Browsing by Author "Olusegun Isaac OJELEYE"

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    Proposed Lead City Ventures for Lead City University, Ibadan (A Study of Daylight Considerations in Commercial Hub Design)
    (Lead City University, 2023-12) Olusegun Isaac OJELEYE
    Energy efficiency is of paramount importance in commercial structures. The closure of various commercial buildings, primarily attributed to the substantial costs associated with maintenance, particularly in terms of energy expenses, underscores the significance of this issue. This research is centered on the exploration of daylighting techniques within commercial buildings, aiming to enhance their energy efficiency. The study presents an investigation into optimizing daylight utilization in a commercial hub, with the initial objective of mitigating the energy consumption linked to artificial lighting within commercial complexes. The research involves assessing the quantity of natural daylight required for commercial structures, with minimal alterations to architectural designs to mitigate glare within commercial spaces caused by solar radiation. The Daylight Factor (DF) serves as a key metric for gauging the internal natural illumination of these buildings. The results indicate substantial energy savings achievable through the incorporation of daylighting practices and propose adjustments to enhance the natural lighting conditions within buildings. The integration of daylighting techniques in commercial hubs promises a significant reduction in energy costs while simultaneously enhancing user circulation and visual comfort. The rationale for this argument is rooted in an extensive review of relevant literature and case studies. The research methodology employed entails an in-depth examination of existing commercial centers and ventures. Key variables have been diligently scrutinized and applied in the design of a proposed commercial hub, resulting in a substantial reduction in energy consumption. Additionally, the suitability of the site for the proposed building has been thoroughly evaluated. In conclusion, the implementation of daylighting strategies during the design and construction phases holds the potential to yield a remarkable reduction of approximately 70% in energy consumption within commercial buildings. Keywords: Energy Efficiency, Commercial Hub, Daylighting, Glare, Energy Efficiency, Solar Radiation. Word Count: 277