/stickyCase study
Esbjerg Realskole
(DK)
Large glass façades bring daylight into classrooms — but they also bring heat. At Esbjerg Realskole, MicroShade® was integrated into the glazing to reduce overheating while preserving daylight and views.
Daylight that supports learning, without overheating
At Esbjerg Realskole, generous daylight was a key architectural ambition. Large window areas create open, inviting classrooms — but they also increase the risk of overheating and glare.
MicroShade® was integrated directly into the glazing to provide passive solar shading that works automatically throughout the day. The solution reduces solar heat gain while preserving clear views and high daylight levels — creating a comfortable indoor climate for both students and teachers.
With no moving parts and no maintenance, MicroShade® supports a calm, stable learning environment and contributes to lower energy demand, without the need for blinds or external shading.
Designing better learning environments with daylight and comfort in balance
Daylight plays a vital role in learning environments. At Esbjerg Realskole, large glazed areas were designed to bring natural light deep into classrooms and common spaces — supporting focus, well-being, and a strong connection to the outdoors.
However, increased glazing also introduced challenges related to overheating and glare, particularly during warmer periods. Traditional shading solutions would either block daylight, require manual operation, or interfere with the architectural expression.
By integrating MicroShade® directly into the glazing, the school achieved a passive solar shading solution that works continuously and automatically. High-angle solar radiation is reduced, while daylight and outward views are preserved.
The result is a more stable indoor climate that supports concentration and comfort throughout the school day. With no moving parts and no maintenance requirements, the solution also contributes to long-term operational efficiency — making it a durable and future-proof choice for educational buildings.
Not just another vendor
Designed to Work Without Being Seen
Modern architecture relies on glass to create openness, daylight, and visual connection. But with more glass comes more complexity: heat gain, glare, and rising cooling demand. MicroShade® is designed to solve these challenges at the source — inside the glazing itself.
Insights from MicroShade
The Future of Passive Solar Shading
As buildings become more transparent and daylight-driven, the need for intelligent solar control is growing. In our latest article, we explore how passive solar shading integrated directly into glazing can improve indoor comfort.
Our case studies
Esbjerg Realskole (DK)
Large glass façades bring daylight into classrooms — but they also bring heat. At Esbjerg Realskole, MicroShade® was integrated into the glazing to reduce overheating while preserving daylight and views.
