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--- wiki:smartaltitude_webgis_layers [2020/09/29 09:26] – apolderman
+++ wiki:smartaltitude_webgis_layers [2020/11/20 11:20] (current) – apolderman
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 ^Content Tree^Dataset^Description^Units^Format^Date^Note|
-|<font 12px/inherit;;inherit;;inherit>**Ski Resorts → Key Performance Indicators (KPI)**</font>|<font 12px/inherit;;inherit;;inherit>Ski resorts KPIs are measurable values that demonstrates how effectively the ski resort is achieving key business objectives. For more information see [[http://www.wikialps.eu/lib/exe/fetch.php?media=wiki:smart-altitude_wi-emt_evaluation-report_final_xxx.pdf|Description ski resort KPIs as output of the Winter Energy Management Tool (Wi-EMT)]]</font>   |<font 12px/inherit;;inherit;;inherit>Unit: 1-5 as weighted average of scores regarding following parameters:</font>  | | |<font 12px/inherit;;inherit;;inherit>For four Living Labs in the Alpine Space</font>| |
+|<font 12px/inherit;;inherit;;inherit>**Ski Resorts → Key Performance Indicators (KPI)**</font>|<font 12px/inherit;;inherit;;inherit>Ski resorts KPIs are measurable values that demonstrates how effectively the ski resort is achieving key business objectives. For more information see [[http://www.wikialps.eu/lib/exe/fetch.php?media=wiki:smart-altitude_wi-emt_evaluation-report_final_xxx.pdf|Description ski resort KPIs as output of the Winter Energy Management Tool (Wi-EMT)]]</font>||<font 12px/inherit;;inherit;;inherit>Unit: 1-5 as weighted average of scores regarding following parameters:</font>| |<font 12px/inherit;;inherit;;inherit>For four Living Labs in the Alpine Space</font>| |
 | |<font 12px/inherit;;inherit;;inherit>Overall Ski-Resort KPI (OV)</font>|<font 12px/inherit;;inherit;;inherit>This value is designed as average of scores from the 8 following KPIs.</font>  | | | | |
 | |<font 12px/inherit;;inherit;;inherit>Energy Efficiency (E_EF)</font>  | | | | | |
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 | |<font 12px/inherit;;inherit;;inherit>LAU median: Capacity Factor IEC Class 2</font>  |<font 12px/inherit;;inherit;;inherit>Medium wind</font>  | | | | |
 | |<font 12px/inherit;;inherit;;inherit>LAU median: Capacity Factor IEC Class 3</font>  |<font 12px/inherit;;inherit;;inherit>Low wind</font>  | | | | |
-| |   |   | | | | |
 |<font 12px/inherit;;inherit;;inherit>**Renewable Energy Potential → Wind → Global Wind Atlas (GWA Version 3.0) → Wind-Speed at a height of **</font>|<font 12px/inherit;;inherit;;inherit>Mean wind speed at a specific height is a measure of the wind resource. Higher values normally indicate better wind resources, but mean wind power density gives a more accurate indication of the available wind resource.</font>  || |<font 12px/inherit;;inherit;;inherit>Raster, 1x1km</font>|<font 12px/inherit;;inherit;;inherit>Simulation period 2008-2017</font>| |
 | |<font 12px/inherit;;inherit;;inherit>10m</font>| |<font 12px/inherit;;inherit;;inherit>[m/s]</font>| | | |
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 | |<font 12px/inherit;;inherit;;inherit>LAU median: 50m</font>| |<font 12px/inherit;;inherit;;inherit>[W/m²]</font>| | | |
 | |<font 12px/inherit;;inherit;;inherit>LAU median: 100m</font>| |<font 12px/inherit;;inherit;;inherit>[W/m²]</font>| | | |
-| | | | | | | |
 |<font 12px/inherit;;inherit;;inherit>**Renewable Energy Potential → Wind → Global Wind Atlas (GWA Version 3.0) → Air-Density at a height of **</font>|<font 12px/inherit;;inherit;;inherit>Mean air density at a specific height is a measure of the wind resource.</font>  || |<font 12px/inherit;;inherit;;inherit>Raster, 1x1km</font>|<font 12px/inherit;;inherit;;inherit>Simulation period 2008-2017</font>| |
 | |<font 12px/inherit;;inherit;;inherit>10m</font>| |<font 12px/inherit;;inherit;;inherit>[kg/m³]</font>| | | |
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 |<font 12px/inherit;;inherit;;inherit>**Renewable Energy Potential → Geothermal → Thermomap Project / Hotmaps Project **</font>|<font 12px/inherit;;inherit;;inherit>Data on very shallow geothermal energy potential (up to 10 metres) were retrieved from the project Thermomap as a vector layer and presented in the Hotmaps project without further eleboration.</font>|| |<font 12px/inherit;;inherit;;inherit>Polygon</font>|<font 12px/inherit;;inherit;;inherit>Downloaded 10.08.2019</font>| |
 | |<font 12px/inherit;;inherit;;inherit>Thermomap (Geothermal Energy Potential)</font>  | |<font 12px/inherit;;inherit;;inherit>[W/m K]</font>| | | |
+| |<font 12px/inherit;;inherit;;inherit>Average per LAU: Geothermal energy potential</font>  | |<font 12px/inherit;;inherit;;inherit>[W/m K]</font>| | | |
+|<font 12px/inherit;;inherit;;inherit>**Renewable Energy Potential → Geothermal → GEOELEC Project**</font>|   | | |<font 12px/inherit;;inherit;;inherit>Raster</font>|<font 12px/inherit;;inherit;;inherit>Downloaded 15.10.2020</font>| |
+| |<font 12px/inherit;;inherit;;inherit>Basal Heat Flow</font>  |<font 12px/inherit;;inherit;;inherit>The here presented layer showes the basal heat flow for whole Europe.</font>|<font 12px/inherit;;inherit;;inherit>[mW/m²]</font>| | | |
+| |<font 12px/inherit;;inherit;;inherit>Surface Heat Flow</font>  |<font 12px/inherit;;inherit;;inherit>The here presented layer showes the surface heat flow for whole Europe.</font>|<font 12px/inherit;;inherit;;inherit>[mW/m²]</font>| | | |
+| |<font 12px/inherit;;inherit;;inherit>Theoretical Potential 2030</font>  |<font 12px/inherit;;inherit;;inherit>The theoretical potential for 2030 is the maximum possible (theoretical) technical potential.</font>|<font 12px/inherit;;inherit;;inherit>[MW/km²]</font>| | | |
+| |<font 12px/inherit;;inherit;;inherit>Economic Potential 2030</font>  |<font 12px/inherit;;inherit;;inherit>The economic potential for 2030 is calculated from the realistic underground technical potential, accepting only those subvolumes where the levelized cost of energy is less than a given threshold.</font>|<font 12px/inherit;;inherit;;inherit>[MW/km²]</font>| | | |
+| |<font 12px/inherit;;inherit;;inherit>Theoretical Potential 2050</font>  |<font 12px/inherit;;inherit;;inherit>The theoretical potential for 2050 is the maximum possible (theoretical) technical potential.</font>|<font 12px/inherit;;inherit;;inherit>[MW/km²]</font>| | | |
+| |<font 12px/inherit;;inherit;;inherit>Economic Potential 2050</font>  |<font 12px/inherit;;inherit;;inherit>The economic potential for 2050 is calculated from the realistic underground technical potential, accepting only those subvolumes where the levelized cost of energy is less than a given threshold.</font>|<font 12px/inherit;;inherit;;inherit>[MW/km²]</font>| | | |
 |<font 12px/inherit;;inherit;;inherit>**Renewable Energy Potential → Biomass → Hotmaps Project **</font>|<font 12px/inherit;;inherit;;inherit>Data concerning biomass developed within the EU project Hotmaps.</font>  || |<font 12px/inherit;;inherit;;inherit>Polygon</font>| | |
 | |<font 12px/inherit;;inherit;;inherit>Energy Potential from Agricultural Residues</font>  |<font 12px/inherit;;inherit;;inherit>Considered agricultural residues are crop, cereals, maize, oilseed rape and sunflower, sugar beet, rice, olives, citrus and grape.</font>  |<font 12px/inherit;;inherit;;inherit>[PJ]</font>| | | |
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 | |<font 12px/inherit;;inherit;;inherit>Aboveground Biomass</font>  | | |<font 12px/inherit;;inherit;;inherit>Raster, 30x30m</font>  | | |
 | |<font 12px/inherit;;inherit;;inherit>Aboveground Biomass per LAU</font>  | | |<font 12px/inherit;;inherit;;inherit>Polygon (LAU)</font>  | | |
-|<font 12px/inherit;;inherit;;inherit>**Renewable Energy Potential → Biomass → AlpES Project **</font>|[[http://www.wikialps.eu/doku.php?id=wiki:grassland_biomass</font|The calculated indicator represents the mapping of biomass production supply and was created within the AlpES project. For more information see Biomass production from grassland]]   || | | | |
+|<font 12px/inherit;;inherit;;inherit>**Renewable Energy Potential → Biomass → AlpES Project **</font>|<font 12px/inherit;;inherit;;inherit>The calculated indicator represents the mapping of biomass production supply and was created within the AlpES project. For more information see [[http://www.wikialps.eu/doku.php?id=wiki:grassland_biomass</font|Biomass production from grassland]] </font> || | | | |
 | |<font 12px/inherit;;inherit;;inherit>Grassland Biomass Ecosystem Service</font>  | |<font 12px/inherit;;inherit;;inherit>[t DM ha-1 y-1]</font>  |<font 12px/inherit;;inherit;;inherit>Polygon (LAU)</font>  | | |
 |<font 12px/inherit;;inherit;;inherit>**Renewable Energy Potential → Hydro **</font>|<font 12px/inherit;;inherit;;inherit>The dataset contains all potential hydropower plant locations for micro to large hydropower plants based on the GMTED2010 breakline dataset (elevation) and runoff data from the Global Runoff Data Centre.</font>  || | |<font 12px/inherit;;inherit;;inherit>Coverage time 2010</font>| |
 | |<font 12px/inherit;;inherit;;inherit>Hydropower Potential Locations</font>  | | |<font 12px/inherit;;inherit;;inherit>Point Feature</font>| | |
+| |<font 12px/inherit;;inherit;;inherit>Total Hydropower Potential per LAU</font>  |<font 12px/inherit;;inherit;;inherit>The Total Hydropower Potential per LAU showes the sum values of all hydropower potential locations on municipality level.</font>| |<font 12px/inherit;;inherit;;inherit>Polygon (LAU)</font>| | |
 |<font 12px/inherit;;inherit;;inherit>**Energy Infrastructure → Power Plants – Global Power Plant Database **</font>|<font 12px/inherit;;inherit;;inherit>Database covers approximately 30000 power plants around the world. Beside thermal plants also renewable plants are included.</font>  || | | | |
 | |<font 12px/inherit;;inherit;;inherit>Power Plants, incl. Renewables</font>  | | | | | |
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 | |<font 12px/inherit;;inherit;;inherit>Hillshade</font>  | |<font 12px/inherit;;inherit;;inherit>[°]</font>| | | |
 | |<font 12px/inherit;;inherit;;inherit>Combined DEM & Hillshade</font>  | | | | | |
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