This is a site that explains the technical aspects of lighting plans related to architectural lighting. Detailed dimensions and finishes will vary depending on the site conditions and construction conditions, so we will provide explanations in the comments. Basic technical classifications will be explained in "Basic Lighting Technical Concepts" below.
Basic lighting technical concepts
[ Reflection of light ]
[ Light emission ]
[ Light Transmission ]
The basic technical concept of lighting is based on the three elements of the effects of light: "reflection," "luminescence," and "transmission." On top of that, it is important to create an environmental design through materials, details, and textures. In particular, it is important to imagine how the architectural space as a whole will be perceived while understanding the characteristics of light, and to consider what type of light will be used and how it will make people feel. To do this, it is very important to consider how to create the basic lighting effects of "reflection," "luminescence," and "transmission" using only light and light quality, without showing the lighting fixtures.
Here we will post information about projects that have been completed 5 to 6 years ago and findings from lighting experiments. We will continue to update information about lighting effects. We would also be grateful if those viewing the site would share any information they have about lighting effects with us, in order to spread lighting culture through lighting effects.
The light of the slits and the slit width and interval were decided based on the design, but as for the volume and directivity of the slits, since overlapping slits are not possible with one light, we used two lights with some space between them to create volume. The key point is that by using a filament clear LED lamp...
The important thing about the slit lighting effect is that the clarity of the projection depends on the light distribution angle, which matches the illumination distance from the panel to the lighting fixture. Another thing to keep in mind is that if the light-emitting part is not clear, the effect will be low. For this reason, the lines are made...
The lighting plan uses indirect lighting. Rain and moisture resistant line lighting is used, and the light is blocked with L-shaped metal fittings, so the lighting fixtures are installed in a way that reduces light when looking up and light leaking into the room. The lighting fixtures are planned to use silicon type fixtures to reduce glare and...
Here we conduct a lighting experiment on the surface emission of the lattice. The lighting experiment aims to make the lattice shine as a surface. The experiment involves emitting light from the surface using two types of indirect lighting fixtures: wide-angle and medium-angle light distribution. Matte acrylic was placed behind the lattice, 130mm...