Glare-Free PV for the New P30 Parking Garage at Brussels Airport

Exterior view of the eight-story P30 parking garage at Brussels Airport with the "CAR RENTAL" lettering. The building features a 6,000 m² glare-free photovoltaic system equipped with Phytonics film.

Brussels Airport pursues a clear vision for the infrastructure of the future with its investment project "Hub 3.0". A highlight of this project is the newly opened eight-story P30 parking garage. Covering an area of 90,000 m², it offers not only 2,500 parking spaces and 650 charging points for electric vehicles but also sets new standards in sustainable energy generation directly on the airfield.

The challenge: Solar power without glare risk

An impressive photovoltaic system covering 6,000 m² was installed on the parking garage roof, delivering around 1,150 MWh of green electricity annually. Since the building is located very close to the runways, avoiding glare effects was a top priority. To ensure the safety of pilots and tower personnel at all times, the modules were not allowed to cause any disturbing light reflections.

Our solution: The Phytonics Anti-glare film

Our technology was used here as a crucial enabler. Over 2,000 solar panels were equipped with the Phytonics Anti-glare film.

  • How it works: Thanks to our special microstructure, specular reflection (direct mirroring) is effectively suppressed. The reflected luminance is reduced to a minimum, physically eliminating dangerous glare effects.
  • Implementation: The project was carried out in close cooperation with the PV specialist Eoluz, who was responsible for the technical planning and installation of the modules on the steel canopy.

Detailed aerial view of a large-scale glare-free solar installation (Phytonics Anti-glare film solution) on the roof of the P30 parking garage at Brussels Airport (BRU). Rows of PV modules and the "CAR RENTAL" sign are visible in the background.

A strong signal for the future

By using the Phytonics film, Brussels Airport can achieve its ambitious sustainability goals without compromising flight safety. The project impressively demonstrates how unused rooftop areas at airports can become valuable energy sources through smart technology.

We are pleased to have contributed to this groundbreaking infrastructure project together with partners like Eoluz and Brussels Airport.

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