Over the past years, the linearized modeling techniques for power converters have been
continuously developed to capture the small-signal dynamics beyond half the switching …

The small-signal impedance modeling of a modular multilevel converter (MMC) is the key for
analyzing resonance and stability of MMC-based power electronic systems. The MMC is a …

A subsynchronous oscillation (SSO) phenomenon has been observed in a modular
multilevel converter-based high-voltage dc (MMC-HVDC) transmission system for wind farm …

An increasing number of power-electronic-based distributed generation systems and loads
generate not only characteristic harmonics but also unexpected harmonics. Several …

Resonant converters are attractive for DC-DC converter applications of electric vehicles
(EVs) due to their wide range of soft switching and less output filter requirements compared …

The increasing number of renewable energy sources in the distribution grid is becoming a
major issue for utility companies since grid-connected converters are operating at different …

In this paper, a physics-data-based detection method is proposed to detect a variety of cyber-
attacks in Photovoltaic (PV) farms using the power electronics-enabled harmonic state …

Phasor models have been widely used in short-circuit simulations, in which system
operators verify the behaviour of the grid over thousands of different contingencies …

With the large integration of converter-interfaced generation (CIG) and widespread of power
electronic interfaced technologies, power system dynamic behaviour is becoming …

This paper presents a harmonic state-space (HSS) model of a three-phase thyristor-
controlled reactor (TCR) in a voltage-control application. In using the HSS description, the …