In power systems, voltage-source converters (VSCs) are gradually replacing traditional
devices and dramatically changing power system dynamic behavior, as the VSC's intrinsic …

The high-voltage dc (HVDC) systems are appearing more and more, and it is becoming a
requirement that the HVDC voltage-source converters (VSCs) operate both as an inverter …

The stability of dc microgrids is influenced by the nonlinear behavior of the converter-
controlled loads with constant power characteristics. This nonlinear dynamic, in line with …

DC distribution power systems are vulnerable to instability because of the destabilizing
effect of converter-controlled constant power loads (CPLs) and input filters. Standard stability …

Abstract Increasing penetration of Renewable Energy (RE) based Microgrid (MG) introduces
either beneficial or detrimental effects on power system stability. Uncertain condition of RE …

The high implementation of renewable energy systems (RESs) and the need to increase
transmission capacity across Europe (eg, north-south Germany) have resulted in integrated …

Instabilities related to dc-side resonances can occur in voltage-source-converter-based high
voltage dc (VSC-HVDC) when resonances originated in dc-transmission links coincide with …

This paper analyzes high-frequency interactions between a Modular Multilevel Converter
(MMC) and High Voltage Direct Current (HVDC) grid resonances by studying their effect on …

Recently power electronics devices have been widely used in power systems, and the
dynamical behavior of the power system has been changing with their increasing …

This paper presents the stability analysis of dc distributed power systems with multiple
converter-controlled loads. The load converters are tightly controlled, behaving as constant …