02.02.2024
German Design Award 2024
Award ceremony
Jury statement
The office building of Stadtwerke Meerbusch, constructed on a former steelworks site, exudes a friendly brightness, transparency, and inviting atmosphere with its clear design language and generous glazing – an impression that continues inside. A beautiful detail is the facade elements, which, with their various color tones, reference the brick buildings in the neighborhood.
Source: German Design Council. | Photo: Team Lutz Sternstein – www.phocst.com
Modern, open, and sustainable – that’s how the new headquarters of Stadtwerke Meerbusch Willich presents itself. The three-story office building was constructed on the site of the former Stahlwerk-Becker in the municipality of Willich. Over the last 20 years, a diverse business park has emerged at this location, where modern architecture alternates with restored landmarks.
The new office building is situated in an area with numerous historical buildings featuring characteristic brick facades. The building regulations required the use of brick in a certain percentage of the facade design.
To ensure sufficient flexibility, however, the building was intended to be entirely constructed of glass. Therefore, a structure was developed that can be placed in front of the glass facade, with flexibly suspended ceramic elements executed in various shades of beige and red after numerous color range tests. In this way, the building reflects the characteristic color palette of brick and harmoniously blends into the color scheme of the surrounding business park.
The spatial openness extends into the 3,500 sqm of office space, promoting communication, creative work, and flexible teamwork. Smaller rooms are available for meetings, confidential phone calls, and focused work.
The energy efficiency of the Stadtwerke building is not only visible in its quality but also experiential for visitors. Innovative technologies such as photovoltaic modules for home electricity generation, electric mobility, or the heat pump with heat recovery and fuel cell for hot water production can be explored firsthand on-site.
Photos: Philip Kistner
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