Pole rebalancing in symmetrical monopolar HVDC grids is necessary to remove pole imbalances resulting from pole-toground faults. For selective protection employing DC circuit breakers, pole rebalancing considering backup protection operation in case of breaker failure has until now not been studied. This paper proposes fault clearing and post-fault restoration sequences including pole rebalancing to deal with DC-side faults, considering both primary and backup protection operations. The performance of the proposed sequences and the impact of the key breaker parameters on pole rebalancing are investigated in a four-terminal test system using PSCAD/EMTDC.status: publishe
Single-line to ground fault of DC side and sub-module fault are typical faults of MMC-HVDC. When eac...
High-Voltage Direct-Current (HVDC) systems are an attractive solution for long distance power transm...
This thesis addresses the protection of a high voltage DC (HVDC) system that utilizes the modular mu...
Protecting a future HVDC network from short circuit DC faults is presently expected to require exten...
Bipolar High Voltage Direct Current (HVDC) is expected to form the backbone of future HVDC grids bec...
AC (alternating current) system backup protection setting calculation is an important basis for ensu...
HVDC grids demand the fast and reliable operation of the protection system. The failure of any prote...
This paper compares the DC breaker requirements for different DC breaker protection schemes for high...
High voltage direct current (HVDC) grid protection must clear dc faults within a time-frame of milli...
This paper defines and classifies fault clearing strategies for HVDC grid protection, based on the m...
This paper proposes a fast breaker failure backup protection algorithm for HVDC grids. The main requ...
Abstract—This paper proposes a fast breaker failure backup protection algorithm for HVDC grids. The ...
© 2003-2012 IEEE. Protecting high-voltage (HV) DC grids requires a different approach compared with ...
Dc faults in HVDC grids lead to quickly increasing currents which should be interrupted sufficiently...
This paper compares the transient behaviour of two HVDC networks with similar structures but which u...
Single-line to ground fault of DC side and sub-module fault are typical faults of MMC-HVDC. When eac...
High-Voltage Direct-Current (HVDC) systems are an attractive solution for long distance power transm...
This thesis addresses the protection of a high voltage DC (HVDC) system that utilizes the modular mu...
Protecting a future HVDC network from short circuit DC faults is presently expected to require exten...
Bipolar High Voltage Direct Current (HVDC) is expected to form the backbone of future HVDC grids bec...
AC (alternating current) system backup protection setting calculation is an important basis for ensu...
HVDC grids demand the fast and reliable operation of the protection system. The failure of any prote...
This paper compares the DC breaker requirements for different DC breaker protection schemes for high...
High voltage direct current (HVDC) grid protection must clear dc faults within a time-frame of milli...
This paper defines and classifies fault clearing strategies for HVDC grid protection, based on the m...
This paper proposes a fast breaker failure backup protection algorithm for HVDC grids. The main requ...
Abstract—This paper proposes a fast breaker failure backup protection algorithm for HVDC grids. The ...
© 2003-2012 IEEE. Protecting high-voltage (HV) DC grids requires a different approach compared with ...
Dc faults in HVDC grids lead to quickly increasing currents which should be interrupted sufficiently...
This paper compares the transient behaviour of two HVDC networks with similar structures but which u...
Single-line to ground fault of DC side and sub-module fault are typical faults of MMC-HVDC. When eac...
High-Voltage Direct-Current (HVDC) systems are an attractive solution for long distance power transm...
This thesis addresses the protection of a high voltage DC (HVDC) system that utilizes the modular mu...