3172 Köniz, Schweiz: PV-Anlage, Erdsonde-Wärmepumpe, 240 Wohneinheiten, hybride Holzfassade, Plusenergie Quartier
Fertigstellung: Ca. Winter 2025/2026
Thema: Energy and climate protection
158 posts
CH – 8400 Winterthur: Auf dem ehemaligen Industrieareal “Werk 1” der Schweizerischen Lokomotiv- und Maschinenfabrik (SLM) entsteht in der Stadtmitte von Winterthur ein neuer Stadtteil. Entwickelt von dem Schweizer Bau- und Baudienstleistungsunternehmen Implenia soll auf dem Gebiet ein stark heterogenes Quartier mit insgesamt 750 Wohnungen, zum Teil aus Holz, mehreren Gemeinschafts- sowie Gewerbeflächen errichtet werden. Das Areal soll nachhaltig gestaltet und den Anforderungen der 2000-Watt-Gesellschaft entsprechen. Vorerst soll bis 2021 das zentral gelegene Gebäude mit dem Namen “Krokodil” mit 251 WE in Holzbauweise gebaut werden.
Fertigstellung: 2021. Fertigstellung Gesamtareal (geplant): 2025
70569 Stuttgart-Vaihingen: A hydrogen research institute that has been a listed building since 2019 Completion: 1987
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Links
www.behnisch-partner.de/projects/civic-buildings/hysolar-institute
https://stuttgartwege.blogspot.com/2019/06/hysolar-institut-der-universitat.html
D - 79541 Lörrach: As a beacon project of the south, the Lauffenmühle site will become a real laboratory for climate-neutral industrial estates in timber construction for the whole of Germany. Planned completion: 2028
D - 78315 Radolfzell on Lake Constance: Constance University of Applied Sciences designed an urban building model with examples of buildings such as offices, production facilities and warehouses. This was used to calculate the life cycle costs and emissions resulting from the energy supply. The energy supply for heating, cooling, air, light and electricity was optimised and energy requirements minimised. Companies can also utilise the knowledge gained from this for their new buildings. A hydrogen storage system was modelled as an optional scenario in the study.
13086 Berlin: The complex was taken over again by GeWoSüd after reunification, fundamentally renovated and extended by 87 apartments by adding attic storeys. These were planned by the Berlin architect Carlos Zwick. In total, the estate consists of 457 apartments. Completion of the extension: 1996
70372 Stuttgart: Europe's largest wastewater heat utilisation plant will in future supply the new residential and commercial area with 850 residential units, commercial areas, parks, squares and streets on a total of 22 hectares and is thus a beacon project for renewable energies. The sewer will provide local heating and cooling via a 300 m long heat exchanger. The system has been installed since 2018 and will be put into operation as soon as the heating centre is also in full operation. The quarter is still under construction. Planned completion of the quarter: 2021
NL - Amsterdam: the first energy-neutral hotel in Amsterdam with 700 m² of PV modules in the south and east façades. The glass roof above the atrium is also fitted with Photovoltaics which also functions as a sunshade. It was possible to dispense with an air conditioning system. Geothermal energy serves as a further energy source. Rainwater is collected to irrigate the garden in the hall. The building received an "Excellent" rating under the BREEAM (Building Research Establishment Environmental Assessment Method) sustainability certification system.
D - 30539 Hanover Kronsberg: adjacent to the Expo-Settlement Hanover-Kronsberg soll das "ecovillage Kronsberg" entstehen. Träger ist die Genossenschaft ecovillage hannover eG, die 2019 gegründet wurde. Die Genossenschaft hat das 49.300 m² große Grundstück 2021 von der Stadt Hannover gekauft. Ab 5/2024 befindet sich die Genossenschaft in einem Insolvenzverfahren in Eigenverwaltung. Fertigstellung: ?
85665 Moosach: In the community of Moosach, the cooperative Regenerative Energie Ebersberg eG and the company NATURSTROM AG have implemented a solar local heating network with a collector field of 1067 sqm and a buffer storage of 100 cubic meters. If the sun is not enough, a biomass boiler supports the energy supply. This is fed with wood chips from the region of maximum 40 kilometers. Completion: 2018
D - 79111 Freiburg-Dietenbach: one of the largest new development areas in Germany is being built on 110 hectares for 6,900 apartments. The intention is to create living space for 15,000 residents. Six new neighborhoods are to be developed in Freiburg's west along the Dietenbach as a climate-neutral and colorful district with short distances, open spaces, schools, sports facilities, daycare centers and shopping opportunities. It should be possible to move into the first apartments around 2025/2026. Completion: ~2035
23552 Lübeck: At the time, the Aegidienhof was the largest social housing project in Schleswig-Holstein. Here, young and old, people without and with disabilities, single people and families, live and work together in a new urban mix. The architectural firm Meyer Steffens Architekten+Stadtplaner BDA carefully renovated and converted twelve different old town houses around a large common courtyard in the complex around the Aegidienhof, which is significant in terms of architectural and cultural history. The result is 65 apartments as well as 9 studios, practices, offices, workshops and a café. Completion (modernization): 2003
29525 Uelzen: According to the plans of the painter and architect Friedensreich Hundertwasser, the old brick building was redesigned into a colourful work of art during the EXPO 2000. Completion: 2000
AT - 8283 Bad Blumau: the buildings are partly realised with recycled building materials, the whole resort is supplied with emission-free electricity and heat, which is generated in a geothermal plant. The resort was designed by Friedensreich Hundertwasser. Completion: 1997
D - 13127 Berlin-Pankow: On a 23,000 sqm plot in Pankow-Französisch Buchholz, a housing estate with 84 residential units with a total living space of approx. 12,000 sqm plus a community house will be built. Predominantly renewable and healthy building materials such as wood and cellulose with positive CO2-balance sheet. In the centre of the settlement there is an orchard with a community house. The heat and electricity generation in the settlement is fossil-free. Start of construction/completion (planned): 2022/2024
74564 Crailsheim: 250 residential units and a school with sports hall (Hirtenwiesenhalle). Solar local heat supply for the base load heat of 2000 apartments with 7,410 m² collector surface, a 39,000 m³ geothermal probe heat storage, two buffer storage tanks (100 m³ + 480 m³) and a compression heat pump (80 kW). Completion: 2008
70806 Ludwigsburg: With a collector area of 14,800 m², Stadtwerke Ludwigsburg-Kornwestheim has built the largest solar thermal plant in Germany. In a 20-meter high heat storage tank with a volume of 2,000 cubic meters, the solar-generated energy is available even when there is little or no solar radiation. The collectors collect around 5200 megawatts of heat per year, enough to supply around 300 average households. Completion: 2020
Bochum: 258 new residential spaces in passive house standard in timber hybrid construction. The buildings were constructed to the passive house standard and certified according to the criteria of the DGNB German Sustainable Building Council. The CO2-neutral building material wood also ensures a significantly improved ecological balance. Planning: ACMS Architektur GmbH, Wuppertal. Completion: 2019
D - 34246 Vellmar-Nord: The urban design, with around 550 residential units on a 16-hectare site, envisages a mix of detached single houses and houses in a more compact design using semi-detached and terraced houses and multi-storey housing. In terms of size, it will be one of the largest plus-energy housing estates in Germany. The plus-energy concept takes into account heat, electricity and mobility. Start of construction: from April 2020. Completion: ~2024
D - Frankfurt a.M. Ginnheim: The 342 existing apartments in the 19 three-storey row buildings will be renovated to improve energy efficiency (insulation and new windows) and two storeys will be added. A total of around 680 new, mainly smaller apartments are being created. 300 apartments are being built in 15 new buildings in so-called gate and bridge houses. Architecture: Stefan Forster (Frankfurt). Construction began in 2017. Completion of the storeys: End of 2019. Completion of the new buildings (post-densification): 2023.
12619 Berlin Marzahn-Hellersdorf: Mietersonne Kaulsdorf, Germany's largest tenant power project with almost 3.4 megawatts (MW) of capacity, is being built by Berliner Stadtwerke for the Berlin housing association berlinovo in Marzahn-Hellersdorf. Tenants of 4,300 apartments will be able to benefit from the green electricity generated directly on their roofs.
42279 Wuppertal: The exhibition with 19 show houses in the "Efficiency House Plus" building standard on the 18,000 square meter site is a model project of the prefabricated construction industry for the development of energy-efficient settlements, sponsored by the BBSR. All model houses are networked with each other and have a central storage battery so that energy can be generated, stored and distributed collectively. Completion: 2013
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
CH - Winterthur: Das Mehrgenerationenhaus Giesserei liegt in Oberwinterthur, im Stadtzentrum Neuhegi unmittelbar am Eulachpark. Es verfügt über 155 Wohnungen und 14 Gewerbebetriebe. Die Gebäude sind in ökologischer Holzbauweise erstellt und erfüllen den Minergie-P-Eco-Standard. Die Giesserei gilt mit nur 0,2 Parkplätzen pro Wohnung und 480 Veloständern als autofreie Siedlung. Grundstücksfläche: 11 000 m². Fertigstellung: 2013
CH - Tobel: The PlusEnergy development in the Thurgau municipality of Tobel with three multi-family houses (MFH) and 32 apartments was built to the Minergie-P standard. The PV system has an installed capacity of 351 kWp. They generate a solar power surplus of 76'000 kWh/a with which each apartment can use a solar-powered electric car which can drive 12'000 km CO2-free per year. Unique are the rents, which are 20% below the quarterly rents for comparable apartments in the Wil/SG region. Swiss Eurosolar Prize 2018. Completion: 2017
73728 Esslingen Neue Weststadt: A "showcase neighbourhood" with 600 flats, office and commercial space as well as a new building for Esslingen University of Applied Sciences is being built on 12 hectares. The total investment volume is around 190 million euros. 30 per cent of the district's use is earmarked for commercial use. Construction of individual building blocks began in 2016 and will continue until around 2022. Planned completion: 2022
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
D - 15806 Wünsdorf: Konzept einer ökologischen Modell- und Zukunftsstadt für das 21. Jahrhundert. Seit 2017 entwickelt ein Team von Pionieren des ökologischen Städtebaus um Prof. Dr. Ekhart Hahn eine neu zu errichtende Campus-Eco-City am Standort Wünsdorf bei Zossen (ca. 40 km von Berlin). Die ehemalige "verbotene" Stadt Wünsdorf mit einer Fläche von insgesamt 600 ha bietet ideale Bedingungen für die Realisierung dieser Vision, die auf ca. 100 ha realisiert werden soll. Fertigstellung: ~2030
D - 73262 Reichenbach an der Fils: In the district of Esslingen in Baden-Württemberg, a new neighbourhood is being built with a so-called "cold local heating network", which will not only heat the 41 houses in an environmentally friendly way in future, but will also contribute to the temperature control in summer. Photovoltaic systems, including storage, which will supply the neighbourhood with home-generated solar power around the clock, round off the energy concept. An innovative local heating supply based on geothermal energy takes centre stage.
60326 Frankfurt: Mainova has built a photovoltaic (PV) plant with a total output of around 1,500 kilowatts peak (kWp) in Frankfurt's Friedrich Ebert housing estate. This means that Germany's largest housing estate photovoltaic plant will be fully connected to the grid at the beginning of 2019. The locally generated, climate-friendly solar power from their own roofs can be used directly by the tenants on site.
21107 Hamburg-Wilhelmsburg: The former flak bunker in Wilhelmsburg has become a symbol of the climate protection concept Renewable Wilhelmsburg. The monument, which has been virtually unused since the end of the war, was refurbished as part of the IBA Hamburg and converted into a renewable power plant with large-scale heat storage. The energy storage facility has a volume of 2,000 cubic metres, which corresponds to 2,000,000 litres. It supplies the 120-hectare Reiherstieg district with climate-friendly heat and feeds renewable electricity into the Hamburg distribution grid.
51063 Cologne-Mülheim: The state of North Rhine-Westphalia has named the Stegerwaldsiedlung in the Cologne district of Mülheim as the 87th climate protection estate. With 968 kWp, it has the largest roof-integrated PV system on a housing estate in NRW and the third largest in Germany. 689 residential units of the Cologne housing estate from the 1950s were refurbished for energy efficiency and the energy generation systems were renewed. Completion: 2019
69123 Heidelberg-Pfaffengrund: Water from the district heating network is stored in the storage tank and fed back in when required.
14552 Michendorf: Plot: 17,000 m², three houses in the 1st construction phase as two-storey apartment buildings and 500 m² living space each with eight or nine apartments. Together 25 WEs. Completion: 2019
45897 Gelsenkirchen-Schaffrath: by 2018, it was the largest German solar housing estate with a peak output of 825 kWp. The 71 existing buildings with a total of 422 apartments and 27,420 m² of living space were renovated for energy efficiency. Operator: THS Wohnen GmbH (today: VIVAWEST Wohnen GmbH). Completion: 2008
06844 Dessau-Roßlau: New building of the Federal Environmental Agency. Planning: sauerbruch & hutton architects. Dessau has been the headquarters of the Federal Environment Agency since 2005. Around 900 of the approximately 1,500 employees work here in a modern office building constructed according to ecological standards. Awarded the German Seal of Approval for Sustainable Building in Gold in 2009. The seal of quality awarded by the Federal Ministry of Building and the German Sustainable Building Council honors exemplary new administrative and office buildings.
D - 14055 Berlin-Charlottenburg: 665 units as a new housing estate with two-, three- and four-room flats. Also detached houses, shops, doctors' surgeries and a day care centre. Mix of rented and owner-occupied flats.
The contract was signed on 14 March 2018 after 5 years of negotiations. The company expects construction to start at the end of 2019 and the final construction phase could be completed in 2025.
Low-energy house standard, CHP, photovoltaic system, sustainable mobility concept with bicycle parking spaces outside the front doors and e-bikes, electric cars in the car-sharing fleet. Neighbourhood with Cradle to Cradle certification and healthy building materials, green roof.
01326 Dresden-Pillnitz: 9 residential units, 40 residents. Ecological apartment buildings according to passive house standard. Architectural partnership Reiter and Rentzsch, Dresden. Occupation: 2001
04249 Leipzig-Knauthain: 665 WE, urban planning: Joachim Eble Architektur, decentralized settlement units; solar orientation (90% of the WE are SSW or SSO oriented) and integrated into the open space concept of so-called landscape chambers; resource-saving use of building land with minimized development effort in the area of residential development; ecological land use with high nature and open space quality on the compensation areas close to the settlement.
