This paper proposes and analyzes a two-stage dc-dc isolated converter for electric vehicle
charging applications, where high efficiency over a wide range of battery voltages is …

Modular architectures that consist of several series-connected dc–ac converters have been
a focal point of recent innovations in transformerless medium-voltage applications. In this …

This article presents an innovative galvanically isolated medium-voltage ac (MVAC) to low-
voltage dc (LVDC) converter for MV grid integration of utility-scale renewables and storage …

In modular multiactive bridge (MMAB) converters, which are inherently coupled among dc
ports, single phase shift (SPS) control has been widely adopted due to its simplicity in …

This work proposes a three-phase four-wire ac–dc–ac converter composed of three single-
phase three-leg cells with shared legs. Also, the three dc-links are connected employing a …

Phase-shift modulation has been widely adopted in dual active bridge (DAB) converters due
to its simple implementation and great system performance. However, modular multiactive …

Multiactive-bridge (MAB) converter is gaining high interest as a multiport converter topology
due to its multidirectional power flow capability, zero voltage switching, and galvanic …

In recent years, renewables, especially photovoltaic (PV) and wind power, have undergone
significant development in all fields of application. This development has been closely linked …

In this paper, a quad active bridge converter (QAB) with one single inductor is presented for
the modular photovoltaic inverter, which is able to achieve AC/DC power decoupling in …

This paper presents a decentralized startup technique for bidirectional series-connected
inverters with grid-forming capability. We control each converter module as a virtual resistor …