Willibald-Gluck-Gymnasium -
A Low-Energy Building Thanks to an Innovative Glass Roof

Innovation for Sustainable Learning

The Willibald-Gluck-Gymnasium in Neumarkt sets new standards in sustainability and functionality. With the innovative LAMILUX Glass Roof PR60 Passivhaus, the school building seamlessly combines modern design, energy-efficient technology, and maximum safety.

Interior of Willibald-Gluck-Gymnasium in Neumarkt with LAMILUX glass roof, modern concrete architecture, and colorful accents.
Modern atrium in Willibald-Gluck-Gymnasium in Neumarkt with LAMILUX glass roof, concrete walls, and colorful floors.
PR60 Passive House glass roof by LAMILUX at Willibald-Gluck-Gymnasium in Neumarkt, showcasing a view of the blue sky and sunlight.
LAMILUX glass roofs on Willibald-Gluck-Gymnasium in Neumarkt under a cloudy sky.

Integrated Fire and Climate Protection for Maximum Efficiency

Daylight, smoke extraction, and thermal insulation are essential components for school buildings. The glass roofs of the Willibald-Gluck-Gymnasium in Neumarkt incorporate all these aspects, ensuring the protection of both people and the environment.

14 Elements114 Glass Panels533 m²

LAMILUX Glass Roof PR60 Passivhaus

View of PR60 Passive House glass roofs by LAMILUX at Willibald-Gluck-Gymnasium in Neumarkt with blue sky and clouds.

Spanning approximately 533 square meters, the two LAMILUX PR60 Passivhaus glass roofs over the atriums of the school building are not only architectural highlights but also flood the school with valuable natural light. Daylight plays a crucial role for students and teachers alike, as studies have shown that it enhances concentration and improves overall well-being. With the LAMILUX daylight systems, the architecture firm Berschneider + Berschneider was able to perfectly implement its lighting concept, ensuring optimal learning conditions.

Interior view of Willibald-Gluck-Gymnasium in Neumarkt with LAMILUX glass roofs, modern design, and colorful classrooms.

Daylight Systems as an Energy-Saving Solution

Natural daylight reduces energy consumption, eliminating the need for artificial lighting whenever possible. The Passive House certification of the glass roofs highlights their energy efficiency—only building components that achieve top performance receive the phA efficiency class rating. Thanks to triple insulating glazing and an optimized insulation core, the LAMILUX Glass Roof PR60 Passivhaus provides exceptional thermal insulation, making the Willibald-Gluck-Gymnasium a true low-energy building.

Glass roof of the Willibald-Gluck-Gymnasium in Neumarkt with a view of the surrounding landscape.

Optimal Smoke Extraction in Case of Fire

The expansive glass roof not only contributes to energy efficiency but also enhances safety in emergencies. In the event of a fire, rapid smoke removal is critical to protect lives. The integrated smoke and heat exhaust (SHEV) vents in the glass roof allow toxic smoke to escape quickly, while fresh air from classrooms and corridors ensures clear evacuation routes. This system also provides effective natural ventilation in the summer, allowing cool night air to regulate indoor temperatures.

Staircase in the Willibald-Gluck-Gymnasium in Neumarkt, illuminated by LAMILUX glass roofs.

Why Daylight Matters

Natural daylight is not just beneficial for students and teachers—it plays a vital role in almost every aspect of life. Artificial lighting often fails to replicate its positive effects. But why is that the case? And how does sunlight compare to artificial light sources like incandescent bulbs? In the following article, you’ll learn more about the advantages of natural light.

To the article: Artificial light vs. daylight

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