1184
êćøćÜìĊę
3
ÙŠ
ćóúĆ
ÜÜćîĕôôŜ
ćìĊę
ñúĉ
êĕéš
øć÷ðŘ
Ēúąðøąÿĉ
ìíŤ
ìĊę
õćóôćøŤ
öÖĆ
ÜĀĆ
îúö
Case
Hub
Height
(m)
No. of
turbines
Capacity
(MW)
Gross
AEP
(GWh/y)
Average
wind
speed
(m/s)
Wake
losses
(%)
AEP with
wake
losses
(GWh/y)
Full load
hours
(hours)
Capacity
factor
(%)
Neutral
93.0
27
67.5
255.7
5.3
7.2
237.4
3517.0
40.1
Stable
93.0
27
67.5
253.0
5.2
7.2
234.8
3478.6
39.7
Unstable
93.0
27
67.5
256.8
5.3
7.2
238.4
3532.6
40.3
ÿøč
ðñúÖćøüĉ
ÝĆ
÷
ñúÖćøýċ
ÖþćóïüŠ
ćĂĆ
êøćđøĘ
üúöđÞúĊę
÷ìĊę
øąéĆ
ïÙüćöÿĎ
Ü 120 m ÿĞ
ćĀøĆ
ïóČĚ
îìĊę
öč
ÖéćĀćø A-D öĊ
ÙŠ
ćđìŠ
ćÖĆ
ï 5.53,
5.51, 5.52 Ēúą 5.53 đöêøêŠ
Ăüĉ
îćìĊ
ĕüúŤ
ïč
úúŤ
óćøćöĉ
đêĂøŤ
k öĊ
ÙŠ
ćđìŠ
ćÖĆ
ï 2.62, 2.61, 2.61 Ēúą 2.62 ĕüúŤ
ïč
úúŤ
óćøćöĉ
đêĂøŤ
A öĊ
ÙŠ
ćđìŠ
ćÖĆ
ï 6.30, 6.27, 6.28 Ēúą 6.30 đöêøêŠ
Ăüĉ
îćìĊ
ÿŠ
üîÙŠ
ćÙüćöêŠ
ćÜ×ĂÜĒñîìĊę
óúĆ
ÜÜćîúöĂ÷ĎŠ
Ĕîߊ
üÜ -
0.51-0.46 đöêøêŠ
Ăüĉ
îćìĊ
ÿĞ
ćĀøĆ
ïÖćøðøąöćèðøĉ
öćèóúĆ
ÜÜćîĕôôŜ
ćìĊę
ñúĉ
êĕéš
øć÷ðŘ
×ĂÜôćøŤ
öÖĆ
ÜĀĆ
îúö 3 ÖøèĊ
óïüŠ
ć Ēïï
stable ÙŠ
ćđìŠ
ćÖĆ
ï 234.8 GWh/year Ēïï Neutral ÙŠ
ćđìŠ
ćÖĆ
ï 237.4 GWh/year ĒúąĒïï unstable ÙŠ
ćđìŠ
ćÖĆ
ï 238.4
GWh/year ÝćÖÖĆ
ÜĀĆ
îúöøčŠ
î Gamesa 2.5 ēé÷öĊ
ÙŠ
ćÙćðćàĉ
êĊĚ
ĒôÖđêĂøŤ
đìŠ
ćÖĆ
ïøš
Ă÷úą 39.7 øš
Ă÷úą 40.1 Ēúąøš
Ă÷úą 40.3
êćöúĞ
ćéĆ
ï
ÙĞ
ć×ĂïÙč
è
ÙèąñĎš
üĉ
ÝĆ
÷×Ă×ĂïÙč
èýĎ
î÷Ť
üĉ
ÝĆ
÷óúĆ
ÜÜćîĒúąÿĉę
ÜĒüéúš
Ăö Ùèąüĉ
ì÷ćýćÿêøŤ
öĀćüĉ
ì÷ćúĆ
÷ìĆ
Öþĉ
è ìĊę
đĂČĚ
ĂđôŚŪ
Ă
Ăč
ðÖøèŤ
ĔîÖćøýċ
Öþćüĉ
ÝĆ
÷×ĂÜēÙøÜÖćø
đĂÖÿćøĂš
ćÜĂĉ
Ü
[1] đÿøĉ
ö ÝĆ
îìøŤ
Þć÷, Ýøč
ÜĒÿÜ úĆ
Öþèïč
èÿŠ
Ü, Norbert Karlthoff, Inge Bischoff-Gauss, Ăĉ
ÿøą öąýĉ
øĉ
, Ýĉ
îéć ĒÖš
üđ×Ċ
֟,
ìĆ
ýîüøøè ýĎ
î÷Ť
ÖúćÜ, üøõćÿ óøöđÿî 2
ēÙøÜÖćøóĆ
çîćðøĆ
ïðøč
ÜĒñîìĊę
ýĆ
Ö÷õćóóúĆ
ÜÜćîúöÿĞ
ćĀøĆ
ï
ðøąđìýĕì÷
îÙøðåö öĀćüĉ
ì÷ćúĆ
÷ýĉ
úðćÖø
[2] D. C. Ahrens. (2007).
Meteorology today: an introduction to weather climate and the
environment.
Cengage Learning, Minneapolis.
[3] J. Bogren. Klimatologi. (1999).
meteorologi.
Studentlitteratur, Lund.
[4] American Meteorological Society. (2012v).
Glossary of Meteorology-Virtual Temperature.
[Online]
Available at:
[5] American Meteorological Society. (2012x).
Glossary of Meteorology-Obukhov Length.
[Online]
Available at:
[6] L. Landberg. (2015).
Meteorology for Wind Energy An Introduction.
Wiley, DNV GL, Copenhagen,
Denmark 171-201.
[7] Speziale, C.G. (1987).
On Non-Linear
k
H
and
k
Z
Models of Turbulence.
Journal of Fluid
Mechanics. 178
