Multisource inverter (MSI) provides a low-cost and high-power-density solution for
microgrids (MGs) applications due to the removal of the dc/dc converter, which offers direct …

When the Vienna rectifier operates at unbalanced dc links, the conventional carried-based
discontinuous pulsewidth modulation (CB-DPWM) strategy suffers from the neutral point …

In view of the large neutral-point (NP) voltage fluctuation and the high low-frequency
harmonics in the input current of conventional discontinuous pulse width modulation …

Electrolytic capacitorless Vienna rectifiers have many advantages, such as longer lifetime
and higher power density. However, the reduced dc-link capacitance aggravates the voltage …

When Vienna rectifier operates at light load conditions, small load power difference of
bipolar dc bus leads to dc offset of neutral point (NP) voltage due to the limitation of dc-link …

The multisource inverter (MSI) is a promising topology for hybrid electric vehicles (HEVs)
due to its advanced merits of single-stage power conversion from each source to the motor …

Model predictive direct power control (MPDPC) is a suitable method for the highly nonlinear
system of a three‐level Vienna rectifier. However, the traditional MPDPC suffers from …

This study addresses the issue of integrating renewable energy sources into the power grid
by proposing advanced power management strategies based on an adaptive observer. The …

Discontinuous pulse width modulation (DPWM) has been widely used in three-level Vienna
rectifiers due to its higher efficiency. However, for dual output load applications, vector …

To enhance the lifespan of Vienna rectifiers, the electrolytic capacitors in the dc link can be
substituted with slim-film capacitors. However, the decrease in capacitance leads to an …