Transformer-less grid-connected photovoltaic (PV) systems face the challenge of keeping
low leakage current due to their nonisolation configurations. To better attenuate the leakage …

Shoot-through issue of traditional bridge-type grid-connected inverters (GCIs) imposes a risk
to GCIs' reliability and efficiency, so dual-buck-type single-phase GCIs are widely used in …

In this article, a high-reliability three-level inverter construction method is proposed to
address the risks of shoot through in neutral-point-clamped inverter (NPC). Several highly …

In electric vehicles (EV), the charging circuit is an important component which needs to be
carefully designed. This research proposes a novel concept to reconfigure the traction circuit …

Abstract The Grid-Tied inverter is one of the fast-evolving technology in the present era that
aims to support the centralized power generation system with a distributed power generation …

To mitigate the risk of DC-link capacitors short-circuit occurred in neutral-point-clamped
(NPC) and active neutral-point-clamped (A-NPC) inverters, various topologies have …

The transformerless inverter for grid-connected photovoltaic (PV) system has been an
increasing interest from researchers because of the benefits of smaller size, lower cost and …

In a photovoltaic grid connected system, the attenuation of the common mode voltage is one
of the main issues. Many single phase inverters have been proposed to improve the …

Grid-tied inverters are the most important component in distributed generation system as
they have the main function to connect the renewable energy source to grid. The …