Veitvet School has a clear environmentally friendly profile with a tilted entrance facade covered in solar panels. Other low carbon features are proximity to public transport, limited parking places and reserved parking for electric cars with charging points, good facilities for the use of bicycles, as well as a careful selection of robust materials based on their greenhouse gas emissions.

Bicycle parks will give children exiting park play areas and contribute to building a new cycling culture amongst young people.

Near zero-energy homes whose structures and surfaces use innovative timber and biomass solutions.

Three single-storey buildings with flats for students with families. Cross-laminated timber construction, solar panels, grey water recycling, and local geothermal heating are all features that fit the student village’s green identity.

Attractive and safe consept for bicycle parking in connection with the metro that can adapt to different locations.

Plushouse kindergarten where solar panels are an integrated part of the architecture.

The Kringsjå student village in Oslo is expanding. The first building phase was completed in the spring of 2018 and consists of two buildings that are close to zero energy with up to 11 storeys in cross laminated timber.

The architecture of the energy-plus kindergarten has passive and technical solutions that make the building produce more energy than it uses. Child-scale spaces stimulate curiosity and the desire to explore.

Affordable, environmental friendly first-home residences with architectural quality. Ulsholteien 31 is situated at Furuset, which also is an area project in FutureBuilt.