Multimotor drivetrain systems utilizing more than one electric machine for propulsion can
provide possibilities to improve energy efficiency and vehicle dynamic performance of …

The application of electric motor emulators (EME) has been prosperous in recent years
along with the advancement in power hardware-in-the-loop technology. However, EME …

This paper proposes DC-link voltage design rules of a motor emulator (ME) for interior
permanent-magnet synchronous motors (IPMSMs). The design rules are useful for the …

This paper presents a new 50 kVA Parallel Hybrid Converter (PHC) for Power-Hardware-in-
the-Loop (PHIL) emulation systems. The converter combines the high output voltage quality …

This paper presents a power hardware-in-the-loop (PHIL) test bench for the emulation of
highly utilized permanent magnet synchronous machines based on a square-wave powered …

Inverter testing using laboratory test benches with rotating machines can be bulky, complex,
and maintenance intensive. One solution is to use machine emulator for laboratory testing of …

Emulating electrical machines simplifies development and testing inverters and their control
systems in different operating conditions. Therefore, two fundamental components are …

Power-hardware-in-the-loop emulation of electrical machines is a useful tool to simplify the
development and testing process of traction inverters and their control systems at different …

In order to emulate the behavior of three-phase machines in a hardware-in-the-loop test
bench, an applicable power electronic device is required. For this purpose, an inverter …

To emulate the reaction of an electrical machine interacting with a device-under-test inverter,
a power-hardware-in-the-loop emulator has to provide a suitable countervoltage per phase …