Space for exchange and innovation
The EUREF-Campus Düsseldorf brings together companies, research institutions and start-ups in one location, with the aim of jointly developing and applying solutions for the energy transition. Due to its location between the airport, railway station and motorway, the building was deliberately designed with an inward focus. At its centre is a covered internal zone featuring several courtyards, an indoor garden, as well as areas for relaxation and events, all specifically designed to encourage interaction, exchange and collaboration.
80,000 sqm area4,000 employees3 glass roofs
Daylight as a design element
The LAMILUX Glass Roof PR60 brings natural light deep into the building structure, creating an atmosphere inspired by being outdoors – protected and independent of external influences. The courtyards are naturally illuminated and benefit from the changing dynamics of daylight throughout the day. Carefully coordinated glazed surfaces create different lighting zones that support both communicative areas and quieter retreat spaces. Daylight is thoughtfully used as an architectural element – with positive effects on the well-being, concentration and performance of users.
Effective thermal protection despite transparency
Large-span glass roofs place high demands on summer thermal protection. At the EUREF-Campus, particular emphasis was therefore placed on the precise coordination of transparency and thermal performance. Specialised glass printing is used to control solar radiation and reduce heat gain. This results in uniform, glare-free lighting while maintaining controlled temperature development. The outcome is a stable indoor climate that enables year-round use of the courtyards, even under intense sunlight – without compromising the open character of the architecture.
Acoustic protection in an urban environment
The immediate proximity to the airport, railway and motorway makes acoustic protection a key planning consideration. To ensure a high quality of comfort despite these conditions, the Glass Roof PR60 was specifically optimised for acoustics. The sound-insulating glazing significantly reduces external noise, creating a quiet and focused atmosphere indoors. Visual openness is maintained while disruptive noise is effectively shielded. This results in working and relaxation areas that allow for retreat and concentrated work even in a high-traffic environment.
Sustainability integrated into the system
The glass roof is an integral part of the overall sustainable concept of the EUREF-Campus. The high level of daylight penetration significantly reduces the need for artificial lighting, thereby lowering energy consumption. At the same time, the thermal insulation properties of the glazing minimise heat loss in winter and limit solar heat gain in summer. Combined with integrated ventilation functions, this creates a system that actively contributes to regulating the indoor climate. In conjunction with further measures such as renewable energy sources and energy storage systems, the glass roof supports the building’s high energy efficiency and contributes to the consistently sustainable orientation of the campus.
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