Voltage source converter–based multiterminal dc (MTdc) grids, including high-and medium-
voltage levels, have attracted attention in recent years and developed fast. To protect the …

DC technologies will be essential building blocks for future DC distribution networks. As in
any DC system, these networks will face crucial threats imposed by short-circuit DC faults …

Flexible Alternating Current Transmission Systems (FACTS) have achieved to enhance the
flexibility of modern AC power systems, by providing fast, reliable and controllable solutions …

This article reviews dc transmission technologies for future power grids. The article
emphasises the attributes that each technology offers in terms of enhance controllability and …

In meshed high voltage direct current grids, the current of each line cannot be controlled
independently, since it depends on the resistances between nodes. Additional devices, such …

Mexico's national electric grid comprises ten regional systems, with one isolated in the south
of the Baja California Peninsula. In addition, providing electricity access remains a …

This paper is meant to show that an interline current flow controller (CFC) is able to reduce
the operating costs of hybrid AC/DC meshed grids by alleviating the congestion within the …

This research proposes an approach to select an optimal place and control variable setting
for recently proposed Power Flow Controller (PFC) s including series, cascaded, and …

DC power flow controller (DCPFC) is regarded as an effective technology to improve the
active power distribution capability in a complex dc grid. Among different types of DCPFCs …

To evaluate the impact of the randomness and correlation of photovoltaic (PV) and load on
AC/DC systems with a multiport current flow controller (M-CFC), this paper proposes a …