Models, Data, and Methodology - On the Effect of Offshore Wind Farms on the Atmosphere and Ocean Dynamics - page 31

Table 3.3 Overview of HAMSOM simulations meteorologically forced with METRAS for
TOS-01 and TOS-02
Overview
simulations

Description, explanation, characteristics,
usage

TOS-01 T012ug08 TS01HD60F01 Master simulation

T012ug05 TS01HD60F01 Wind speed analysis
T012ug16 TS01HD60F01 Wind speed analysis
T048ug08 TS01HD60F01 Wind farm analysis
T080ug08 TS01HD60F01 Wind farm analysis
T160ug08 TS01HD60F01 Wind farm analysis
T012ug08 TS01HD60F02 Consistency analysis
T012ug08 TS01HD60F03 Effect of met. forcing
T012ug08 TS01HD60F04 Brostr ¨ m approach
T012ug08 TS01HD30F01 Intensity in depth
T012ug08 TS03HD30F01 WEGA adaption

TOS-01-src T012ug08

TS01HD60F01_BTM
T012ug08
TS02HD60F01_src*

Physical analysis, different assumptions in
source code

TOS-02 T8590ug08wd000 Effect by const. N wind
T8590ug08wd045 Effect by const. NE wind
T8590ug08wd090 Effect by const. E wind
T8590ug08wd135 Effect by const. SE wind
T8590ug08wd180 Effect by const. S wind
T8590ug08wd225 Effect by const. SW wind
T8590ug08wd270 Effect by const. W wind
T8590ug08wd315 Effect by const. NW wind
T8590S01 Effect based on real meteorological situation,
June 2010
Main adjustments are based on number of wind turbines, meteorological forcing, and start fields.
Each listed simulation here has got its pondo or counterpart without wind turbines
Abbreviations : T # turbine; ug geostrophic wind [m/s]; TS 01—common start field, 02—two-layer
start field, 03—WEGA start field; HD HAMSOM ocean depth [m]; F METRAS forcing, 01—only
wind, 02—full meteorological forcing, 03—on/off forcing, 04—Brostr¨m run; BTM barotropic
mode; src* source code manipulation; wd wind direction [ ]; S01 summer season

References

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