eur op eanexhibitionofcreati vityandinnovation - Europe Direct Iasi
eur op eanexhibitionofcreati vityandinnovation - Europe Direct Iasi
eur op eanexhibitionofcreati vityandinnovation - Europe Direct Iasi
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EUROINVENT 2013<br />
“Gheorghe Asachi” Technical University of <strong>Iasi</strong><br />
Faculty of Civil Engineering and Building Services<br />
21.12.<br />
Title EN<br />
Authors<br />
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Description<br />
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Class<br />
21.13.<br />
Title EN<br />
Authors<br />
Institution<br />
Description<br />
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Class<br />
21.14.<br />
Title EN<br />
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Institution<br />
Description<br />
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Class<br />
Wind turbines for areas with low wind speeds<br />
Alexandru Stanila, Axinte Elena, Dumitru Cuciureanu,<br />
Andrei Negru, Buza Stefan<br />
Gheorghe Asachi Technical University of <strong>Iasi</strong><br />
Faculty of Civil Engineering and Building Services<br />
This innovative technical solution allows users to capture<br />
low speed- air currents’ energy (1-2 m/s), which are very<br />
common in lowland within or outside the city areas and turn<br />
them into electricity.<br />
Innovative Research<br />
Hotel “Eolis”<br />
Alexandru Stănilă, Axinte Elena, Oana Stanila, Cristian<br />
Coroama Andrei Negru<br />
Gheorghe Asachi Technical University of <strong>Iasi</strong><br />
Faculty of Civil Engineering and Building Services<br />
Hotel "Eolis" is to be located in mountainous areas, on<br />
sl<strong>op</strong>es or ridges, exposed to the air currents. Its specific<br />
architectural form, devel<strong>op</strong>ed on three functional levels, was<br />
designed to capture the energy of horizontal, downward or<br />
upward air masses that come in direct contact with the entire<br />
surface of the building.<br />
Innovative Research<br />
Photovoltaic panels – steerable parasols<br />
Alexandru Stanila, Dumitru Cuciureanu, Andrei Negru,<br />
Ursache Vlad, Lupan Marius, Gherasim Florin<br />
Gheorghe Asachi Technical University of <strong>Iasi</strong><br />
Faculty of Civil Engineering and Building Services<br />
Parasol panels, steerable according to the sun’s position,<br />
using a simple electromechanical system, are placed on the<br />
glazed or non-glazed southern surfaces of the buildings, and<br />
are designed to capture the solar energy, using the<br />
photovoltaic effect.<br />
Innovative Research<br />
NATIONAL<br />
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