10th IET International Conference on AC and DC Power Transmission (ACDC 2012)

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  • Location: Birmingham, UK
  • Conference date: 4-5 Dec. 2012
  • ISBN: 978-1-84919-700-7
  • Conference number: CP610
  • The following topics are dealt with: LCC projects; VSC projects; DC grids; offshore; and AC grids.

1 - 20 of 64 items found

  • Low switching frequency modulation strategies with low impact on the mains, suitable for a for a large power Voltage Sourced converter that employs reduced VA-rating coupling magnetic elements
  • Studies on the response characteristics of Z-unified power flow controller(Z-UPFC)
  • A phase correction method of HVDC supplementary subsynchronous damping controller
  • IGBT based high power DC-DC converters
  • Design and PSPICE analysis of a grid connected multilevel converter with reduced number of switches
  • VSC transmission limitations imposed by AC system strength and AC impedance characteristics
  • Operating region extension for multilevel converters in HVDC applications by optimisation methods
  • Fault ride-through capability enhancement based on flywheel energy storage system for wind farms connected via VSC high voltage DC transmission
  • Primary and secondary power control of multiterminal HVDC grids
  • Future wide area monitoring requirements for the GB transmission system
  • Increasing the GB electricity transmission networks' power transfer capability between North and South - the Western HVDC Link
  • Next generation HVDC network for offshore renewable energy industry
  • Assessment of disturbance propagation between AC grids through VSC HVDC links using reduced Great Britain model
  • Limitations to loading the Manitoba Hydro future three-bipole, multi-egress, multi-infeed HVdc system and mitigation strategies
  • On-site testing of special transformers
  • Investigation of paralleling Bipole II and the future Bipole III in Nelson River HVDC system
  • Influence of DC voltage droop settings on AC system stability
  • Real-time simulation of a wind connected HVDC grid
  • System design of MMC VSC-HVDC demonstration project for windfarm connection
  • DC fault analysis of VSC based multi-terminal HVDC systems
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