Smart lighting controls aim to save energy and improve comfort by adjusting light levels based on available daylight. However, these systems face challenges due to factors like daylight availability and unreliable simulation models. To address this, a new research methodology was proposed to analyze and evaluate these systems. The researchers identified key parameters influencing system performance and developed a simulation tool to assess these parameters. By testing different control systems in an experimental setting, they were able to evaluate how well they integrated daylight and identify factors affecting their performance.