• Corpus ID: 6248230

Title : Advanced power electronics for cable connection of offshore wind

  title={Title : Advanced power electronics for cable connection of offshore wind},
  author={Erik Koldby Nielsen},
Several offshore wind farms are planned in a number of locations in Northern Europe. The introduction of offshore wind power brings the wind power into a new era, characterized by larger size of the farms, 200 – 1000 MW are planned, and increasing distances from the grid. Cable transmission is the only solution for the transmission from the farm to the shore. Often land cables are also required to reach a sufficiently strong interconnection point in the grid. Together this gives transmission… 

Figures and Tables from this paper

Converters for HVDC Transmission for Offshore Wind Farms: A Review
  • Aayesha Inamdar, A. Bhole
  • Physics
    2018 International Conference on Current Trends towards Converging Technologies (ICCTCT)
  • 2018
Unrestricted use of conventional sources of energy has led to over extraction and depletion in these resources. To continue with the economic, technological and industrial development inspires the
Power Flow Analysis of HVAC and HVDC Transmission Systems for Offshore Wind Parks
As the onshore wind resource is running shorter, wind power promoters are paying attention to the offshore resources. As in most cases there is no load offshore, wind power must be transmitted to the
Scheme of Integration of Wind Power to Electric Power Grid
This chapter presents dynamic performance of GE wind turbine-generators with LVRT and WFMS technology and control design philosophy, innovative control designs and relevant control diagrams.
Wind Energy Powers-That-Be Successor Generation in Globalization
After a historic introduction, today's wind power technology is reviewed on a systems level, with some details, and with some brave suggestions for wind technology 2030 when power electronics (PE)
Analysis of wind turbines connected to medium-voltage DC grids
The transmission and distribution of electrical energy with direct current (dc) is a promising alternative to established alternating-current (ac) systems. Higher efficiencies, fewer lossy
Optimum design of medium-voltage DC collector grids depending on the offshore-wind-park power
DC collector grids within offshore wind park offer advantages regarding efficiency and investment costs. Dual-active bridge (DAB) dc-dc converter systems can be applied for stepping-up the dc
Analysis of Harmonics in Subsea Power Transmission Cables Used in VSC–HVDC Transmission Systems Operating Under Steady-State Conditions
Subsea power cables are a critical component of a voltage-source converter-high-voltage direct current (VSC-HVDC) transmission system in any offshore electrical power scheme. Subsea cables have
Dual-active bridge dc-dc converter systems for medium-voltage DC distribution grids
  • M. Stieneker, R. D. De Doncker
  • Engineering
    2015 IEEE 13th Brazilian Power Electronics Conference and 1st Southern Power Electronics Conference (COBEP/SPEC)
  • 2015
Electrical energy distribution with dc grids reduces the investment costs of the system and increases the overall efficiency. For interconnecting different dc distribution grids as well as linkage to
Technical and economic features of renewable electricity technologies
This study provides an analysis of the potential for cost reduction for a number of key renewable energy technologies. The study was initiated to investigate the potential impact of technological
Control and Protection of Wind Power Plants with VSC-HVDC Connection
It is suggested that within the context of a youth-services agency using a mobile app to promote good physical and emotional well-being is a viable process and should be considered a natural extension of professional services.


AC Cable solutions for Offshore Wind Energy 2) Econnect project
  • 2005