71364 Winnenden: 129 residential units in multi-family houses, chain houses, terraced houses and single-family houses on a conversion site (approx. 3.4 ha) close to the city centre, a former industrial wasteland, the new ecologically sustainable quarter was created. The focal points of the concept are an economical development, a central lake also for rainwater retention, a detailed surface and green concept, as well as a Mediterranean colour concept. Completion: 2011
Thema: Water design
9 posts
D - 13405 Berlin-Tegel: A climate-neutral urban quarter in timber construction with more than 5,000 apartments is to be built. This will make it the largest timber construction quarter in the world. In addition to the apartments, several schools, daycare centers, sports facilities, shopping opportunities and lots of greenery are also planned for the development area with 46 ha geplant. Eine starke Durchgrünung sorgt für eine klimaangepasste und wassersensible Stadtentwicklung und wirkt auch über das Quartier hinaus. Start Hochbau: voraussichtlich 2026. Geplante Fertigstellung: Mitte der 2030er Jahre
NL - Culemborg: With 240 houses, it is the largest permaculture settlement in Europe and worldwide. It was built with the aim of living there in the most environmentally friendly and self-managed way possible. The founder Marleen Kaptein was convinced from the beginning that people should have the opportunity to shape their environment and take responsibility. Completion: 2009
NL - Amersfoort: 4500 apartments for around 15,000 residents. 1 megawatt of solar power integrated into the roofs of the new district. One of the largest sustainable urban development projects in the Netherlands. Completion date: 2002
NL - Heerhugowaard: With 2,900 apartments on 123 ha of building land, the settlement is the largest sustainable settlement in the world. The total area with park and water areas covers 177 ha. The photovoltaic system on the roofs has a capacity of 3.75 MW. Another PV system with 1.25 MW, as well as three wind turbines on the site are the active components of the CO2-neutral energy supply. Car-free zone. Planning: Ashok Bhalotra of urban design bureau KuiperCompagnons, Rotterdam. Partner of the European Sun Cities project. Completion: 2016
44649 Herne: This is not a housing estate, but the concept could equally be applied to housing. The Naturhuset apartment house by Bengt Warne in Stockholm was one of the first pioneering buildings to implement the house-in-house principle with a shell of glass. Also the Student dormitory ESA in Kaiserslautern is built like this. The project in Herne, however, is the most spectacular of its kind in this form.
Planned in partnership by the German architectural firm HHS Planer & Architekten AG and the French architectural firm Jourda & Perraudin (Francoise Helene Jourda and Gilles Perraudin), the building is enclosed in a glass climate shell that creates a Mediterranean climate similar to that in Nice. This is on average 5 °C warmer than the outside temperature. Water features, earth channels and large gates prevent overheating in summer. The solar system in the roof, was the largest building-integrated system of its kind at the time. The supports inside are made of 56 spruce trunks. Completion: 1999
24113 Kiel-Hassee: Werkgemeinschaft für Architektur und Städtebau (Heidrun Buhse, H.Schulze, a.o.), 21 dwelling units, reed sewage treatment plant, compost toilets, BHKW with local heating network, planning by architects, cooperative, participation, community house, kindergarten, architectural office, organic building form. Completion: 1992
14169 Berlin-Zehlendorf: "Social apartment building": 171 flats, rainwater concept, low-energy construction (1982!), low-temperature heating via return flow from the district heating network, completion: 1992
59192 Kamen: Joachim Eble architecture; 1995/96, 280 dwelling units, water design Ramboll Studio Dreiseitl. a project of the IBA Emscher Park
