which is defined as a calculation procedure with limited calculation variables. However, current lighting simulation programs provide a better accuracy than empirical procedures[15,16], making them useful tools for the study of daylighting and energy savings in architecture.There is an abundance of studies of window design using static metrics from lighting simulation software [17]. An example of this is the calculation method developed by Ghisi and Tinker [18],which defines the ideal window area considering the combination of electric and natural lighting. The authors conclude that the ideal window area should be larger in low thermal load orientations.Another interesting research can be observed in the studies of Li et al. [19], who determined a calculation method which relies on the daylight coefficient concept. In this study, the authors determine a procedure based on multiple charts and tables for defining the illuminance values