This Tech Talk will show how electrical machine behavior can be modeled in FMU/ROM for control design and multibody analysis.
Electrical machines and electrical drive trains are inherently multiphysical. Therefore, to completely determine the behavior of such devices, analyses have to be performed in multiple physical domains. Besides system-level aspects such as controlling the electrical machine and running drive cycle analysis, cooling and noise and vibration (NV) behavior also have to be addressed. In all of these disciplines, a detailed knowledge of the behavior of the electrical machine in the electromagnetic domain is key.
In this E-seminar it will be shown how this behavior can be captured in various functional mockup unit (FMU) / reduced order models (ROM) and how they can be used on a system level (using Dymola) to design controls as well as their use in mutibody analyses (using Simpack) to obtain relevant NV KPI’s.
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