operating time depends on the duration of the disturbance and the available energy stored in the
and converter unit is rated at 250 kW for medium
View of the developed voltage dip compensator for power lines 6.3kV AC
Compensator parameters Nominal voltage 6.3 kV AC (three-phases) Nominal output power 250 kW Backup time at nominal output power 4 seconds It is possible to make a compensator at higher power and backup time.
High Power Converters
Electrotechnical Institute Pozaryskiego St. 28 04-703 Warsaw
email: iel@iel.waw.pl
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High-Precision Current Source was developed for the Nuclear Research Institute in Dubna (Russia) to supply the electromagnetic superconducting coil in accelerator. The device can be control by external signal and can supply up to 1000A with long- term stability at 50mA peak-to-peak even during changes coil reactance. Inquire regarding the design and implementation proces of the developed device were addressed to many companies in Europe. Only solution
the Electrotechnical Institute fulfilled the requirements of the Nuclear Research Institute in Dubna. The device was delivered under an order obtained through the Polish company Frako-Term in Gliwice.
View of the device
Device parameters Supply voltage. Power 3 x 400VAC, 80 kW Output current and output voltage 1000A, 80 V Long-term stability of output current 50 mA (peak-to-peak) Rise rate of the output current 1000 A/s Commumication interfaces CAN, RS485, PROFIBUS
Reference signal, Output voltage and current High Power Converters
Electrotechnical Institute Pozaryskiego St. 28 04-703 Warsaw
email: iel@iel.waw.pl
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Electrotechnical Institute Pozaryskiego St. 28 04-703 Warsaw
email: iel@iel.waw.pl
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Energy storage system installed inside the power substation. Energy storage system installed at the end of tramway powe supply line
Stationary supercapacitor electric energy storage system was tested on tramways and trolleybuses substations. They allows to stabilize the power supply voltage of traction vehicles by accumulating electric energy from regenerative braking of trams or trolleybuses and delivering it at the start of the vehicle. With this solution electricity consumption and CO2 emissions can be reduced.
Energy storage systems
Energy storage
Electrotechnical Institute Pozaryskiego St. 28 04-703 Warsaw
email: iel@iel.waw.pl
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Start Breaking Supercapacitor on the roof of the tramway 116 N Tramway 116 N Trolleybus – Kaunas (Lithuania) Troleybus – Lublin (Poland) Trolleybus – Kaunas (Lithuania)
Mobile power storage systems were used on board 116N tramway and trolleybuses in Lublin and Kaunas (Lithuania). They allows to recuperate the braking energy of the vehicle.
Energy storage systems
Electrotechnical Institute Pozaryskiego St. 28 04-703 Warsaw
email: iel@iel.waw.pl
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The "eCO2innovation" Special Award, sponsored by the Polish Minister of Economy, Mr Waldemar Pawlak, for the product with the greatest potential for reducing greenhouse gas emissions was awarded to the Institute of Electrical Engineering in Warsaw for the project "2MJ substation, 0.15 MW".
Laureates of the 14th edition of the Polish Product of the Future Competition accompanied by the Minister of Economy.
Energy storage systems
Electrotechnical Institute Pozaryskiego St. 28 04-703 Warsaw
email: iel@iel.waw.pl
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Electrotechnical Institute Pozaryskiego St. 28 04-703 Warsaw
email: iel@iel.waw.pl
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View of the developed circuit breaker Desingn of the circuit breaker
Prototypes of electric apparatus
In research project of the Electrotechnical Institute and the Institute of Tele - and Radio Engineering, has been developed a 7.2kV circuit breaker for the making current 25kA and breaking current 63kA. The device has an electromagnetic actuator that is patented.
Electrotechnical Institute Pozaryskiego St. 28 04-703 Warsaw
email: iel@iel.waw.pl
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For a number of years at the Department of High Power IEL are conducting researches into the possibility of using superconductivity in reducing the value of short-circuit currents appearing in S.E.E.
Widok ogranicznika
The results of this work is a superconductor short-circuit current limiter for 15 kV medium voltage networks, which limits the amplitude of the short-circuit current from 25 kA to 3.5 kA.
Waveforms of short-circuits currents: without limiter (red) and with limiter (blue)
Prototypes of electric apparatus
Electrotechnical Institute Pozaryskiego St. 28 04-703 Warsaw
email: iel@iel.waw.pl
Presentation of Electrotechnical Institute R&D activity
The Pilot Plant ZDIII in Międzylesie near Kłodzko was established on
January 1, 1966 and produces insulators and electrical insulating materials. The Electrotechnical Institute researchers has implemented technologies developed in IEL on the basis of the most up-to-date knowledge. In 1995, the Department started production of linear composite insulators for work on 15, 24, 36,110 and 220 kV lines. These products, according to affordable and high quality, have met with market acceptance.
View od the ZDIII web site: www.izolatory.pl Selected products form our factory 23
Electrotechnical Institute Pozaryskiego St. 28 04-703 Warsaw
email: iel@iel.waw.pl
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Electrotechnical Institute Pozaryskiego St. 28 04-703 Warsaw
email: iel@iel.waw.pl
Presentation of Electrotechnical Institute R&D activity View of the Power Converters Laboratory Transformer 2.5 MVA Regulated transformer 630 kVA Resistance load 2.5 MVA Crane 4.5 tony
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Power Converter Laboratory enables the researches of power converters, i.e. Inverters, UPS’s, Power Rectifiers up to 2.5 MVA.
IEL Laboratory Base – Power Converters Laboratory in Warsaw
Electrotechnical Institute Pozaryskiego St. 28 04-703 Warsaw
email: iel@iel.waw.pl
Presentation of Electrotechnical Institute R&D activity Parameters of IEL Power Converters Laboratory.
Alternating Current (AC) Power supply line15kV Max 100 A Power supply line 6kV Max 250 A Regulated AC voltage range Power supply voltage: 6kV AC, 50 Hz Output voltage: 0.13 – 6kV AC Output power: 600 kVA Direct Current (DC) Regulated DC voltage range Napięcie wyjściowe: 0.13 – 3kV DC Wyjściowa moc: 600kVA Electric load (resistance) Maximal power 2.5 MVA
0.4545 Ω
29.056 Ω
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Power Converter Laboratory Enables researches of power converters, i.e. Inverters, UPS’s, Power Rectifiers up to 2.5 MVA.
IEL Laboratory Base – Power Converters Laboratory in Warsaw
Electrotechnical Institute Pozaryskiego St. 28 04-703 Warsaw
email: iel@iel.waw.pl
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The Electric Traction Laboratory allows to test power converters used in electric traction, tramway, trolleybus and subway, ie static inverters, traction drives and others up to 2.5 MVA.
Railway, 3000VDC Static Converters test stand Parameters of the Electric Traction Laboratory
IEL Laboratory Base – Electric Traction Laboratory in Warsaw Alternating Current (AC) ZP1, ZP2, ZP3, ZP4 0-400V , 50A ZP7 50-800V, 200A ZR7 0-525V, 120A Direct Current (DC) ZM1 2 x 15V , 2000A ZM2 150V , 305 A ZM3 230V, 350A ZM4 460V, 180A ZM6 3300V, 150A or 650V, 545A ZM7 30V, 1000A ZP1, ZP2, ZP3, ZP4 0-400V, 80A ZP5, ZP6, 0-400V, 390A ZP7 100-1000V, 130A ZP8 2800V, 60A or 1400V, 120A ZP9 3300V, 500A or 660V, 1000A Electric load (resistance) Maximal power 2.5 MVA
0.4545 Ω
29.056 Ω
Electrotechnical Institute Pozaryskiego St. 28 04-703 Warsaw
email: iel@iel.waw.pl
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Internal arc failure test
AB074
Switchgear and Coltrolgear Laboratory parameters
IEL Laboratory Base – Switchgear and Controlgear Laboratory in Warsaw Alternating Current (AC) Short-circuit current (3 phases) RMS
Short-circuit current (1 phase) RMS
Internal arc failure test
Switching tests
Temperature rise tests
Direct Current (DC) Short-circuit current
Switching tests
Temperature rise tests
Voltage tests Mains frequency high voltage tests
1.2/50 us high voltage tests
Climatic chamber tests Temperature range
Humidity range 10 % ÷ 98 % RH IP tests up to IP68 IK tests up to IK10
Electrotechnical Institute Pozaryskiego St. 28 04-703 Warsaw
email: iel@iel.waw.pl
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AB074
High voltage 1.2 / 50 us generator manufactured by High Volt Company from Dresden (Germany). Max. 1200 kV, 1.2 / 50 us
IEL Laboratory Base – Switchgear and Controlgear Laboratory in Warsaw
Electrotechnical Institute Pozaryskiego St. 28 04-703 Warsaw
email: iel@iel.waw.pl
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AB074
Electromagnetic Compatibility Chamber manufactured by company TESTEQ type: GTEM-170
EMC Chamber EMC Chamber
IEL Laboratory Base – Switchgear and Controlgear Laboratory in Warsaw
Electrotechnical Institute Pozaryskiego St. 28 04-703 Warsaw
email: iel@iel.waw.pl
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AB022 AP102
EMC tests Light sources tests Measurements of luminous flux in integrating sphere Calibration of the multimeters
IEL Laboratory Base – Testing and Calibrating Laboratory in Warsaw
Electrotechnical Institute Pozaryskiego St. 28 04-703 Warsaw
email: iel@iel.waw.pl
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IEL Laboratory Base– Electric Machines and Drives Laboratory in Warsaw
Electrotechnical Institute Pozaryskiego St. 28 04-703 Warsaw
email: iel@iel.waw.pl
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AB067
Climatic chamber Material creeping distance tests Measurements of impedance, admitance, capacitance and loses in materials in frequency range between from 1MHz up to 3 GHz. Solar radiation simulator High voltage generator 1.2/50us
IEL Laboratory Base– Electrotechnical Materials Laboratory in Wroclaw
Electrotechnical Institute Pozaryskiego St. 28 04-703 Warsaw
email: iel@iel.waw.pl
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Electrotechnical Institute Pozaryskiego St. 28 04-703 Warsaw
email: iel@iel.waw.pl
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Consortium „E-Mobility”
Electrotechnical Institute Pozaryskiego St. 28 04-703 Warsaw
email: iel@iel.waw.pl
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On March 15, 2017, an E-Mobility consortium of interested companies around the Polish Chamber of Commerce Electrotechnics (PIGE) was established. The leader of the consortium is the Electrotechnical Institute.
Electric vehicle charging stations developed by the IEL Members of the consortium
Consortium „E-Mobility”
Electrotechnical Institute Pozaryskiego St. 28 04-703 Warsaw
email: iel@iel.waw.pl
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Electrotechnical Institute Pozaryskiego St. 28 04-703 Warsaw
email: iel@iel.waw.pl
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Institutions financing projects implemented in IEL
The Electrotechnical Institute invites you to cooperate in the framework of joint ventures financed by scientific research projects and orders.