Difference between revisions of "Msc1G5:Expert3"
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| + | __NOTOC__ __NOTITLE__ | ||
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| + | <html><head> | ||
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| + | <img src="http://m4h.hyperbody.nl/images/8/86/M4H_NEW_BANNER_xxxo-01.png" width="968" height="452"usemap="#map"> | ||
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| + | <map name="map"> | ||
| + | <area shape="rect" coords="13,391,204,450" href="http://m4h.hyperbody.nl/index.php/Msc1G5:Frontpage"> | ||
| + | <area shape="rect" coords="212,393,407,449" href="http://m4h.hyperbody.nl/index.php/Msc1G5:Expert1"> | ||
| + | <area shape="rect" coords="417,393,599,452" href="http://m4h.hyperbody.nl/index.php/Msc1G5:Expert2"> | ||
| + | <area shape="rect" coords="797,394,953,449" href="http://m4h.hyperbody.nl/index.php/Msc1G5:Expert3"> | ||
| + | <area shape="rect" coords="607,394,791,449" href="http://m4h.hyperbody.nl/index.php/Msc1G5:Expert4"> | ||
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| + | </map> | ||
| + | </head> | ||
| + | </html> | ||
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| + | <br> | ||
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| + | ==Climate== | ||
| + | '''Climate''' | ||
| + | The ventilation system works with different air pressures inside and outside. Fresh air is being let in at the side of the façade, thus the pressure inside will increase. The pressure inside the voids is low, so another opening inside the voids will enable the foul air to go out. | ||
| + | Heating and cooling is regulated in a number panels by using Peltier elements, that need electricity to become hot on one side and cold on the other depending on the direction of electric current. In winter the cold side isn’t desired and will be on the inside of the voids, due to constant wind the cold will be ventilated out. In summer the situation will be reversed. | ||
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| + | '''Climate''' | ||
| + | <youtube width="850" height="520">G8ICNmV5TFk</youtube> | ||
| + | |||
| + | '''Ventilation''' | ||
| + | <gallery widths=200px heights=100px perrow=3> | ||
| + | File:Ventilationscheme-01.png | ||
| + | File:Ventilationscheme-02.png | ||
| + | File:Ventilationscheme-03.png | ||
| + | File:Ventilationscheme-04.png | ||
| + | File:Ventilationscheme-05.png | ||
| + | File:Ventilationscheme-06.png | ||
| + | File:Climatesection2-01-01.png | ||
| + | </gallery> | ||
| + | '''Heating and cooling with peltier elements''' | ||
| + | <gallery widths=200px heights=100px perrow=3> | ||
| + | File:Peltier-01.png | ||
| + | File:Peltierelement-02.png | ||
| + | File:Peltierelement-03.png | ||
| + | File:Peltierelement-04.png | ||
| + | File:Peltierelement-05.png | ||
| + | File:Peltierelement-06.png | ||
| + | File:Peltierelement-07.png | ||
| + | File:Peltierelement-08.png | ||
| + | File:Peltierelement-09.png | ||
| + | File:Peltierelement-10.png | ||
| + | File:Peltierelement-11.png | ||
| + | File:Peltierelement-12.png | ||
| + | File:Peltierelement-13.png | ||
| + | File:Peltierelement-14.png | ||
| + | File:Peltierelement-15.png | ||
| + | </gallery> | ||
Latest revision as of 11:34, 25 January 2015
Climate
Climate The ventilation system works with different air pressures inside and outside. Fresh air is being let in at the side of the façade, thus the pressure inside will increase. The pressure inside the voids is low, so another opening inside the voids will enable the foul air to go out. Heating and cooling is regulated in a number panels by using Peltier elements, that need electricity to become hot on one side and cold on the other depending on the direction of electric current. In winter the cold side isn’t desired and will be on the inside of the voids, due to constant wind the cold will be ventilated out. In summer the situation will be reversed.
Climate
Ventilation
Heating and cooling with peltier elements
