High resolution calculation for the optimisation of commercial LED spectra in health applications

The proposed project is related to the installation of bioadapted lamps at a hospital facility. The different partners involved in the project are: the scientific team in charge of the hospital itself, a manufacturer of light sources, a lamp control platform and Kumux - Enlighting Technologies (ET). In this context, ET will be responsible for performing the high-resolution calculations of the LED system in the lamp to be able to choose different light scenarios taking into account the visual, non-visual and power properties of light, such as luminous and radiant flux or the energy efficiency of the particular light scenario. The main goal of the project is, once the results of the simulation have been processed and replicated to the lamps, to be able to quantitatively demonstrate the incidence of bioadapted light in the recovery of patients, since there are preliminary studies that show very significant re-ductions in the hospitalisation period of the patient.
With the computer means available in Kumux, it is not possible to perform high-resolution calculations of the lamps used in the project. Our computational system only allows calculations at low resolution, so in this SHAPE project, we aim to simulate a lighting scenario at high resolution, which would take months of computation with our current code and computer means.