Fast model-based design of high performance permanent magnet machine for next generation electric propulsion for urban aerial vehicle application

Abstract

Model order reduction (MOR) is considered as a good alternative to reduce the computational scale for electro-magnetic problems. The aim of this work is to introduce the use of dynamic mode decomposition (DMD) as a promising tool for MOR to analyze its effectiveness in creating a fast model-based design platform for the permanent magnet motor design for ur-ban aerial vehicles (UAVs). Using a singular value decomposition (SVD) based DMD, the design process is constructed and verified against different scenarios.

Keywords

• dynamic mode decomposition
• model order reduction
• permanent magnet synchronous motor
• urban aerial vehicles