A SPECTACULAR SOURCE OF LIGHTING
Following a request from architect Christian Lund [lundark.com/], Kollision [kollision.dk] developed a reactive light installation in collaboration with Martin Professional [martin.com/] and Taintec [Taintec taintec.dk/] at the headquarters of SAXO Bank [saxobank.com/] in Hellerup, Denmark. The assignment was to create a colourful and spectacular light source integrated in the ceiling in an organic shaped corridor. Martin Professional delivered hardware for the project, Taintec, handled installation and construction project management while lighting design, ceiling layout and software was handled by Kollision.
The project consists of full-colour, DMX-controlled LED-light sources, mounted in an organic grid following curved walls in the corridor, emphasizing the architecture. The light appears markedly in strong colours, washing down the walls, broken only by a uniform illumination, which runs along the foot of the walls. The light in the ceiling is based on nearly 2,400 LEDs in acrylic rods, distributed on 18 lines with 133 points in each. Each light-rod protrudes from precisely distributed holes in the ceiling plate, distributing the light from the LEDs to the end of the rod, to cm below the ceiling. The light is controlled by software developed by Kollision, which handles movies and real-time graphics, mapping the content to the ceiling. The lights can also be controlled by an app for iPhones and iPad.
Across the organic ceiling, various lighting designs create an ambient atmosphere, which we have called Enhanced Brand Ambience. The designs vary from lighting inspired by the Aurora to light-snakes crossing each other’s path in different tones and speeds. When opening a door in the corridor, light washes over the ceiling and an occupied room is marked with a red aura.
See vimeo.com/35316148 for iPhone interaction with SAXO Reactive Ceiling and kollision.dk/en/saxo for more information.
Furthermore, see the following link for more media architecture projects from Kollision: Media Architecture by Kollision