Wake Study Viewer
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- 1Baseline
7 wind farms25.08 TWh/y7 wind farms 25.08 TWh/y - 2Incl. IJV Alpha & Beta
9 wind farms40.20 TWh/y9 wind farms 40.20 TWh/y - 3Incl. IJV Gamma & NW I
11 wind farms55.32 TWh/y11 wind farms 55.32 TWh/y - 4Incl. NW II & NW III
12 wind farms71.31 TWh/y12 wind farms 71.31 TWh/y - 5Incl. DDW & TNW
14 wind farms83.68 TWh/y14 wind farms 83.68 TWh/y
- 5ANo foreign parks
14 wind farms85.68 TWh/y14 wind farms 85.68 TWh/y - 5BLarger turbines
14 wind farms84.56 TWh/y14 wind farms 84.56 TWh/y - 5C5% Overplanting
14 wind farms85.87 TWh/y14 wind farms 85.87 TWh/y - 5D15% Overplanting
14 wind farms90.52 TWh/y14 wind farms 90.52 TWh/y - 5EOptimized layout
14 wind farms83.89 TWh/y14 wind farms 83.89 TWh/y - 5FGross production
14 wind farms106.97 TWh/y14 wind farms 106.97 TWh/y
Scenario 1 includes Luchterduinen, Gemini, Borssele, HKZ, HKN, and HKW along with effects of neighbouring foreign farms.
Name
Production
TWh/y
Capacity Factor
%
Luchterduinen
0.52
46.21
Gemini
2.80
53.36
Borssele I&II
2.81
42.64
Borssele III&IV
2.45
37.20
HKN
3.41
51.23
HKZ
6.46
48.23
HKW
6.63
50.43