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Optimizing Luminous Environments in Bahraini Handicraft Centres: an Exploratory Case Study Using DIALux Software |
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PP: 35-48 |
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doi:10.18576/amis/190104
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Author(s) |
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May Al Saffar,
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Abstract |
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| This study explores the critical role of lighting design in creating the desired ambiance, enhancing productivity, and optimizing energy efficiency within traditional handicraft workspaces and display. A well-designed lighting system can significantly influence our perception of the working environment. However, achieving the optimal balance between aesthetic, energy, and functional requirements necessitates strategic planning. Given the inherent link between light and various physiological aspects and rhythms of the human body, lighting serves as a bridge connecting the natural and interior spaces within the realm of Sustainable Development Goals achievement. Successful lighting design in handicraft rooms requires a collaborative approach involving architects, lighting experts, and end-users. This research explores the implementation of lighting technologies in the traditional handicraft workspace of the Al Jasra Handicraft Centre in Bahrain. The study aims to utilize diverse lighting techniques, fixtures, and control systems to generate the desired illumination, reduce energy consumption, and promote sustainability. This is due to the limited research related to the illumination in handicraft rooms. Based on this research study, analysis is carried out based on physical data and DIALux evo lighting simulation software which enable to evaluate different handicrafts units with different visual task difficulty level, and various working planes height depending on nature of craft produced which allows the craft rooms to achieve the optimum illuminous flux and visual comfort level while achieving efficient electricity consumption.
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