A dual-modular-multilevel-converter (MMC) structure is presented that allows multifrequency
power transfer between its ports. By exploiting a three-winding transformer, where the …

This research introduces an innovative converter system which has been developed to
seamlessly incorporate multiple sources of renewable energy into both DC and AC grids …

This paper proposes a novel multiport modular multilevel converter-based solid state
transformer (MMC-SST) with a distributed control system architecture for large-scale PV …

This article proposes an isolated three-port power router (TP-PR) for medium-voltage (MV)
dc collection of large-scale photovoltaic applications with a portion of ac power integration …

The rapid deployment of renewable energy sources is highlighting the critical need for
availability and efficiency in power systems, particularly within medium-voltage direct-current …

This article presents an AC/AC MMC topology with integrated transformer that provides an
overall voltage boosting effect beyond that enabled by the transformer turns ratio alone. The …

Integral multirate output sampling (MOS)-based discrete linear state feedback robust control
has been suggested to optimally accommodate the AC load in a four-port DC–DC converter …

This paper proposes a novel three-port power converter (TP-PC) for large-scale photovoltaic
(PV) applications with thermal integration. By combining the thyristors with the highly …

(English) High voltage direct current (HVDC) technologies have been used for bulk power
transmission over long distances since the 1950s. These technologies have proven to be …