Elektrotechnika - Bemutatkozás Előadások a VIK Villamosmérnöki szak alapképzéses hallgatói számára Dr Vajda István egyetemi tanár Budapest Műszaki és Gazdaságtudományi Egyetem Villamos Energetika Tanszék Supertech Laboratórium vajda.istvan@vet.bme.hu
Nem tananyag, olvasmány: Bemutatkozás
Supertech Laboratory Conventional and non-conventional energy converters FEM HTS power applications Engineering problem solving Electric vehicles HTS EPS EVE From Fabrication to Applications
Research areas HTS FEM EPS EVE
FEM
FEM ThyssenKrupp Visteon Hungary Hyundai Heavy Industries CGE Grundfos
EPS (CAEPS)
EVE
EVE - Hulladékgyűjtő
EVE - Hibrid busz felépítése
EVE - Hibrid busz felépítése Hajtásrendszer Genset 80 kw Akkumulátorok Üzemanyag tartály Kompresszor El.-motor mindkét oldalon jobboldalon
Environment friendly power converters Synchronous machines with permanent magnet: electric design, optimisation, development of prototypes, testing Development of 520 kw asynchronous power generator driven by a hydroturbine 20 kw, 100,000 rpm monitor/generator unit with permanent magnet (Sydkraft AB, Hunelec Kft., MVM Rt.) 100 W pump with permanent magnet for liquid nitrogen (Sydkraft AB, MVM Rt.)
Environment friendly power converters Inserting the rotor of a 20 kw synchronous machine with sinusoidal field for tests at GE Tungsram
Electric cars, electricity in cars Development of a tractor motor for electrical vehicle Electromechanical damper Development of motor for fuel pumps Calculations for electrical servo drive Prof. István Vajda: Research on Superconductors, SuperTech Lab Budapest, 8 Sept 2008
Superconductivity Creating the Future Today
HTS power applications Theoretical Device Development Fault current limiter Flywheel Rotating machine Levitated bearings Levitated vehicle Experimental Levitating force measuring instrument Instrument for field mapping HTS qualifying device Demonstrators
Human resources 6 doctors (DSc, PhD) 3 researchers 3..4 PhD students 10 15 students (MSc, BSc) 6 foreign members
Partners
Partners in Europe
HTS power applications Construction and optimising of flywheel for energy storing with superconductive bearing Magnetising superconductors by impulses, mapping of the magnetic field Development of inductive current limiters Instrumentation
Scheme of the All Superconducting Mini/micro Power Plant
Artistic View of the All Superconducting Mini/micro Power Plant transformer SMES FCL generator flywheel
Relevant Foreign Partners E.ON Nordic (Sydkraft) AB, Sweden Physics Department, Ben Gurion University, Beer Sheva, Israel Physics Department, IIT New Delhi, India ICMAB, Barcelona, Spain All-Russian Research Institute of Electrical Machines, St. Petersburg, Russia IPHT Jena, Germany MAI, Moscow, Russia ISMRA CRISMAT, Caen, France
Relevant Hungarian Partners ATOMKI Pannon Egyetem S-Metalltech-98 kft VEIKI Rt. H-Tech kft ABB Hungary CGE GANZ Skoda Közlekedési Rt Intertanker kft ThyssenKrupp Visteon
Selected Industrial R&Ds Feasibility Studies for Power Applications of High Temperature Superconductors Development of a superconducting levitator Development of superconducting devices Development of motor for servo wheels Development of large permanent magnet motors Development of large induction motors Development of HTS Flywheel Energy Storage System Development of HTS Fault Current Limiter