Ergonomic rationalization of lighting in the working environment. Part I.: Proposal of rationalization algorithm for lighting redesign

Abstract This article describes the creation of an ergonomic rationalization algorithm and its subsequent verification in the creation of the redesign of the working environment lighting in conjunction with the tools of the digital enterprise. The rationalization algorithm consists of 15 sequences, whose accuracy is subsequently verified on a practical example of a built digital twins in the Dialux Evo 6.1 simulation tool. To build a digital twin were used a series of practical measurements of artificial lighting in the production hall. In conclusion, the article compares the current state with the newly proposed solution after the application of rationalization algorithm. In each of the observed points, there was an increase in light intensity compared to the original solution. The increase of artificial lighting on individual planes ranged from 420 lx to 668 lx. The conclusion of the article provides the main benefits for the scientific area and for practice.