This paper proposes a robust frequency-domain method to tune the dq decoupled control
system used in Modular Multilevel Converter-type Voltage Source Converter (MMC-VSC) …

For many physical systems, the fractional-order system can describe the dynamics more
accurately comparing with the integer-order system. However, its parameters, which include …

The trend in semiconductor developments has made the high-voltage direct current (HVDC)
technologies based on voltage source converters feasible. This type of convertor has a …

This paper explores the optimization of wind turbine control system parameters. The wind
turbine based on 5 MW PMSG Permanent magnet synchronous generator with two back-to …

High-voltage direct current (HVDC) transmission system based on voltage source converter
technology gains attraction in recent years for the grid integration due to many advantages …

Multi-terminal HVDC grid is one of the promising solutions of the electrical power network
configuration that ensures the reliability of power supply and economy of the power …

The use of VSC HVDC (voltage source converter for high voltage direct current link) to
transmit the power over long distance has lot of technical advantages compared to AC …

This paper introduces a multi-objective optimal method to coordinate the VSC-MTDC control
system, which is aimed to simultaneously improve the dynamic performance of VSC-MTDC …

This paper proposed an optimal design approach for the frequency-based synchronization
(FSC) controller utilized in voltage source converter based high voltage direct current (VSC …

Modular multilevel converter type voltage source converter (MMC-VSC) is a potential
candidate for present and future HVdc projects. The dq decoupled control system is widely …