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• W2321343389 abstract "The feasibility of a unique daylighting approach using a skylight with clerestory windows, also known as a roof monitor, and an outdoor lighting array will be evaluated. The design will illuminate a room 100 feet wide, 100 feet long and 75 feet high, equivalent to a large auditorium located at 40 degrees north latitude. Comparisons will be made to flat skylight wells for the same volume. The design will be shown meet lighting requirements that satisfy Illuminating Engineering Society of North America (IESNA) standards for day and night for tasks of low contrast and small size (i.e. criteria F). The design will be tested with AGI32 version 1.7 software created by Lighting Analysts, Inc of Littleton Colorado. Results will show the unique skylight meets IESNA criteria F during the daytime with an assist by external lighting as daylight is reduced by the setting sun. Background Lighting the interior of a building using sunlight (called daylighting) is one of the oldest forms of illumination used since humans have been building shelter. The shortcomings of using the sun have also been known for a very long time; the amount of light varies with the time of day, the season, weather and the position of openings allowing sunlight to enter a room. Engineers and architects can overcome the design limitations of daylighting by limiting its use and relying principally on artificial lighting. This approach mitigates the variance in sunlight levels but can limit the range of uses for daylighting to accent lighting, passageway illumination and some office tasks. Applications involving large enclosed volumes often times minimize the use of daylighting and principally use artificial lighting to meet user requirements for a constant light level. This approach does not avail large volumes of the free sunlight that is available in most latitudes. The unique daylighting design for this paper will incorporate a skylight that uses vertical clerestory windows facing north and south and mounted above the roof (also called a roof monitor) to illuminate a reflector that diverts light downward into the room and on to a suspended semi-transparent glass luminarie that scatters light to the walls and ceiling and provides the majority of illumination for tasks. Exterior mounted artificial lighting will augment sunlight during the day and the evening without the need for additional interior lighting. The design approach will be shown" @default.
• W2321343389 created "2016-06-24" @default.
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• W2321343389 date "2006-03-24" @default.
• W2321343389 modified "2023-10-14" @default.
• W2321343389 title "Feasibility of a Unique Skylight Design for Day and Night Illumination of a Large Volume Room" @default.
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• W2321343389 doi "https://doi.org/10.1061/40798(190)7" @default.
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