ArchShowcase 
Sumit Singhal
Sumit Singhal loves modern architecture. He comes from a family of builders who have built more than 20 projects in the last ten years near Delhi in India. He has recently started writing about the architectural projects that catch his imagination. Easyboxes in Vicenza, Italy by LASAstudioJuly 23rd, 2018 by Sumit Singhal
Article source: LASAstudio Integrated Architecture Technology The elevation is made up of 3 cubes collocated on the existing roof. They are hosting a meeting room and technical and experimental facilities that are experiencing the efficiency level of the heating systems of the Warmset by Filmcutter management systems, compared with more common ones.  Image Courtesy © LASAstudio
 Image Courtesy © LASAstudio Orientation And Shield Study The architecture is designed to relate with the environment: the openings were positioned on the south to efficiently capture sunlight, while offering the best view of the surrounding hills. In addition, a metal screen covers the entire volumes, to facilitate the entry of sunlight in winter and filter by 50% in the summer to avoid overheating in summer.  Image Courtesy © LASAstudio  Image Courtesy © LASAstudio Integrated Interiors The white metal profiles create continuous perspective effects with their shadows and reflections on the windows. White recurs in the furniture inside which is an integration of the wall cladding and the holding function and furnishing. Easytech and Warmset together for sustainability, technology and energy efficiency.  Image Courtesy © LASAstudio  Image Courtesy © LASAstudio Description of Plants In Easyboxes building there are only heating and electric plant (for lighting). Both are powered by electricity, and in this particular project, Easytech system is the sperimental issue. The radiating part is made by a membrane, width about 2 cm and thick few millimeters, which is \”controlled\” by a remote management system that uses the Easytech patented logical and is positioned immediately below the floating floor. In this way it is ensured maximum reactivity and effectiveness of the heating system that works for the most part by radiation without producing any type of electromagnetic field (given the particular shape of the radiating conductor). The total power used to power the three environments is 4.8 Kw. Description Supply Systems The whole power supply is guaranteed by the photovoltaic system on the roof that, even in times of low insolation, the gained energy power is sufficient to cover the membrane needs.  Image Courtesy © LASAstudio  Image Courtesy © LASAstudio  Image Courtesy © LASAstudio  Image Courtesy © LASAstudio
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