Tag - Berlin | ABK PORTAL

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Berlin

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The design "SONNENALLEE SUPER PLUS +" presents a new building on a prominent urban plot in Berlin Neukölln. Located just 100 meters from Hermannplatz, directly on the socio-spatial boundary between two ethnically distinct neighborhoods—Neukölln, which is heterogeneous but predominantly Arab, and the gentrified Kreuzkölln—the site at Sonnenallee 9 stands at a critical junction. The solitaire structure developed for this pointed corner plot responds to the growing demand for spaces that facilitate exchange and interaction, as well as flexible living and working arrangements. Due to its specific positioning, the building rotates to achieve an optimal East-West orientation. The residential floors set back from the plot boundaries, creating more distance from the urban space and thus offering greater privacy. The surrounding facade layer acts as a mediating element between the living spaces and the urban environment, while also providing a thermal buffer zone. On the upper floors, the timber skeleton construction and an infrastructure layer adaptable to specific needs allow for a variety of living or working arrangements, or a combination of both. The goal is to develop a usage-neutral residential typology that can be adapted to changing living arrangements in the medium term. The infrastructure modules (bathrooms, kitchens) are integrated around the reinforcing cores, defining living layouts that range from a minimal compartmentalized layout of 60 m² to an office space that extends across the entire floor. These modules also integrate storage elements and sliding doors, eliminating the need for interior partition walls within a residential unit. A communal space for the residents is located on the 1st floor, providing access to the rooftop garden. The ground floor houses a semi-public multifunctional hall that can fully open to the urban space through folding sliding windows, creating a low-threshold space for interaction, as well as a communal laundry room. The design focuses on passive building technology measures. Each residential unit offers cross-ventilation, minimizing the need for artificial lighting. Another benefit of cross-ventilation is enhanced thermal comfort for the occupants. The balcony layer that wraps around the building is optimally dimensioned for shading and prevents overheating through overhangs and greenery, including adiabatic cooling. Additionally, textile shading elements are planned, which can be individually adjusted. The flat roof is equipped with monocrystalline PV modules, which, together with a heat pump, ensure adequate energy supply. The building’s footprint is minimized through the choice of a solitaire setting, and the greening of the ground floor roof contributes to retention and evaporative cooling in the summer. Structurally, a hybrid timber construction is proposed, optimizing the material-specific properties.

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