Housing will maintain a temperature in the interior through a bioclimatic system, based on local weather patterns. The place of location of the home has a Mediterranean climate, characterized by large daily temperature amplitudes in both summer and winter, ie the temperature difference between day and night.
To warm home will use a greenhouse located in the southwest facade. According to estimates, during the sunny days of winter, high temperatures will reach the top of the greenhouse. This hot air and full of oxygen will be introduced into the house through a forced air system. On the contrary, to cool the housing, the system will catch cold air at night in summer from a half-buried patio located on the northwest side of the house, which will also have a source to take advantage of the thermoregulatory effect of water.
The air is monitored using an automated system. This information system will record the temperature inside the house, greenhouse and the courtyard and buried according to the desired temperature will activate the air intake of one or another site. This ventilation system was designed and is being installed by Tecnivent . The installation and system programming is domotics by Granada Home Automation.
Finally, it is important to note that the proper functioning of this system is based on the structure Outside the walls , as these have a high thermal inertia, which maintain a stable internal temperature even though the system is idle for several days unsuitable climatic conditions. In addition the system will be complemented by two Trombe walls located on the southeast facade, of which we in future blog entries.
The air is monitored using an automated system. This information system will record the temperature inside the house, greenhouse and the courtyard and buried according to the desired temperature will activate the air intake of one or another site. This ventilation system was designed and is being installed by Tecnivent . The installation and system programming is domotics by Granada Home Automation.
Finally, it is important to note that the proper functioning of this system is based on the structure Outside the walls , as these have a high thermal inertia, which maintain a stable internal temperature even though the system is idle for several days unsuitable climatic conditions. In addition the system will be complemented by two Trombe walls located on the southeast facade, of which we in future blog entries.
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