Lecture Barcelona 2008 - Slide 14: Unterschied zwischen den Versionen
Aus Transnational-Renewables
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| + | If we now zoom in and have a view on Europe and its neighbourhood we find the potential production within the shown area only considering sites with more than 1500 FLH (this is about 40% of the land area shown) is about 100 times higher than the Need of the European Union (EU-15) and Norway or 50 times the electricity consumption of the whole area. (If the best wind sites within the area – according to the ECMWF data used – would be selected till the annual production is equivalent to the annual electricity consumption in the area shown there must be installed wind energy converters (WEC) at roughly 0.4% of the land area shown. About 1% of this area or 0.004% of the total area would then be covered by streets and other infrastructure for the WECs. This is a relatively small fraction if compared e.g. with the area used for different kinds of infrastructure today. In Germany the fraction is about 6% of the total land area which is about 1500 times as much.) | ||
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| + | It is possible to be quite selective and choose only the better regions. As an example I selected the following. | ||
| + | # Good wind sites within EU & Norway. (With restrictions due to the high population density.) | ||
| + | # The Jamal Region with northern Russia. | ||
| + | # Parts of Kazakhstan | ||
| + | # Southern Morocco (The calculated production is rather conservative. Due to measurements in this region significantly higher production up to 5000 FLH is expected.) | ||
| + | # Mauritania also has good wind conditions. | ||
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| + | To use these potentials we have to have high transport capacities. | ||
Aktuelle Version vom 6. August 2010, 19:30 Uhr
| Lecture Magdeburg [2001,en], Vortrag Lübeck [2006,de], Lecture Barcelona [2008,en], Vortrag EWEA 2000 [2000,en] |
| Vorstellung regenerativer Energien: Biomasse, Windenergie, Fallwindkraftwerke, Geothermie, Wasserkraft, Solarenergie |
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Overview
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If we now zoom in and have a view on Europe and its neighbourhood we find the potential production within the shown area only considering sites with more than 1500 FLH (this is about 40% of the land area shown) is about 100 times higher than the Need of the European Union (EU-15) and Norway or 50 times the electricity consumption of the whole area. (If the best wind sites within the area – according to the ECMWF data used – would be selected till the annual production is equivalent to the annual electricity consumption in the area shown there must be installed wind energy converters (WEC) at roughly 0.4% of the land area shown. About 1% of this area or 0.004% of the total area would then be covered by streets and other infrastructure for the WECs. This is a relatively small fraction if compared e.g. with the area used for different kinds of infrastructure today. In Germany the fraction is about 6% of the total land area which is about 1500 times as much.)
It is possible to be quite selective and choose only the better regions. As an example I selected the following.
- Good wind sites within EU & Norway. (With restrictions due to the high population density.)
- The Jamal Region with northern Russia.
- Parts of Kazakhstan
- Southern Morocco (The calculated production is rather conservative. Due to measurements in this region significantly higher production up to 5000 FLH is expected.)
- Mauritania also has good wind conditions.
To use these potentials we have to have high transport capacities.