The exploitation of natural ventilation is a good solution to improve buildings from an energetic point of view and to fulfill the requirements demanded by the thermohygrometric comfort and the air quality in enclosed spaces. Some past researches demonstrated how some devices, useful to this purpose, follow the principles of solar chimneys and are able to move air masses while exploiting the Archimedes thrust. The natural ventilation must be supplied by a flow moving upward, generated by a heat source performing at temperatures slightly higher than the one present in the environment. To have a minimum energetic effect, the heat can be extracted from solar ponds; solar ponds are able to collect and store solar energy in the geographical regions characterized by sufficient values of solar radiation. Thus it is possible, in summer, to provoke a nocturnal natural ventilation useful for the air change in indoor spaces (in those climatic areas where, during the night, there is a temperature gradient).

A first approach to natural thermoventilation of residential buildings through ventilation chimneys supplied by solar ponds / Salata, Ferdinando; Alippi, Chiara; Tarsitano, Anna; Golasi, Iacopo; Coppi, Massimo. - In: SUSTAINABILITY. - ISSN 2071-1050. - ELETTRONICO. - 7:7(2015), pp. 9649-9663. [10.3390/su7079649]

A first approach to natural thermoventilation of residential buildings through ventilation chimneys supplied by solar ponds

SALATA, FERDINANDO;ALIPPI, CHIARA;TARSITANO, ANNA;GOLASI, IACOPO;COPPI, Massimo
2015

Abstract

The exploitation of natural ventilation is a good solution to improve buildings from an energetic point of view and to fulfill the requirements demanded by the thermohygrometric comfort and the air quality in enclosed spaces. Some past researches demonstrated how some devices, useful to this purpose, follow the principles of solar chimneys and are able to move air masses while exploiting the Archimedes thrust. The natural ventilation must be supplied by a flow moving upward, generated by a heat source performing at temperatures slightly higher than the one present in the environment. To have a minimum energetic effect, the heat can be extracted from solar ponds; solar ponds are able to collect and store solar energy in the geographical regions characterized by sufficient values of solar radiation. Thus it is possible, in summer, to provoke a nocturnal natural ventilation useful for the air change in indoor spaces (in those climatic areas where, during the night, there is a temperature gradient).
2015
Free cooling; Natural ventilation; Nearly Zero Energy Building; Solar chimney; Solar pond; Management, Monitoring, Policy and Law; Renewable Energy, Sustainability and the Environment; Geography, Planning and Development; 3304
01 Pubblicazione su rivista::01a Articolo in rivista
A first approach to natural thermoventilation of residential buildings through ventilation chimneys supplied by solar ponds / Salata, Ferdinando; Alippi, Chiara; Tarsitano, Anna; Golasi, Iacopo; Coppi, Massimo. - In: SUSTAINABILITY. - ISSN 2071-1050. - ELETTRONICO. - 7:7(2015), pp. 9649-9663. [10.3390/su7079649]
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Utilizza questo identificativo per citare o creare un link a questo documento: https://hdl.handle.net/11573/795113
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