The integration of various grid-enhancing technologies is crucial for addressing the current
challenges faced in controlling transmission grids. The growing variability in energy supply …

The integration of distributed generators has changed the paradigm of modern power
transmission systems. To cope with energy demands, electrical networks emphasize the …

It is anticipated that with the thrust towards use of clean energy resources such as electric
vehicles, future distribution grids will face a steep increase in power demand, forcing the …

The conversion of existing AC lines into DC lines represents an interesting alternative for
upgrading the power carrying capability for the existing rights of way and at the same time …

This paper presents a concept of improving the transient stability of power system by
simultaneous AC–DC power transmission through a transmission line. A double circuit long …

This paper presents the performance analysis of simultaneous AC-DC power transmission
scheme under balanced and unbalanced loading conditions. Simulation and …

The need to transmit energy in the most effective way arises in parallel with the demand for
energy in developing countries. As the amount of transmitted power increases, transmission …

This paper provides a methodology for a thorough technical comparison between traditional
three-phase ac lines, on the one hand, and possible (in some cases unconventional) …

Existing AC medium‐voltage distribution networks are facing challenges on handling
increasing loads and renewable energy integrations. However, it is very difficult to build new …

Hybrid ac-dc reconfigurable link technology can find interesting applications in medium-
voltage power distribution. These are networks having dc links operating in parallel …