This paper presents a high dynamic power hardware-in-the-loop (PHIL) emulation test
bench to mimic arbitrary permanent magnet synchronous machines with nonlinear …

High-performance permanent-magnet synchronous machines show nonlinear behavior due
to saturation effects. Nonlinear differential equations describe these phenomena which …

For academic research it is mandatory that the theoretical evaluation and modelling of new
control methods, modulation schemes, electrical machines, power electronic topologies, etc …

This paper presents a power hardware-in-the-loop emulation test bench (PHIL), based on a
modular multiphase multilevel converter (MMPMC), to mimic arbitrary permanent magnet …

What happens when permanent-magnet electric motors with identical power become
smaller and lighter? How changes the electromagnetic behavior? What consequences arise …

Inverter non‐linearities and machine spatial harmonics yield voltage errors that make
harmonic current control and mitigation a challenging task. In this study, a method is …

Nur dank der Hilfe vieler konnte ich überhaupt so weit kommen. Bei Prof. Dr.-Ing. Martin
Doppelbauer möchte ich mich für das mir entgegengebrachte Vertrauen bedanken, dieses …

Deadbeat control calculates excitation by a differential equation model that takes
measurements of state variables as initial values and instructions as terminal values. Ideally …

Inverter nonlinearities and machine spatial harmonics yield unwanted machine current
harmonics causing noise, vibration, additional losses and torque ripples. In this paper the …

In this contribution a new control algorithm is introduced, capable of high dynamic control of
dual three-phase machines with a high mutual coupling. Multiphase permanent-magnet …