The lighting study allows us to project the levels of light incidence before executing the installation. In this way, we can predict the degree of luminosity of each area or room based on whether it has natural light or not.
It is important to include information on each of the items to be planned. In this way, the work is made easier for installers, as well as preventing future errors that can lead to financial losses.
Virtual reality designs where the user can experience what their future home, premises or space could be like. Always integrating lighting in these designs.
Let's imagine that we have a push button that turns the lights on and off in a room. With a conventional lighting system, this pushbutton will always be linked to the on/off of the lights that we determine. But if we equip the lighting with a flexible control system, we can make this push button do whatever we want it to do, without the need to be limited to a single function or to turning the lights on/off.
Conventional lighting systems limit the user's ability to create lighting scenes to his or her satisfaction. We all know how cumbersome it can be to dim a luminaire to the desired level. With intelligent lighting the user can forget about these arduous tasks, because with a single "click" he can do all this and much more.
Entering a station without having to press any button and that with only our presence the level of luminosity is regulated depending on the natural light available, is to speak of lighting efficiency.
We arrive home from a long day at work and as we enter the door, we press a button that welcomes us with a scene that dims the lights in the hall and also turns on the lights in the bedroom, as it is a daily habit.