This article is focused on the modelling and control of an interline Current Flow Controller (CFC) for meshed HVDC grids. The operation states of the CFC are presented and an average model is derived. The average model is used to perform steady-state analysis on a 3-terminal meshed grid, showing the current change capabilities and the benefits on the operation area. The converter control is designed using a linearised model. The system performance of the CFC is tested by means of simulation in a 3-terminal grid and in a 5-terminal grid.Postprint (author's final draft
The current carrying capability of dc lines is limited by their thermal and electric stress limits. ...
In recent years, the demand for HVDC grids has greatly increased due to the integration of renewable...
Offshore wind turbines are preferred rather than onshore ones for their numerous advantages, such as...
This article is focused on the modelling and control of an interline Current Flow Controller (CFC) f...
Meshed High Voltage Direct Current (HVDC) grids are seen as solution to transmit and exchange high a...
In meshed high voltage direct current grids, the current of each line cannot be controlled independe...
This paper is meant to show that an interline Current Flow Controller (CFC) is able to reduce the op...
This paper proposes a DC/DC Current Flow Controller (CFC) for meshed High Voltage Direct Current (HV...
HVDC technology is developing fast and HVDC grids are increasingly seen as a possible and feasible s...
Large-scale grid integration of renewables and cross-country border energy exchange may be facilitat...
In meshed high voltage direct current (HVDC) grid, the current flows through the lines cannot be con...
This paper investigates the modeling and operation of dual H-bridge current flow controllers (CFCs) ...
This paper is focused in the control design of a DC/DC Current Flow Controller (CFC)...
Interconnecting several offshore wind farms using High Voltage dc (HVDC) connections and forming mul...
The current carrying capability of dc lines is limited by their thermal and electric stress limits. ...
In recent years, the demand for HVDC grids has greatly increased due to the integration of renewable...
Offshore wind turbines are preferred rather than onshore ones for their numerous advantages, such as...
This article is focused on the modelling and control of an interline Current Flow Controller (CFC) f...
Meshed High Voltage Direct Current (HVDC) grids are seen as solution to transmit and exchange high a...
In meshed high voltage direct current grids, the current of each line cannot be controlled independe...
This paper is meant to show that an interline Current Flow Controller (CFC) is able to reduce the op...
This paper proposes a DC/DC Current Flow Controller (CFC) for meshed High Voltage Direct Current (HV...
HVDC technology is developing fast and HVDC grids are increasingly seen as a possible and feasible s...
Large-scale grid integration of renewables and cross-country border energy exchange may be facilitat...
In meshed high voltage direct current (HVDC) grid, the current flows through the lines cannot be con...
This paper investigates the modeling and operation of dual H-bridge current flow controllers (CFCs) ...
This paper is focused in the control design of a DC/DC Current Flow Controller (CFC)...
Interconnecting several offshore wind farms using High Voltage dc (HVDC) connections and forming mul...
The current carrying capability of dc lines is limited by their thermal and electric stress limits. ...
In recent years, the demand for HVDC grids has greatly increased due to the integration of renewable...
Offshore wind turbines are preferred rather than onshore ones for their numerous advantages, such as...