A reduction of 13 % of the total energy loss on a typical journey can be obtained by optimising the design of the DC/DC converter on a mission profile rather than at nominal power.
Generated SiC-MOSFETs models are employed to perform simulation of switches made of two series-connected devices.
The main interest of this Full-Order Nonlinear Control is the possibility to obtain a very high dynamic performance of the MMC power flow.
In this article, the interactions between AC grid and existing VSC control modes are analyzed.
This paper proposes a comprehensive methodology for determining the converter droop settings to ensure the voltage security in MTDC grid.
The protection of meshed HVDC grids requires the fast identification of faults affecting the transmission lines.
This paper proposes an auxiliary circuit for mechanical type DC Circuit Breakers which enables to use the internal energy of the DCCB capacitor for the line pre-energization.
This article presents the modified Preisach model of hysteresis for a 3-phase medium frequency transformer in a 100 kW dual active bridge converter.
A distributed supplementary control for embedded Multi-Terminal VSC-HVDC Grids to enhance the transient stability of the surrounding AC grid.
Achieving an efficient and robust AC/DC grids transmission system requires to develop a vision of HVDC role and functionalities in different situations.
