Green architecture contributes not only in reducing the building’s thermal loads but also in reducing the effects of the urban heat island in densely built-up areas in a hardly natural environment. The current green systems are built in situ/on site and are very expensive, hence the need to create industrialized prevegetated systems which improve the buildings’ energy savings and reduce the times of construction works. The present paper describes three green systems for façades (gabion façade, green sliding panel, green panel in plastic cell) and two prevegetated green tank roof systems (green roof in light concrete and pvc)
The introduction of vegetation in urban areas, through both green roofs and green walls, is a sustai...
The introduction of vegetation in urban areas, through both green roofs and green walls, is a sustai...
The integration of vegetation, with green roofs and vertical greening systems, is a constantly evolv...
Nowadays, buildings in Europe account for a consumption of 40% of total energy use and about 65% of ...
The increasing environmental issues have afforded opportunities for a widespread application of gree...
The increasing environmental issues have afforded opportunities for a widespread application of gree...
The increasing environmental issues have afforded opportunities for a widespread application of gree...
Nowadays, buildings in Europe account for a consumption of 40% of total energy use and about 65% of ...
Nowadays, buildings in Europe account for a consumption of 40% of total energy use and about 65% of ...
Altering the surface cover of an area causes the change in the environment. By erecting buildings ch...
Building greenery systems can represent a sustainable solution for new buildings design and for exis...
Building greenery systems can represent a sustainable solution for new buildings design and for exis...
Building greenery systems can represent a sustainable solution for new buildings design and for exis...
Altering the surface cover of an area causes the change in the environment. By erecting buildings ch...
The introduction of vegetation in urban areas, through both green roofs and green walls, is a sustai...
The introduction of vegetation in urban areas, through both green roofs and green walls, is a sustai...
The introduction of vegetation in urban areas, through both green roofs and green walls, is a sustai...
The integration of vegetation, with green roofs and vertical greening systems, is a constantly evolv...
Nowadays, buildings in Europe account for a consumption of 40% of total energy use and about 65% of ...
The increasing environmental issues have afforded opportunities for a widespread application of gree...
The increasing environmental issues have afforded opportunities for a widespread application of gree...
The increasing environmental issues have afforded opportunities for a widespread application of gree...
Nowadays, buildings in Europe account for a consumption of 40% of total energy use and about 65% of ...
Nowadays, buildings in Europe account for a consumption of 40% of total energy use and about 65% of ...
Altering the surface cover of an area causes the change in the environment. By erecting buildings ch...
Building greenery systems can represent a sustainable solution for new buildings design and for exis...
Building greenery systems can represent a sustainable solution for new buildings design and for exis...
Building greenery systems can represent a sustainable solution for new buildings design and for exis...
Altering the surface cover of an area causes the change in the environment. By erecting buildings ch...
The introduction of vegetation in urban areas, through both green roofs and green walls, is a sustai...
The introduction of vegetation in urban areas, through both green roofs and green walls, is a sustai...
The introduction of vegetation in urban areas, through both green roofs and green walls, is a sustai...
The integration of vegetation, with green roofs and vertical greening systems, is a constantly evolv...