Suchergebnisse
Übereinstimmungen mit Seitentiteln
- {{Slide|Fwkw-slide|de|1}}153 Bytes (16 Wörter) - 18:08, 6. Mär. 2010
- {{Slide|VM2001_slide|en|1}}949 Bytes (154 Wörter) - 10:50, 15. Mär. 2010
- {{Slide|Wind_Power_slide|de|1}}229 Bytes (32 Wörter) - 16:11, 3. Okt. 2010
- {{Slide|LB2006-slide|de|1}}2 KB (262 Wörter) - 21:24, 6. Aug. 2010
- {{Slide|LB2006-slide|en|1}}27 Bytes (4 Wörter) - 23:43, 8. Mär. 2010
- {{Slide|B2008-slide|en|1}}2 KB (297 Wörter) - 20:17, 6. Aug. 2010
- {{Slide|Gt2000-slide|de|1}}144 Bytes (21 Wörter) - 14:21, 3. Okt. 2010
- {{Slide|Wp21-slide|en|1}}560 Bytes (97 Wörter) - 16:43, 3. Okt. 2010
- {{Slide|SE2000-slide|de|1}}84 Bytes (9 Wörter) - 21:05, 3. Okt. 2010
Übereinstimmungen mit Inhalten
- …für unverschmutzte Reststoffe schwanken je nach Datenquelle zwischen ca. 1 - 3 DPf/kWhth. Auch für Biomasse aus Energiepflanzungen variieren die Anga1 KB (144 Wörter) - 16:27, 10. Okt. 2010
- |[[Datei:Fwkw-slide1.jpg|200px|verweis=Fallwindkraftwerke - Folie 1]]3 KB (388 Wörter) - 15:25, 27. Apr. 2012
- {{Slide|Fwkw-slide|de|1}}153 Bytes (16 Wörter) - 18:08, 6. Mär. 2010
- {{Slide|VM2001_slide|en|1}}949 Bytes (154 Wörter) - 10:50, 15. Mär. 2010
- …ment in wind parks is on the one side only 3.3% of Germany's annual GDP or 1 ½ times our annual expenditures for electricity. On the other side it is 21 KB (193 Wörter) - 13:22, 3. Okt. 2010
- |[[Datei:Wind Power slide1.jpg|200px|verweis=Windenergie - Folie 1]]5 KB (715 Wörter) - 16:27, 10. Okt. 2010
- {{Slide|Wind_Power_slide|de|1}}229 Bytes (32 Wörter) - 16:11, 3. Okt. 2010
- {{Slide|LB2006-slide|de|1}}2 KB (262 Wörter) - 21:24, 6. Aug. 2010
- …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 streets2 KB (251 Wörter) - 13:27, 3. Okt. 2010
- …wever, photovoltaic technologies would not be used in the northern regions 1, 2, 3, 6, 9, and 19, because they could not contribute to overall cost redu6 KB (909 Wörter) - 13:32, 3. Okt. 2010
- …ment in wind parks is on the one side only 3.3% of Germany's annual GDP or 1 ½ times our annual expenditures for electricity. On the other side it is 21 KB (198 Wörter) - 13:32, 3. Okt. 2010
- {{Slide|LB2006-slide|en|1}}27 Bytes (4 Wörter) - 23:43, 8. Mär. 2010
- |[[Datei:B2008-slide1.jpg|200px|verweis=Lecture Barcelona 2008 - Slide 1]] …expressed in FLH (Full Load Hours) (the data have a spatial resolution of 1.125 degree). Europe itself has good wind conditions. But its use is limited29 KB (4.749 Wörter) - 09:59, 15. Mai 2012
- …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 streets2 KB (252 Wörter) - 20:30, 6. Aug. 2010
- …wever, photovoltaic technologies would not be used in the northern regions 1, 2, 3, 6, 9, and 19, because they could not contribute to overall cost redu …ion in the scenario area. The overall generation cost is with just below 4.1 €ct/kWh about 12% less than in the base case scenario. Solar thermal gene9 KB (1.368 Wörter) - 20:35, 6. Aug. 2010
- {{Slide|B2008-slide|en|1}}2 KB (297 Wörter) - 20:17, 6. Aug. 2010
- |[[Datei:Gt2000-slide1.jpg|200px|verweis=Geothermie - Folie 1]]2 KB (247 Wörter) - 15:27, 27. Apr. 2012
- |[[Datei:VM2001_slide1.jpg|200px|verweis=Lecture Magdeburg 2001 - Slide 1]] …ions for offshore wind parks of 150 MW rated power with wind turbines each 1.5 MW are displayed. At the best sites where the wind conditions are good, t36 KB (5.914 Wörter) - 16:26, 10. Okt. 2010
- |[[Datei:SE2000-slide1.jpg|200px|verweis=Solarenergie - Folie 1]]3 KB (330 Wörter) - 16:28, 10. Okt. 2010
- * notiz 1295 Bytes (23 Wörter) - 21:48, 9. Aug. 2010
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