Fraunhofer Institute for Applied Information Technology FIT, Bayreuth | Germany

The new building for the Fraunhofer Institute for Applied Information Technology FIT is being constructed adjacent to the existing Fraunhofer Institute for Manufacturing Engineering and Automation IPA, strengthening the research-oriented location near the University of Bayreuth campus.The four-storey building is compactly organized and designed for high space efficiency.

To reduce the carbon footprint, the building is being constructed using a timber-hybrid method. It comprises a gross floor area of approximately 3,052 m². The outer ring of the building features a timber skeleton structure with timber ceilings. This construction method supports the sustainability strategy of the Fraunhofer-Gesellschaft and enables a resource-efficient, prefabricated building process.

The ground floor accommodates conference and simulation laboratories. Access is provided via two stairwells. The upper office floors, grouped around a small light well, offer quiet zones for focused work.

ZWP is responsible for the planning and site supervision of the electrical systems, information technology, and lift and conveyance systems. The project focuses on energy-efficient system solutions aligned with the Fraunhofer-Gesellschaft’s sustainability objectives.

The electrical power supply is provided via a medium-voltage connection to the neighbouring Fraunhofer IPA. Power is fed through an external compact substation with an integrated transformer and low-voltage main distribution board. Workstation lighting is realized using energyefficient floor lamps.

A key element of the energy concept is a photovoltaic system with a total output of 88 kWp, integrated into the roof, façade, and carport canopies. A battery storage unit with 120 kWh capacity increases the degree of autonomy to approximately 60% and enables a self-consumption rate of around 86%. Additionally, a charging infrastructure with one fast-charging station (150 kW) and six charging points (each 11 kW) is provided. The system is prepared for future sector coupling of electricity, heating, and mobility.

The scope of IT and communications systems includes structured data cabling for workstations and technical areas as well as the planning of an  access control system.

ZWP is also planning the lift system to ensure accessible vertical circulation. The design is tailored to the operational and user-specific requirements of the institute.

With its coordinated technical planning services, ZWP contributes to the realisation of a functional, high-performance, and sustainability-oriented institute building.

The project is co-financed by the European Regional Development Fund (ERDF).

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