In brushless excitation systems, the rotating diodes can experience open-or short-circuits.
For a three-phase synchronous generator under no-load, we present theoretical …

Due to the advantage of high-power density, high energy storage density and fast repetition
pulse charging ability, homopolar inductor alternator (HIA) has been successfully applied in …

The brushless excitation structure characteristics of the aviation wound-rotor synchronous
starter/generator (WRSSG) put forward the requirement on the brushless exciter (BE) model …

Research on control strategies of aircraft wound-rotor synchronous starter-generator relies
on accurate simulation models. The field current of the main machine is provided by the …

This study proposes a novel mathematical model based on excitation system output
equations (ESOEs) to evaluate the steady‐state performance of the three‐phase brushless …

Interfacing of ac electrical machine models in power system transient simulation programs is
receiving increasing attention in the literature. Models based on the voltage-behind …

In this paper, we present an algorithm based on the Empirical Mode Decomposition (EMD)
method and compare it with two other existing EMD algorithms. EMD is a data-driven …

Brushless power generation sets are a technology of choice for on‐board power generation
in aerospace and marine applications, emergency and backup power systems, etc. Efficient …

Brushless excitation systems are widely used for synchronous machines. As a critical part of
the system, rotating rectifiers have a significant impact on the system behavior. This paper …

The computational cost for the simulation of detailed models of machine-rectifier systems is
expensive because of repetitive diodes switching. Average-value models (AVMs) of …