Difference between revisions of "Energy/SUT"

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(Created page with "=Solar updraft tower <ref>http://en.wikipedia.org/wiki/Solar_updraft_tower</ref>= ==Advantages== * Life span = 80 years. <ref>http://social.csptoday.com/technology/solar-upd...")
 
m (Ziggy moved page Solar updraft tower to Energy/SUT without leaving a redirect)
 
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=Solar updraft tower <ref>http://en.wikipedia.org/wiki/Solar_updraft_tower</ref>=
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{{DISPLAYTITLE:Solar updraft tower}}
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{{Cleanup-rewrite}} {{Expand article|date=February 2013}}
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The [[w:solar updraft tower|solar updraft tower]] is a renewable-energy power plant for generating electricity from solar power. Sunshine falling on a greenhouse-like collector structure around the base of a tall chimney heats the air within it. The resulting convection causes air to rise up the tower by the chimney effect. This airflow drives wind turbines to produce electricity.
  
 
==Advantages==
 
==Advantages==
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* Life span = 80 years. <ref>http://social.csptoday.com/technology/solar-updraft-tower-technology-not-all-hot-air</ref>
 
* Life span = 80 years. <ref>http://social.csptoday.com/technology/solar-updraft-tower-technology-not-all-hot-air</ref>
 
* Low maintenance costs.  
 
* Low maintenance costs.  
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** Cost for 40 years around 1 million USD <ref> http://www.architecture.mit.edu/sites/all/files/attachments/lecture/SolarUpdraftTower_Project.pdf </ref>
 
* Produces greenhouse areas that can be used for agriculture.  
 
* Produces greenhouse areas that can be used for agriculture.  
 
* Produces energy at night (at a reduced rate) <ref>http://www.architecture.mit.edu/sites/all/files/attachments/lecture/SolarUpdraftTower_Project.pdf</ref>
 
* Produces energy at night (at a reduced rate) <ref>http://www.architecture.mit.edu/sites/all/files/attachments/lecture/SolarUpdraftTower_Project.pdf</ref>
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* Produces energy when overcast  
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* Produces energy when overcast <ref>http://www.architecture.mit.edu/sites/all/files/attachments/lecture/SolarUpdraftTower_Project.pdf</ref>
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<ref>http://www.architecture.mit.edu/sites/all/files/attachments/lecture/SolarUpdraftTower_Project.pdf</ref>
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* May be able to desalinate water via condensation <ref>http://inhabitat.com/solar-updraft-towers-in-namibia/attachment/14194/</ref>
 
* May be able to desalinate water via condensation <ref>http://inhabitat.com/solar-updraft-towers-in-namibia/attachment/14194/</ref>
  
 
==Disadvantages==
 
==Disadvantages==
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*Takes up a relatively large amount of space.<ref>http://educypedia.karadimov.info/library/Solar%20Updraft%20Towers.pdf</ref>
 
*Takes up a relatively large amount of space.<ref>http://educypedia.karadimov.info/library/Solar%20Updraft%20Towers.pdf</ref>
  
 
==Economic analysis==
 
==Economic analysis==
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* Cost per Watt of capacity = 4 EUR <ref>http://en.wikipedia.org/wiki/Solar_updraft_tower</ref>  
 
* Cost per Watt of capacity = 4 EUR <ref>http://en.wikipedia.org/wiki/Solar_updraft_tower</ref>  
 
* Cost per watt of capacity (200 MW): 4 EUR, (50 MW): 6,04 <ref>http://www.architecture.mit.edu/sites/all/files/attachments/lecture/SolarUpdraftTower_Project.pdf</ref>
 
* Cost per watt of capacity (200 MW): 4 EUR, (50 MW): 6,04 <ref>http://www.architecture.mit.edu/sites/all/files/attachments/lecture/SolarUpdraftTower_Project.pdf</ref>
 
* 50 MW (Spain, 1800) cost per Watt: 20 EUR<ref>http://www.architecture.mit.edu/sites/all/files/attachments/lecture/SolarUpdraftTower_Project.pdf</ref>
 
* 50 MW (Spain, 1800) cost per Watt: 20 EUR<ref>http://www.architecture.mit.edu/sites/all/files/attachments/lecture/SolarUpdraftTower_Project.pdf</ref>
 
* 200 MW (Spain, 1800) cost per Watt: 12 EUR<ref>http://www.architecture.mit.edu/sites/all/files/attachments/lecture/SolarUpdraftTower_Project.pdf</ref>
 
* 200 MW (Spain, 1800) cost per Watt: 12 EUR<ref>http://www.architecture.mit.edu/sites/all/files/attachments/lecture/SolarUpdraftTower_Project.pdf</ref>
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===Land use===
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The collector diameter is around 750 m = 400,000 m^2 = 100 acre (60 soccer pitches)<ref>http://educypedia.karadimov.info/library/Solar%20Updraft%20Towers.pdf</ref>
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Considering land prices as follows, the solar updraft tower will cost 100,000 - 1,000,000 USD for land only.
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* US = 1,000 - 10,000 USD per acre
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* Argentina < 8,000 USD per acre <ref>http://www.laht.com/article.asp?CategoryId=14093&ArticleId=363225</ref>
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== References ==
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{{Reflist}}

Latest revision as of 13:37, 12 June 2013

This article may need to be rewritten entirely to comply with RBEMWiki's quality standards (based on Wikipedia's). You can help. The discussion page may contain suggestions.
Please expand this article. Some suggested sources are given hereafter. More information might be found in a section of the talk page. (February 2013)

The solar updraft tower is a renewable-energy power plant for generating electricity from solar power. Sunshine falling on a greenhouse-like collector structure around the base of a tall chimney heats the air within it. The resulting convection causes air to rise up the tower by the chimney effect. This airflow drives wind turbines to produce electricity.

Contents

[edit] Advantages

  • Life span = 80 years. [1]
  • Low maintenance costs.
    • Cost for 40 years around 1 million USD [2]
  • Produces greenhouse areas that can be used for agriculture.
  • Produces energy at night (at a reduced rate) [3]
  • Produces energy when overcast [4]
  • May be able to desalinate water via condensation [5]

[edit] Disadvantages

  • Takes up a relatively large amount of space.[6]

[edit] Economic analysis

  • Cost per Watt of capacity = 4 EUR [7]
  • Cost per watt of capacity (200 MW): 4 EUR, (50 MW): 6,04 [8]
  • 50 MW (Spain, 1800) cost per Watt: 20 EUR[9]
  • 200 MW (Spain, 1800) cost per Watt: 12 EUR[10]

[edit] Land use

The collector diameter is around 750 m = 400,000 m^2 = 100 acre (60 soccer pitches)[11]

Considering land prices as follows, the solar updraft tower will cost 100,000 - 1,000,000 USD for land only.

  • US = 1,000 - 10,000 USD per acre
  • Argentina < 8,000 USD per acre [12]

[edit] References

  1. ↑ http://social.csptoday.com/technology/solar-updraft-tower-technology-not-all-hot-air
  2. ↑ http://www.architecture.mit.edu/sites/all/files/attachments/lecture/SolarUpdraftTower_Project.pdf
  3. ↑ http://www.architecture.mit.edu/sites/all/files/attachments/lecture/SolarUpdraftTower_Project.pdf
  4. ↑ http://www.architecture.mit.edu/sites/all/files/attachments/lecture/SolarUpdraftTower_Project.pdf
  5. ↑ http://inhabitat.com/solar-updraft-towers-in-namibia/attachment/14194/
  6. ↑ http://educypedia.karadimov.info/library/Solar%20Updraft%20Towers.pdf
  7. ↑ http://en.wikipedia.org/wiki/Solar_updraft_tower
  8. ↑ http://www.architecture.mit.edu/sites/all/files/attachments/lecture/SolarUpdraftTower_Project.pdf
  9. ↑ http://www.architecture.mit.edu/sites/all/files/attachments/lecture/SolarUpdraftTower_Project.pdf
  10. ↑ http://www.architecture.mit.edu/sites/all/files/attachments/lecture/SolarUpdraftTower_Project.pdf
  11. ↑ http://educypedia.karadimov.info/library/Solar%20Updraft%20Towers.pdf
  12. ↑ http://www.laht.com/article.asp?CategoryId=14093&ArticleId=363225
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