Offshore Wind Installations 2010   Source: EWEA   http://www.ewea.org/index.php?id=1861
Offshore Generation Location up to 2010
Foundation Design Evolution
Offshore Research •   Hywind – Spar Type Floating Foundation      Norway 200m      Statoil •   Blue H – Tension Leg Plat...
Offshore Trends Turbine Size Trend Source EWEA          Principle Power’s Windfloat                      Design
Why the Supergrid?• Move Offshore• Single European electricity market• Security and sustainability of  supply• Carbon neut...
Supergrid Phase 1 – Design Drivers• Offshore Wind    25-30 GW 2020 in the North     Sea (UK, Germany, Belgium)• UK Networ...
Supergrid Phase 1 - CostProject Financing:       €28 billion (2010 value)       30 % RoE       6 year building time, 40...
Technology Today (2015): •   HVDC – VSC       1 GW       Losses < 1.5% •   HVDC Cables       XLPE – 300kV       MI (Oi...
Supergrid Technology (2015):• The SuperNode – Hybrid AC/  DC Design• HVDC based on VSC  (Voltage Source Converter)  techno...
Technology Developments• Improved Converter Design    <<< Losses    >>> Power• Cable    >>> XLPE Voltage Capability• Mu...
Policy and regulatory aspects at a glance • Master Plan:     Entso-e • One Operator:    ISO • One Grid Code:   Entso-e • O...
Upcoming SlideShare
Loading in …5
×

Climate Presentation Brussels Parliament

446 views
367 views

Published on

Published in: Business, Technology
0 Comments
0 Likes
Statistics
Notes
  • Be the first to comment

  • Be the first to like this

No Downloads
Views
Total views
446
On SlideShare
0
From Embeds
0
Number of Embeds
5
Actions
Shares
0
Downloads
9
Comments
0
Likes
0
Embeds 0
No embeds

No notes for slide

Climate Presentation Brussels Parliament

  1. 1. Offshore Wind Installations 2010 Source: EWEA http://www.ewea.org/index.php?id=1861
  2. 2. Offshore Generation Location up to 2010
  3. 3. Foundation Design Evolution
  4. 4. Offshore Research • Hywind – Spar Type Floating Foundation  Norway 200m  Statoil • Blue H – Tension Leg Platform (TLP)  Netherlands 100m • Windfloat – Semi Submersible  Portugal 40m • Offshore Wind Accelerator  Carbon Trust + 8 Developers  Wind Analysis  Electrical and Foundation Design  Operation and Maintenance
  5. 5. Offshore Trends Turbine Size Trend Source EWEA Principle Power’s Windfloat Design
  6. 6. Why the Supergrid?• Move Offshore• Single European electricity market• Security and sustainability of supply• Carbon neutral Europe by 2050
  7. 7. Supergrid Phase 1 – Design Drivers• Offshore Wind  25-30 GW 2020 in the North Sea (UK, Germany, Belgium)• UK Network Congested• North Germany – High Wind Penetration• Hydro balance capability
  8. 8. Supergrid Phase 1 - CostProject Financing:  €28 billion (2010 value)  30 % RoE  6 year building time, 40 years of operation  23GW of Wind Generation Connected  Capacity factor:  40% - if the wind alone trades on the system  90% - when wind and other energy/service providers use the network TUOS : 1,55 - 4,67 c/kWh Socialised: 0.23 c/kWh
  9. 9. Technology Today (2015): • HVDC – VSC  1 GW  Losses < 1.5% • HVDC Cables  XLPE – 300kV  MI (Oil) – 500kV
  10. 10. Supergrid Technology (2015):• The SuperNode – Hybrid AC/ DC Design• HVDC based on VSC (Voltage Source Converter) technology
  11. 11. Technology Developments• Improved Converter Design  <<< Losses  >>> Power• Cable  >>> XLPE Voltage Capability• Multi-Terminal Wide Area Control System• System Dynamics  Inertia  Fault Performance• DC Switchgear• Onshore Transmission  GIL  Superconductivity
  12. 12. Policy and regulatory aspects at a glance • Master Plan: Entso-e • One Operator: ISO • One Grid Code: Entso-e • One Regulator: ACER

×