A New Neighbourhood
"Climate-optimised commercial and living development in a neighbourhood that connects people ."
Category
MIXED-USE, RESIDENTIAL, COMMERCIAL
Location
EIDELSTEDTER PLATZ, HAMBURG, GERMANY
project developer
DITTING
Development Area
40,000 M2 GFA
CO2e Saving
1,100,000 kg
Nestled in the heart of Eidelstedt, the vibrant new "Eidelstedter Höfe" neighbourhood will span 40,000 m2. This dynamic development encompasses 367 modern apartments, a daycare centre, medical facilities, retail spaces, and offices meticulously designed to create a thriving community hub.
At the forefront of sustainability, the project is poised for certification with the esteemed Gold Standard of the German Sustainable Building Council (DGNB). The rooftops will be greened, and each building will be meticulously crafted to meet KfW 55 efficiency standards. It will boast four to seven stories adorned with clinker brick and brick slip facades. The use of sustainable insulation materials and water-saving technology further underscores the commitment to eco-conscious living.A combined heat and power plant (CHP with local heating network + heat pump with PV system)ensures a low primary energy factor for the entire neighbourhood. The building and fittings fulfil future-oriented requirements for healthy, socially compatible and environmentally friendly living and working.
The collaboration with Bton's and its concrete technology come into play in the second construction phase of the building project. This represents an important milestone for Bton in establishing relationships with and fulfilling production for experienced real estate developers and for Richard Ditting in realising its sustainability goals.
The proportion of ready-mixed concrete in the ceiling components, core and basement walls, and floorshas been converted as far as possible to an optimised recipe with CEM III. The aim is to use this optimised recipe for approx. 85% of the total quantity of ready-mixed concrete. The potential saving is approx. 740,000kg CO2e.
All above-ground interior and exterior walls will be built with prefabricated climate-positive lightweight concrete components wherever possible. For the prefabricated parts (interior and exterior walls), the potential saving isapprox. 360,000kg CO2e.
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