Abstract Interconnection of High Voltage Direct Current (HVDC) transmission systems to a
weak AC grid has been a challenge in recent years. The main target of this paper is to …

As a result of increasing variability of network impedance, interest in impedance estimation
techniques is growing. This review contextualises local impedance estimation techniques by …

Conventional vector current control scheme has been widely used in grid-connected inverter
systems. However, it suffers from severe power limitation issues under weak grids. This …

This paper demonstrates how the range of stable power transfer in weak grids with voltage
source converters (VSCs) can be extended by modifying the grid synchronisation …

Stability assessment of conventional vector current control (VCC) of voltage-source
converters (VSCs) in weak grids has not been standardized. In this article, a small-signal …

Continuously expanding deployments of distributed power generation systems are
transforming conventional centralized power grids into mixed distributed electrical networks …

Wind power generation yields significant economic and social benefits, especially for
developing countries. However, large wind power plants (WPPs) are usually constructed in …

A novel current control strategy is proposed for voltage source converters connected to weak
grids using conventional current vector control with additional current error based voltage …

This paper presents a framework for defining multi-stability operational boundaries of power
systems under varying penetration levels of power electronic interfaced generation and …

This study focuses on the optimal gain scheduling of the robust non‐linear sliding mode
control (SMC) for the voltage source converters high‐voltage direct current (VSC‐HVDC) …