Analysis of the Impact of Solar Luminescent Panels on the Artistic Color Grading Pattern “Light and Color Fusion”

Implementing lighting solutions with sunlight can diminish electricity consumption in buildings. Since buildings are accountable for 30% of yearly global greenhouse gas emissions and 40% of energy utilization, concentrating on emissions from this sector is vital for gathering greenhouse gas reduction goals. A cutting-edge solution has been devised in the form of a stack of luminescent solar concentrator (LSC) sheets, employing a grouping of three vibrant fluorescent dyes. This improvement could serve as a dynamic and adaptable design to conventional silicon solar panels, assisting in incorporating solar energy systems in urban landscapes. This work delves into the impact of a solar luminescent panel on the visual well-being and impression of participants who generously volunteered. The main purpose of this work is to evaluate the authority of solar panels on the aesthetic tinting of windows found on college campuses. An analysis is assessed to examine the impact of color palettes on students’ perception of the university. Several performance examination metrics were employed to evaluate the effect of the luminescent panel. The proposed study, conducted on different campuses, attained a maximum color rendering index (CRI) of 91, a user rating on color grading of 98, and an average CCT (CCT AVG) of 9874.