688 / 2017-07-08 00:16:12
Impact of Topology and Fault Current on Dimensioning and Performance of HVDC Circuit Breakers
Circuit breakers,HVDC transmission,,Power system simulation,Power system protection
Final Paper
Tim Schultz / ETH Zurich
Viktor Lenz / ETH Zurich
Christian Franck / ETH Zurich
Multiterminal HVDC networks are a key technology for future power transmission. For safe and reliable operation, it is necessary to equip these with HVDC circuit breakers. In the presented paper, four hybrid HVDC breakers, representing different breaker classes, are dimensioned and simulated in synthetic and exemplary grid fault cases. The results are used to illustrate topology dependent limitations and individual options to upgrade each circuit breaker. Additionally, differences between commonly used linear fault currents and faults in MTDC grids as well as their implications are highlighted.
Important Date
  • Conference Date

    Oct 22

    2017

    to

    Oct 25

    2017

  • Jan 04 2017

    Abstract Notification of Acceptance

  • Mar 10 2017

    Draft Paper Acceptance Notification

  • Jun 30 2017

    Final Paper Deadline

  • Oct 25 2017

    Registration deadline

Contact Information
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