Berlin Hyp opts for solar power using BIPV

Located on the north-eastern edge of Berlin City West, the B-One building is the new headquarters of Berlin Hyp and emphasises the sustainable vision of the real estate financier, while simultaneously serving as a catalyst for urban change in Berlin. Designed by C.F. Møller Architects, the 13-storey building offers modern working environments, while being perfectly integrated into the existing perimeter block development at Budapester Straße 1. The ground floor area serves as a meeting place and creative workspace. Green terraces on various levels, a roof garden on the 10th floor with views over Berlin's Tiergarten park and a green inner courtyard all connect the inside spaces with the outside spaces, creating a diverse working environment.

Special attention has been paid when approaching the project to ensure it is sustainable. With its energy-efficient construction and the use of state-of-the-art technologies such as geothermal energy and concrete core activation, the new building is striving to achieve the highest DGNB award, “Platinum“. Photovoltaic modules integrated into the façade are a central element in the generation of sustainable energy. Around 1200 m² of BIPV are harmoniously integrated into the façade grid made from natural stone and blend discreetly into the building envelope. The façade design uses natural materials to create a relaxed appearance and its construction is effective in reducing solar radiation.

The client's sustainability requirements have been consistently met by means of ordering 70 tonnes of Low Carbon (LC) aluminium from Schüco. Schüco LC aluminium impresses with a lower carbon footprint than aluminium manufactured in the conventional way. This is achieved by using recycled materials and purchasing green electricity during production. The decision to use Schüco LC aluminium led to a significant reduction in the emissions generated during the project. In addition, the use of building-integrated photovoltaics (BIPV) helps to reduce emissions during operation. The result is a decarbonised building with a minimised environmental impact throughout its entire life cycle.