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Wind power energy content (kW/m2).
Usable power density (in W/m2) of wind speeds in the Baltic Sea based on numerical simulated data from coastDat. Usable power density implies the wind power available based on the wind speed distribution (Ingmarsson P., Hüffmeier J., 2019).


'''Source:'''  
'''Source:'''  
Line 26: Line 25:
This layer is for information purposes only; it can help deciding which areas to give preference when planning for new wind parks.
This layer is for information purposes only; it can help deciding which areas to give preference when planning for new wind parks.
   
   
This layer is only available for the Baltic Sea Edition.


Return to [[Categories and Layers#tab=Environmental conditions|environmental conditions]].
   
   
=North Sea=
=North Sea=
Not applicable.
==Types==
North Sea types here
 
==Metadata==
===Data Source===
Enter data source for North Sea here.
 
===Original Title===
Enter name of the layer at the North Sea source.
 
===Description===
Enter the description of the North Sea dataset here.
 
===Creation Date===
yyyy-mm-dd North Sea


===Methodology===
This layer is not available in the North Sea Edition.
Enter here how the layer was prepared to be integrated into the MSP Challenge North Sea Edition.


=Baltic Sea=
=Baltic Sea=
Line 61: Line 47:
===Data Source===
===Data Source===


Baltic LINes project output provided directly by the project's partners (SwAM, RI.SE). For more info see the full report [https://vasab.org/wp-content/uploads/2019/05/Baltic-LINes-2030-and-2050-Baltic-Sea-Energy-Scenarios.pdf here])
Baltic LINes project output provided directly by the project's partners (SwAM, RI.SE). For more info see the full report [https://vasab.org/wp-content/uploads/2019/05/Baltic-LINes-2030-and-2050-Baltic-Sea-Energy-Scenarios.pdf here]


===Original Title===
===Original Title===


Wind Resource Density.
Wind Resource Density.
===Description===


Usable power density (in W/m2) of wind speeds in the Baltic Sea based on numerical simulated data from coastDat<sup>1</sup>. Usable power density implies the wind power available based on the wind speed distribution (Ingmarsson P., Hüffmeier J., 2019).


===Description===
The usable power input is calculated according to the standard methods used for [http://drømstørre.dk/wp-content/wind/miller/windpower%20web/en/tour/wres/powdensi.htm wind atlases]) (Ingmarsson P., Hüffmeier J., 2019).


Usable power density (in W/m2) of wind speeds in the Baltic Sea based on numerical simulated data from coastDat. Usable power density implies the wind power available based on the wind speed distribution.
<sup>1</sup>"coastDat is a model-based data bank developed mainly for the assessment of long-term changes in data sparse regions. A sequence of numerical models is employed to reconstruct all aspects of marine climate (such as storms, waves, surges etc.) over many decades of years relying only on large-scale information such as large-scale atmospheric conditions."


The usable power input is calculated according to the standard methods used for [http://drømstørre.dk/wp-content/wind/miller/windpower%20web/en/tour/wres/powdensi.htm wind atlases])
'''Source:'''
Ingmarsson P., Hüffmeier J.


Ingmarsson P., Hüffmeier J. (2019). "2030 and 2050 Baltic Sea Energy Scenarios - Ocean Energy". Retrieved from: [https://vasab.org/wp-content/uploads/2019/05/Baltic-LINes-2030-and-2050-Baltic-Sea-Energy-Scenarios.pdf vasab.org], accessed on 2022-03-15. 
===Creation Date===
===Creation Date===


Not available. Data received on 2018-09-12.
Not available. Data received on 2018-09-12.
===Methodology===
===Methodology===


Reclassified values into qualitative classes from "Very Low" to "Very High". Reprojected the geodata layer to Lambert Azimuthal Equal Area (EPSG:3035).  
Reclassified values into qualitative classes from "Very Low" to "Very High". Reprojected the geodata layer to Lambert Azimuthal Equal Area (EPSG:3035).  
 
==Western Baltic Sea==
The Wind Density layer in the Western Baltic Sea Edition remains consistent with  that featured in the Baltic Sea edition.
=Clyde Marine Region=
=Clyde Marine Region=
Not applicable.


==Types==
This layer is not available in the Clyde Marine Region Edition.
Clyde Marine Region types here
 
==Metadata==
===Data Source===
Enter data source for Clyde Marine Region here.
 
===Original Title===
Enter name of the layer at the Clyde Marine Region source.
 
===Description===
Enter the description of the Clyde Marine Region dataset here.
 
===Creation Date===
yyyy-mm-dd Clyde Marine Region
 
===Methodology===
Enter here how the layer was prepared to be integrated into the MSP Challenge Clyde Marine Region Edition.


=Adriatic Sea=
=Adriatic Sea=
Not applicable.


==Types==
This layer is not available in the Adriatic Sea Edition.
Adriatic Sea types here
 
==Metadata==
===Data Source===
Enter data source for Adriatic Sea here.
 
===Original Title===
Enter name of the layer at the Adriatic Sea source.


===Description===
=Eastern Mediterranean Sea=
Enter the description of the Adriatic Sea dataset here.
Not applicable.


===Creation Date===
This layer is not present in the Eastern Mediterranean Sea.
yyyy-mm-dd Adriatic Sea
 
===Methodology===
Enter here how the layer was prepared to be integrated into the MSP Challenge Adriatic Sea Edition.


<headertabs/>
<headertabs/>

Latest revision as of 14:36, 12 June 2024

Wind Density
File:Layer Wind Density.png
Layer Info
Category Management
Sub-category Environmental conditions

Description

Wind power energy content (kW/m2).

Source:

Ingmarsson P., Hüffmeier J. (2019). "2030 and 2050 Baltic Sea Energy Scenarios - Ocean Energy". Retrieved from: vasab.org, accessed on 2022-03-15.

MSP Challenge

This layer is for information purposes only; it can help deciding which areas to give preference when planning for new wind parks.

This layer is only available for the Baltic Sea Edition.


Return to environmental conditions.

Not applicable.

This layer is not available in the North Sea Edition.

Types

  • Very Low
  • Low
  • Medium
  • High
  • Very High

Metadata

Data Source

Baltic LINes project output provided directly by the project's partners (SwAM, RI.SE). For more info see the full report here

Original Title

Wind Resource Density.

Description

Usable power density (in W/m2) of wind speeds in the Baltic Sea based on numerical simulated data from coastDat1. Usable power density implies the wind power available based on the wind speed distribution (Ingmarsson P., Hüffmeier J., 2019).

The usable power input is calculated according to the standard methods used for wind atlases) (Ingmarsson P., Hüffmeier J., 2019).

1"coastDat is a model-based data bank developed mainly for the assessment of long-term changes in data sparse regions. A sequence of numerical models is employed to reconstruct all aspects of marine climate (such as storms, waves, surges etc.) over many decades of years relying only on large-scale information such as large-scale atmospheric conditions."

Source:

Ingmarsson P., Hüffmeier J. (2019). "2030 and 2050 Baltic Sea Energy Scenarios - Ocean Energy". Retrieved from: vasab.org, accessed on 2022-03-15.

Creation Date

Not available. Data received on 2018-09-12.

Methodology

Reclassified values into qualitative classes from "Very Low" to "Very High". Reprojected the geodata layer to Lambert Azimuthal Equal Area (EPSG:3035).

Western Baltic Sea

The Wind Density layer in the Western Baltic Sea Edition remains consistent with that featured in the Baltic Sea edition.

Not applicable.

This layer is not available in the Clyde Marine Region Edition.

Not applicable.

This layer is not available in the Adriatic Sea Edition.

Not applicable.

This layer is not present in the Eastern Mediterranean Sea.

Retrieved from "https://knowledge.mspchallenge.info/index.php?title=Wind_Density&oldid=5902"
This page was last edited on 12 June 2024, at 14:36. Content is available under GPLv3 unless otherwise noted.