It's good to talk about excellence, today, when the formal quality and technology accompanies a responsible use of natural resources and, indeed, makes it the ideal starting point to bring to light new discoveries, new and surprising outcomes.
The trend towards green , on the basis of these achievements in the building industry in recent times, every day looking for new ways to steal every last detail that characterizes technological and functional life, dynamic and alternates, of a building.
Just consider the natural succession of the seasons and the natural cycle of hot / cold that the individual, causing the alternates need to heat, cool or dehumidify the air indoors around him.
On the subject an effective response gives the Thermavent , the new protocol developed by DomusGaia banner of nearby buildings taken to extremes.
We spend the first two words of everything on ' company , Friulian Tricesimo (Udine), for years engaged in an incessant work of developing and building homes with high energy performance , noise, static, seismic parameters according to the most stringent green building .
Nothing better of its wide range of outputs (around 1500), located in Italy, Austria, Germany and Russia can attest to the validity of his research, all directed to a quality tailoring - custom - covering all aspects of design.
Thermavent fits so perfectly on this line of development and well-marked targets the most ethereal and elusive element with which every good and competent designer is to have to do: the ' air .
The specifications of the protocol , achievable only on buildings that, as a starting point, exhibit excellent characteristics of thermal insulation , provide for the introduction of a plant solution innovative and, already at the root is completely clean .
In a technological system that provides heating in the winter efficient and ecologically sustainable, it is channeled an additional benefit: one that involves the cooling , the drying and cleaning indoor air.
The construction of a house Thermavent integrates multiple systems and exploits the synergy: a heat pump with air exchange of small size, a controlled mechanical ventilation system with heat exchanger using high-efficiency boiler and pretemperazione borehole, a photovoltaic system from 5 to 6 kWp and, finally, some elements radiant ceiling and wall.
This energy self-sufficiency is not limited to air but is extended to the ' power of the appliances in common use in the home.
In practice a home equipped with this engine uses only renewable energy , no pollution and is not connected to public network that distributes the gas.
In existing buildings, however, where the global rethinking of plant systems in the light of environmental and energy conservation can hardly talk with a housing that isolates and badly in terms of heat, you can still take efficient solutions for air conditioning summer .
One of these is the solar cooling , innovative and valuable response to the increasingly massive energy consumption required in the summer, to cool environments indoors .
For example, proposes to feed an absorption refrigeration machine through a system of collectors, transforming the solar energy, traditionally considered hot, into a source of production of cold.
It should be specified, however, that a plant of this type is more effective in non-residential, or in areas larger than 200 square meters occupied by offices, shopping centers, accommodation facilities and other uses of the collective type.
