Monterrey Tech Library 2015 Steel Competition Monterrey Mexico
Lighting Analysis Project Southern Illinois University Arc 452 Spring 2015 Kegan Witham
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Project Description Sustainable Features Lighting Plan Power Plan Focus Areas Point Load Calculation Specification Sheets
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Project Description The semester project for Arc 452 Design 6 Integration was to create a public library. Each student was allowed to either choose a site in Monterrey Mexico or in New Harmony Indiana. This project was designed to be Tecnologico de Monterrey’s new campus library. The current library is an aging structure that can no longer complete the task required by the campus. The program was determined by the individual designing it. It was not allowed to be more than 100,000 square feet. It had to include a lobby space, café, classrooms, computer labs, offices, conference rooms, stack space, and a rare books collection. We were tasked with designing the building as energy efficient as possible. To accomplish this I made use of geothermal energy, building integrated photovoltaics, thin film batteries, grey water collection, and natural ventilation. My design concept was to create a framed space in the center of the Monterrey campus. The north and south were both framed by longer thin buildings while the west was framed by the CTEC building. I attempted to create a complementary building to the CTEC building while maintaining a contrasting shape. The CTEC is very angular so I maintained a square core and allowed curvilinear forms to form around the exterior of the core. All floors consist of metal decking and a concrete topping. The first floor is a slab on grade system. Carpet is used in all floors except the vestibules and restrooms which have tile. 3
Sustainable Features Waste Heat Generators PV Glazing Insulating Burms
UV Protection Covered Entryway Geothermal System
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First Floor Lighting Plan Notes Open areas to have daylighting control Public areas to have dimming control Scheduled controls when building in unoccupied All glass is PV glass All glass is UV protected
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Focus Area 1: Café • • • • • •
LED Lighting for improved lighting Down‐lighting for various tasks Main window lighting on east façade Curtain wall construction entry way Glass façade shaded from harsh southern lighting Okalux PV curtain wall allows energy production
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Eighth Floor Lighting Plan Notes • • • • • •
Open areas to have daylighting control Public areas to have dimming control Scheduled controls when building in unoccupied Collaboration and reading spaced to have separate dimming controls from stack space All glass is PV glass All glass is UV protected
Focus Area 2: Reading Area
Focus Area 3: Collaboration space
Halogen Lighting for improved reading Down‐lighting for task reading Main window lighting on west facade Curtain wall construction allows maximum daylighting • Glass façade shaded from harsh southern lighting • Ocalux PV curtain wall allows energy production
• Fluorescent Lighting for maximum lighting • Down‐lighting for collaborative tasks • Main window lighting on east façade • Strip windows rise from floor to ceiling • Majority of solid walls keep excess heat from penetrating into the building
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First Floor Power Plan Notes • • • • • • • •
Open areas to have daylighting control Public areas to have dimming control Scheduled controls when building in unoccupied All glass is PV glass All glass is UV protected Seal openings and cracks in auditorium construction Wall assemblies will provide an STC of 55 Auditoriums will maintain a 1.6 reverberation time with suspended acoustic diffusing panel
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Eighth Floor Power Plan Notes • • • • • •
Open areas to have daylighting control Public areas to have dimming control Scheduled controls when building in unoccupied Collaboration and reading spaced to have separate dimming controls from stack space All glass is PV glass All glass is UV protected
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Focus Area Renders Focus Area 1
Focus Area 2
Focus Area 3
Café: March 5:00 A.M.
Reading: September 6:00 A.M.
Collaboration: July 6:00 A.M.
Café: March 11:00 A.M.
Reading: September 12:00 P.M.
Collaboration: July 11:00 A.M.
Café: March 7:00 P.M.
Reading: September 6:00 P.M.
Collaboration: July 4:00 P.M.
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Point Load Lighting Calculations • Angle theta = 0 degrees • Candle Power of fixture at 0 degrees = 2925cd • Distance from light source = 7 feet • E=(2925/7^2)X1=59.7FC
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