Thema: _ Ecology
79114 FreiburgModel project of the Fraunhofer Institute for Solar Energy Systems (FhG ISE); the entire energy consumption of a single-family household is covered by the solar radiation reaching the building. Special features are a solar hydrogen gas stove and a fuel cell, as well as several other new developments. Completion: 1992
79206 Breisach: Active and passive use of solar energy, use of recycled building materials. Client and architect: Thomas Spiegelhalter, completion 1993
80797 Munich: to 45% solar supplied housing estate consisting of 4 large blocks of flats as well as eight smaller town houses with a total of 319 flats (30,400 m2 floor space). The residential buildings were constructed and marketed by five property development companies. The solar district heating neighbourhood was the third of four construction phases of the "Ackermannbogen" development area in Munich (total size: 2,200 flats, 500 workplaces and 9.2 hectares of new green space). Completion: 2006
81829 Munich-Riem: 49 apartments, common rooms as well as a commercial unit, ultra-low energy house with passive house standard, controlled living space ventilation, barrier-free planning
81927 Munich: Germany's largest contiguous timber housing estate with 566 flats in timber or timber hybrid construction has been built in the Oberföhring district. Different building types up to 7-storey houses were built in timber construction. The approximately 30-hectare site of the former Prinz Eugen barracks is located in the Bogenhausen neighbourhood (district 13). The flats were realised by building associations, cooperatives, municipal and independent developers, which means that a wide range of housing can be offered for a wide variety of housing needs: for rent and ownership, in different building types, for all household sizes and income groups and alternative forms of housing. Completion: 2020
81927 Munich: The Building Community Team3 had applied for a plot of land at Prince Eugene Park on 22 July. With 100 out of 100 points, it won the bid for WA14 East, and environmentally friendly mobility was also evaluated. Residents will have a variety of options for their commutes and transportation. This will be financed with savings from fewer underground parking spaces. Applicants without their own car or who want to get rid of their car are welcome.
81829 Munich, Messestadt Riem: 28 apartments, including 6 maisonettes, in 2 houses, low-energy construction. Completion 2001
82140 Olching: Project of the Bavarian model project "Living in timber construction", two-storey complex with 27 flats. Compact design, which - despite the relatively close arrangement of the buildings to each other - allows the residents to have easily usable private garden areas. Completion: 1997(?)
82223 Eichenau: 96 flats, "Wohnmodelle Bayern", low-energy standard, shared heating centre, roof drainage via a drainage system. Completion: 2003
83043 Bad Aibling: The "H8" building is the first eight-story wooden high-rise in Germany. It was built in 2011 in the Upper Bavarian town of Bad Aibling. Together with the building E3 in Berlin, it is currently one of the tallest wooden buildings in Germany. 9 WEs and offices. Usable area: 803 m2, Architect: Architekturbüro Schankula. Client: B&O Wohnungswirtschaft, the building is located in a zero-energy quarter, completion: 2011
84478 Waldkraiburg: A housing estate with 62 apartments, 2 shops, 2 offices and an underground car park with 54 parking spaces, in the concept of a garden city. Completion: 1994/95
88045 Friedrichshafen: 570 apartments, 40,000 sqm living space, 4.2 million euros for solar technology = 5,500 euros additional investment per apartment = 83 euros/sqm living space, research project of ITW, Stuttgart, solar coverage ratio is of 50 % (heating and hot water), 4,056 sqm solar collectors, 12,000 cubic meters storage (33 m diameter, 20 m high)
85049 Ingolstadt: With 116 units in timber construction out of a total of 142 units, this is one of the larger timber housing estates in Germany. It was realised in three construction phases, with 81 units by bogevischs buero architekten & stadtplaner gmbh, Munich; as well as 35 by Behnisch Architekten, Stgt. and 26 units by Brand Architekten, Ingolstadt (in mineral construction); client: St. Gundekar-Werk Wohnungs- und Städtebaugesellschaft mbH, Schwabach. Completion: 2011
85276 Pfaffenhofen: On over 91,000 m2 approx. 250 residential units and commercial areas are being built. Condominiums, semi-detached and terraced houses, as well as single-family houses were built. Slightly more than 50 residential units and the daycare center were built in timber construction. There was also the possibility of acquiring plots of land and building on them yourself. Completion: 2017
88212 Ravensburg: Building biology terraced housing estate, 29 units, completion: 1993, architecture: Joachim Eble, client: Siedlungswerk Gemeinnützige Gesellschaft für Wohnungs- und Städtebau, Stuttgart. Solar-assisted local heating supply and first collective collector system (115 m² as a pilot project in Baden-Württemberg) generate 50 % of hot water with 5 m³ short-term heat storage. Price reduction of 50% compared to individual systems on each house.
90443 Nuremberg: Planning: Joachim Eble Architecture. Property developer: Karlsruher Lebensversicherung AG. Exceptional colour design. "Urban oasis" in an intensively urbanised and sealed city district. Natural air conditioning system with water concept (Ramboll Studio Dreiseitl). Offices and commercial space on the lower floors. One-storey residential building and maisonette apartments on the ground floor with a total of 61 flats. Partly in board stack construction, high building biology standard. Completion: 1997
91052 Erlangen: On a former military site of the US Army, a district close to the city centre for approx. 5,000 residents is being developed on 136 ha. In addition to areas for Business and housing, the University of Nuremberg-Erlangen was expanded on this site. A district park linked to a nature reserve completes the mix of uses from living, working, learning and leisure. Completion: 2014
94336 Windberg: 106 beds in 39 single, double and four-bed rooms, also 10 common rooms; wheelchair accessible. Solar architecture with TWD thermal insulation by Thomas Herzog. Completion: 1991
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
30539 Hanover-Kronsberg: Reducing energy consumption through low-energy construction, saving electricity and using CHP units. A passive house estate (see "Lummerland estate") and a solar estate with solar local heating and seasonal storage were realised as sub-projects. Intensive green space design. Rainwater is channelled into the trough-trench system. Completion: 2000
60486 Frankfurt-Westbahnhof: "Arche", Architekten: Eble + Sambeth (Tübingen); Bauträger: Karlsruher Versicherungen AG, Soziokulturelles Zentrum, Initiativenhaus, Gewerbehof, Bistro-Vollwertcafe, Naturklimaanlage (begrüntes Glashaus mit Wasserspielen), Kindertagesstätte, Regenwasseraufbereitung für die Toilettenspülung, etc.; Vorläuferprojekt des Prisma commercial yard in Nuremberg. Until the end of 2012, the entire building was supplied with waste heat from the taz printing plant (via a gas heat pump).