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Sumit Singhal
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.

Home for Life in Lystrup, Denmark by AART Architects (designed using AutoCAD and Revit)

 
January 14th, 2012 by Sumit Singhal

Article source: AART Architects

Home for Life is located in Lystrup outside Denmark’s second-largest city, Aarhus, and leads the way to the next generation of climate-neutral buildings. It is designed as the world’s first Active House and is a result of a research and design development aimed at ensuring a necessary foothold in architecture in an anticipated low-carbon future. The 200m2 single family house is a CO2-neutral demonstration project, which systematically uses the energy from the sun. 7m2 solar collectors, 50m2 solar cells and a solar heat pump contribute to reduce the demand for energy, while strategically placed solar-cell operated roof windows offer a balanced amount of daylight to the bedrooms and the kitchen-dining room area. Furthermore, all roof windows have dynamic, solar-cell operated blinds on the inside and awnings on the outside.

Image Courtesy Adam Mørk

  • Architects: AART Architects
  • Project: Home for Life
  • Location:Elmehaven 1, 8520 Lystrup, Denmark
  • Client: VELFAC, VELUX
  • Landscape architect: AART Architects
  • Engineer: Esbensen Rådgivende Ingeniører
  • Year: 2008 – 2009
  • Size: 200m2
  • Photographer: Adam Mørk
  • Software used: AutoCAD, Revit and Daylight Visualizer

Image Courtesy Adam Mørk

The environmentally friendly features makes Home for Life a distinctive sustainable project, since the house is designed to produce more energy than it consumes. With an estimated energy surplus of 9kWh/m2/year it takes approximately 40 years for the house to generate the same amount of energy that was used to produce its building materials and at that point the house will have returned more to nature than it consumed.

Image Courtesy Adam Mørk

The construction of the house consists of a timber framing above a concrete raft while the building is clad externally in slate fixed battens, the floor tiles are mosaic made from recycled glass and the windows incorporate the newest energy-saving glass technology. The window area (vertical windows and roof windows) is equivalent to 40 percent of the floor area – twice the area of a conventional low-energy building – and by maximizing daylight Home for Life reduces the demand for energy and optimizes the indoor climate.

Image Courtesy Adam Mørk

Light and ventilation is seen as key factor to human well-being. To ensure a healthy indoor climate the openings of the house let in nature, sensors register heat, humidity and CO2 in all rooms and automatic window opening mechanisms let in fresh air, while sensors turn off the lights when you leave the room. Furthermore the occupants and environment of the house are valued through quantitative and qualitative monitoring, interviews and measuring. Subsequent the values are analyzed to develop knowledge to optimize the positive impact on occupants, environment and climate.

Image Courtesy Adam Mørk

In this way Home for Life demonstrates how architecture is not something to be completed, but something to be developed. It demonstrates how we can tackle the climate challenges by reducing CO2-emissions through architectural features and renewable energy sources without compromising on our demands to daylight and fresh air. In other words, Home for Life expresses a holistic approach to sustainability by taking both the social, environmental and climatic context into account.

Image Courtesy Adam Mørk

Facts about Home for Life

Home for Life was inaugurated on the 20th of April 2009 by the Danish Minister for Economic and Business Affairs, Lene Espersen. The house is built as a joint venture by AART Architects in association with VELUX, VELFAC and consultants Esbensen Rådgivende Ingeniører. The other participants in the project group include WindowMaster, Sonnenkraft, Engineering College of Aarhus, The Alexandra Institute, Aarhus School of Architecture, The Danish Building Research Institute and Aarhus municipality. KFS-Boligbyg constructed the building.

Image Courtesy Adam Mørk

About AART Architects
AART Architects is an international architectural company founded in 2000 with the vision to develop the Scandinavian architectural tradition by creating vibrant, sustainable physical surroundings. AART Architects has offices in Denmark and Norway and is a high-performance team of 50 young designers and technicians that deliver full-service consultants in the field of architecture.

Image Courtesy Adam Mørk

The projects of AART Architects are rooted in the essence of the site and characterized by a strong environmental and social awareness. As architects we believe in the concept of “total design” and collaborate closely with clients, stakeholders and users to produce multi-disciplinary solutions that focus on the environmental, social and economic aspects of every project.
In other words, we believe that long-lasting architecture grows out of a profound understanding of the unique qualities of the specific site, cultural context and client’s vision. Therefore we study the aesthetic, social and technological possibilities of every project in an entirely holistic way in the desire to develop the concept of sustainability and meet the needs of the present without compromising the ability of future generations to meet their own needs. A value based approach which permeates our design process and ensures a beneficial life-cycle economy.

Image Courtesy Adam Mørk

Whether it’s about complex masterplans, landmark buildings or inspiring interior design our prevalent goal is to create high-performance projects that set new standards of the sustainable architecture of tomorrow. Since 2000 we have made our mark internationally with 1st prize competition projects such as Østfold Hospital and Østfold Science Center in Norway as well as notable Danish projects such as The Culture Yard in Elsinore, VUC Headquarter in Haderslev, Skagen Skipperskole in Skagen, Bikuben Student Residence in Copenhagen and the “Mies van der Rohe Award”-nominated Outdoor Center Sletten in Ry.

Dinning room

Image Courtesy Adam Mørk

Exterior night

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Categories: Autocad, House, Revit

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