Application of ANSYS Enviroment for Design of 10kW Permanent Magnet Synchronnous Motor
Aplikace vývojového prostředí ANSYS pro návrh synchronního motoru 10 kW s permanentními magnety
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České vysoké učení technické v Praze
Czech Technical University in Prague
Czech Technical University in Prague
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Cílem této bakalářské práce je navrhnout synchronní stroj s permanentními magnety na rotoru s výkonem 10 kW, pracujícím v rozsahu otáček do 20 000 ot/min. Pro tento návrh má být použit software Ansys Electronics Desktop od společnosti Ansys. Zaměřil jsem se na moduly RMxprt, pro analytický návrh stroje a Maxwell 2D a Maxwell 3D, pro MKP simulace ve 2D resp. 3D. Zaměřuji se zejména na porovnání a omezení ztrát v železe různých materiálů pro magnetický obvod statoru.
The main goal of this thesis is design of synchronous machine with permanent magnet on rotor with output power of 10 kW. This machine operates at speeds to 20 000 rpm. Software Ansys Electronics Desktop from Ansys is used for this design. For this purpose RMxprt, Maxwell 2D and Maxwell 3D modules are used. This thesis is mainly focused on iron core losses in stator and their limitations by usage of different materials.
The main goal of this thesis is design of synchronous machine with permanent magnet on rotor with output power of 10 kW. This machine operates at speeds to 20 000 rpm. Software Ansys Electronics Desktop from Ansys is used for this design. For this purpose RMxprt, Maxwell 2D and Maxwell 3D modules are used. This thesis is mainly focused on iron core losses in stator and their limitations by usage of different materials.