This article presents two unique common-ground high-reliability dual-buck single-phase
inverters suitable for photovoltaic applications. The proposed inverters directly connect the …

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 …

A semi-two-stage common-ground-type transformerless dual-buck-based grid-connected
inverter is proposed in this paper. The common-ground-type topology can eliminate …

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 …

Electric vehicles (EV) are developing fast and EV ownerships are increasing rapidly. In the
EV system, the electric traction inverter and the charging converter are two important …

In order to solve the problem of leakage current in the topology of transformerless
photovoltaic (PV) grid-connected inverter, this paper proposes a high reliability dual-buck …

The dual-buck inverter (DBI) does not have a shoot-through problem, and thus, the
harmonics caused by the dead-time can be avoided. Besides, the DBI of half-cycle control …

A new circuit structure and control method for a high power interleaved dual-buck inverter
are proposed. The proposed inverter consists of six switches, four diodes and two inductors …