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Stephanie Deckard | Final Thesis Presentation | Lighting/Electrical
Princeton Theological
Seminary Library Princeton, NJ
EwingCole
Introduction
Lighting Concept
South Façade and Grounds
Lighting Design
Atrium
Architectural Breadth: Daylight/Circulation
Lighting Design
Electrical Depth: Dual Bus System
Acknowledgements
Stephanie Deckard | Final Thesis Presentation | Lighting/Electrical
Princeton Theological
Seminary Library Princeton, NJ
EwingCole
Location Princeton, NJ
Size 99,585 sqft
Stories 4 + 1 basement
Occupancy type A-3 Assembly
Dates of construction Mar 2010 – Dec 2012
Construction Cost $55 million
Introduction
Lighting Concept
South Façade and Grounds
Lighting Design
Atrium
Architectural Breadth: Daylight/Circulation
Lighting Design
Electrical Depth: Dual Bus System
Acknowledgements
Stephanie Deckard Adam Karlheim
HISTORICAL
DAYLIGHT
FUNCTIONAL
Introduction
Lighting Concept
South Façade and Grounds
Lighting Design
Atrium
Architectural Breadth: Daylight/Circulation
Lighting Design
Electrical Depth: Dual Bus System
Acknowledgements
Concept
Jesus spoke to them saying:
“I am the light of the world.” John 8:12
Stephanie Deckard Adam Karlheim
ICONIC
SPARKLE
TASKS
Introduction
Lighting Concept
South Façade and Grounds
Lighting Design
Atrium
Architectural Breadth: Daylight/Circulation
Lighting Design
Electrical Depth: Dual Bus System
Acknowledgements
South Façade and Grounds
Introduction
Lighting Concept
South Façade and Grounds
Lighting Design
Atrium
Architectural Breadth: Daylight/Circulation
Lighting Design
Electrical Depth: Dual Bus System
Acknowledgements
Stephanie Deckard Adam Karlheim
South Façade and Grounds
Introduction
Lighting Concept
South Façade and Grounds
Lighting Design
Atrium
Architectural Breadth: Daylight/Circulation
Lighting Design
Electrical Depth: Dual Bus System
Acknowledgements
Stephanie Deckard Adam Karlheim
ICONIC
WAYFINDING
SAFETY
Design Goals
Introduction
Lighting Concept
South Façade and Grounds
Lighting Design
Atrium
Architectural Breadth: Daylight/Circulation
Lighting Design
Electrical Depth: Dual Bus System
Acknowledgements
Stephanie Deckard Adam Karlheim
Concept
Grounds
Poles
Step lights
Sconces
Surface-mounted uplights
Introduction
Lighting Concept
South Façade and Grounds
Lighting Design
Atrium
Architectural Breadth: Daylight/Circulation
Lighting Design
Electrical Depth: Dual Bus System
Acknowledgements
Stephanie Deckard Adam Karlheim
Concept
Grounds
Poles
Step lights
Sconces
Surface-mounted uplights
20 lux
Medium Activity LZ2 Façade | Ev = 60 lux
Paths to Curb | Eh = 7 lux
Ev = 1.1 lux
MEDIUM ACTIVITY LZ2
Façade Ev= 60 lux
Paths to Curb Eh= 7 lux
Ev = 1.1 lux
Canopied Entry Eh= 12.6 lux
Ev = 7.7 lux
Medium Activity LZ2 Canopied Entry | Eh= 12.6 lux
Ev = 7.7 lux
Introduction
Lighting Concept
South Façade and Grounds
Lighting Design
Atrium
Architectural Breadth: Daylight/Circulation
Lighting Design
Electrical Depth: Dual Bus System
Acknowledgements
Stephanie Deckard Adam Karlheim
Concept
Grounds
Poles
Step lights
Sconces
Surface-mounted uplights
Introduction
Lighting Concept
South Façade and Grounds
Lighting Design
Atrium
Architectural Breadth: Daylight/Circulation
Lighting Design
Electrical Depth: Dual Bus System
Acknowledgements
Stephanie Deckard Adam Karlheim
Concept
Grounds
Poles
Step lights
Sconces
Surface-mounted uplights
Wattage
GROUNDS
Walkways < 10ft wide 0.7 W/lf
Walkways >= 10ft wide 0.12 W/sqft
Pedestrian tunnels 0.14 W/sqft
FACADE Facade 0.1 W/sqft
ENTRANCE
Main Entries 10.8 W/sqft
Building Grounds Walkways < 10ft wide | 0.7 W/lf
Walkways >= 10ft wide | 0.12 W/sqft
Pedestrian tunnels | 0.14 W/sqft
Building Façade | 0.1 W/sqft
Building Entrance Main Entries | 10.8 W/lf
Introduction
Lighting Concept
South Façade and Grounds
Lighting Design
Atrium
Architectural Breadth: Daylight/Circulation
Lighting Design
Electrical Depth: Dual Bus System
Acknowledgements
Stephanie Deckard Adam Karlheim
Controls
LUTRON ENERGI SAVR NODE
LUTRON GRAFIK EYE
LUTRON XPJ SWITCHING CONTROL
Introduction
Lighting Concept
South Façade and Grounds
Lighting Design
Atrium
Architectural Breadth: Daylight/Circulation
Lighting Design
Electrical Depth: Dual Bus System
Acknowledgements
Stephanie Deckard Adam Karlheim
Atrium
Introduction
Lighting Concept
South Façade and Grounds
Lighting Design
Atrium
Architectural Breadth: Daylight/Circulation
Lighting Design
Electrical Depth: Dual Bus System
Acknowledgements
Luce Library
FUNCTIONAL
MEMORABLE
EFFICIENT
Design Goals
Introduction
Lighting Concept
South Façade and Grounds
Lighting Design
Atrium
Architectural Breadth: Daylight/Circulation
Lighting Design
Electrical Depth: Dual Bus System
Acknowledgements
Design Goals
Create a memorable space
Avoid glare and distractions for readers
Take advantage of daylight
ARCHITECTURE
MEMORABLE
EFFICIENT
Design Goals
Introduction
Lighting Concept
South Façade and Grounds
Lighting Design
Atrium
Architectural Breadth: Daylight/Circulation
Lighting Design
Electrical Depth: Dual Bus System
Acknowledgements
Design Goals
Create a memorable space
Avoid glare and distractions for readers
Take advantage of daylight
ARCHITECTURE
LIGHTING
EFFICIENT
Design Goals
Introduction
Lighting Concept
South Façade and Grounds
Lighting Design
Atrium
Architectural Breadth: Daylight/Circulation
Lighting Design
Electrical Depth: Dual Bus System
Acknowledgements
Design Goals
Create a memorable space
Avoid glare and distractions for readers
Take advantage of daylight
ARCHITECTURE
LIGHTING
ELECTRICAL
Design Goals
Introduction
Lighting Concept
South Façade and Grounds
Lighting Design
Atrium
Architectural Breadth: Daylight/Circulation
Lighting Design
Electrical Depth: Dual Bus System
Acknowledgements
Design Goals
Create a memorable space
Avoid glare and distractions for readers
Take advantage of daylight
ARCHITECTURE
LIGHTING
ELECTRICAL
Design Goals
Introduction
Lighting Concept
South Façade and Grounds
Lighting Design
Atrium
Architectural Breadth: Daylight/Circulation
Lighting Design
Electrical Depth: Dual Bus System
Acknowledgements
Picture w/ bridges and w/o materials showing sidelighting, clerestory
and skylights
Bridges selected
Bridges removed
Change view toward stairs
Stairs view with new hallway added
Daysim results
(Take away Daysim)
Location of new hallway (plan)
New hallway added
New Daysim results
Design Goals
MAXIMIZE DAYLIGHT
CENTRALIZE CIRCULATION
Introduction
Lighting Concept
South Façade and Grounds
Lighting Design
Atrium
Architectural Breadth: Daylight/Circulation
Lighting Design
Electrical Depth: Dual Bus System
Acknowledgements
MAXIMIZE DAYLIGHT
CENTRALIZE CIRCULATION
Introduction
Lighting Concept
South Façade and Grounds
Lighting Design
Atrium
Architectural Breadth: Daylight/Circulation
Lighting Design
Electrical Depth: Dual Bus System
Acknowledgements
Introduction
Lighting Concept
South Façade and Grounds
Lighting Design
Atrium
Architectural Breadth: Daylight/Circulation
Lighting Design
Electrical Depth: Dual Bus System
Acknowledgements
40 lux
Introduction
Lighting Concept
South Façade and Grounds
Lighting Design
Atrium
Architectural Breadth: Daylight/Circulation
Lighting Design
Electrical Depth: Dual Bus System
Acknowledgements
40 lux
Introduction
Lighting Concept
South Façade and Grounds
Lighting Design
Atrium
Architectural Breadth: Daylight/Circulation
Lighting Design
Electrical Depth: Dual Bus System
Acknowledgements
Introduction
Lighting Concept
South Façade and Grounds
Lighting Design
Atrium
Architectural Breadth: Daylight/Circulation
Lighting Design
Electrical Depth: Dual Bus System
Acknowledgements
Stephanie Deckard Adam Karlheim
Existing bridges New hallway
Introduction
Lighting Concept
South Façade and Grounds
Lighting Design
Atrium
Architectural Breadth: Daylight/Circulation
Lighting Design
Electrical Depth: Dual Bus System
Acknowledgements
Stephanie Deckard Adam Karlheim
New hallway
Introduction
Lighting Concept
South Façade and Grounds
Lighting Design
Atrium
Architectural Breadth: Daylight/Circulation
Lighting Design
Electrical Depth: Dual Bus System
Acknowledgements
Stephanie Deckard Adam Karlheim
40 lux
Introduction
Lighting Concept
South Façade and Grounds
Lighting Design
Atrium
Architectural Breadth: Daylight/Circulation
Lighting Design
Electrical Depth: Dual Bus System
Acknowledgements
Design Goals
Create a memorable space
Avoid glare and distractions for readers
Take advantage of daylight
ARCHITECTURE
LIGHTING
ELECTRICAL
Design Goals
Introduction
Lighting Concept
South Façade and Grounds
Lighting Design
Atrium
Architectural Breadth: Daylight/Circulation
Lighting Design
Electrical Depth: Dual Bus System
Acknowledgements
Design Goals
Create a memorable space
Avoid glare and distractions for readers
Take advantage of daylight
Introduction
Lighting Concept
South Façade and Grounds
Lighting Design
Atrium
Architectural Breadth: Daylight/Circulation
Lighting Design
Electrical Depth: Dual Bus System
Acknowledgements
Design Goals
Create a memorable space
Avoid glare and distractions for readers
Take advantage of daylight
100 lux
READING AREAS
Tables and Chairs Eh= 474 lux
Ev = 276 lux
CIRCULATION CORRIDOR Public Adjacency Passageways Eh= 90 lux
Ev = 71 lux
Atrium Passageway Eh= 41 lux
Ev = 28 lux
STAIRS Typical Eh= 85 lux
Ev = 26 lux
Stairs Typical | Eh= 85 lux
Ev = 26 lux
Illuminance
Introduction
Lighting Concept
South Façade and Grounds
Lighting Design
Atrium
Architectural Breadth: Daylight/Circulation
Lighting Design
Electrical Depth: Dual Bus System
Acknowledgements
Design Goals
Create a memorable space
Avoid glare and distractions for readers
Take advantage of daylight Corridor/Transition | 0.66 W/sqft
Library Stacks | 1.26 W/sqft
Atrium 40 ft and above in height | 0.23 W/sqft
ATRIUM 40 ft and above in height 0.23 W/sqft
TRANSITION Corridor 0.66 W/sqft
LIBRARY Stacks 1.26 W/sqft
Wattage
Introduction
Lighting Concept
South Façade and Grounds
Lighting Design
Atrium
Architectural Breadth: Daylight/Circulation
Lighting Design
Electrical Depth: Dual Bus System
Acknowledgements
Controls
LUTRON XPJ SWITCHING CONTROL
LUTRON RADIO POWR SAVR WIRELESS
DAYLIGHT SENSOR
LUTRON LOS C SERIES VACANCY SENSOR
Introduction
Lighting Concept
South Façade and Grounds
Lighting Design
Atrium
Architectural Breadth: Daylight/Circulation
Lighting Design
Electrical Depth: Dual Bus System
Acknowledgements
ARCHITECTURE
LIGHTING
ELECTRICAL
Introduction
Lighting Concept
South Façade and Grounds
Lighting Design
Atrium
Architectural Breadth: Daylight/Circulation
Lighting Design
Electrical Depth: Dual Bus System
Acknowledgements
Introduction
Lighting Concept
South Façade and Grounds
Lighting Design
Atrium
Architectural Breadth: Daylight/Circulation
Lighting Design
Electrical Depth: Dual Bus System
Acknowledgements
Introduction
Lighting Concept
South Façade and Grounds
Lighting Design
Atrium
Architectural Breadth: Daylight/Circulation
Lighting Design
Electrical Depth: Dual Bus System
Acknowledgements
Introduction
Lighting Concept
South Façade and Grounds
Lighting Design
Atrium
Architectural Breadth: Daylight/Circulation
Lighting Design
Electrical Depth: Dual Bus System
Acknowledgements
Introduction
Lighting Concept
South Façade and Grounds
Lighting Design
Atrium
Architectural Breadth: Daylight/Circulation
Lighting Design
Electrical Depth: Dual Bus System
Acknowledgements
Introduction
Lighting Concept
South Façade and Grounds
Lighting Design
Atrium
Architectural Breadth: Daylight/Circulation
Lighting Design
Electrical Depth: Dual Bus System
Acknowledgements
DC Equipment
SEMINAR ROOMS | A/V EQUIPMENT
ATRIUM CORRIDORS | LED LIGHTING
Introduction
Lighting Concept
South Façade and Grounds
Lighting Design
Atrium
Architectural Breadth: Daylight/Circulation
Lighting Design
Electrical Depth: Dual Bus System
Acknowledgements
DC Bus
SEMINAR ROOMS | A/V EQUIPMENT
ATRIUM CORRIDORS | LED LIGHTING
Introduction
Lighting Concept
South Façade and Grounds
Lighting Design
Atrium
Architectural Breadth: Daylight/Circulation
Lighting Design
Electrical Depth: Dual Bus System
Acknowledgements
PV Array
Electrical Room
with AC panel
Introduction
Lighting Concept
South Façade and Grounds
Lighting Design
Atrium
Architectural Breadth: Daylight/Circulation
Lighting Design
Electrical Depth: Dual Bus System
Acknowledgements
BENEFITS OF THIS SYSTEM Minimize energy losses
Flexible layout
Cheaper fixtures
Less supplemental equipment
Safer Installation
Less installation time
DRAWBACKS OF THIS SYSTEM Voltage drop issues
Additional transfer switches
Not an industry standard
Introduction
Lighting Concept
South Façade and Grounds
Lighting Design
Atrium
Architectural Breadth: Daylight/Circulation
Lighting Design
Electrical Depth: Dual Bus System
Acknowledgements
ACKNOWLEDGEMENTS Family
AE Professors
EwingCole
All AE students, especially those in the lighting option
Introduction
Lighting Concept
South Façade and Grounds
Lighting Design
Atrium
Architectural Breath: Daylight/Circulation
Lighting Design
Electrical Depth: Dual Bus System
Acknowledgements
South Façade and Grounds
Wiring Diagram - Lutron Energi Savr Node
Wiring Diagram – Lutron XPJ Switching Control
APPENDIX
Atrium
Wiring Diagram - Lutron LOS C Series Occupancy Sensor
Wiring Diagram – Lutron XPJ Switching Control
APPENDIX
Dual Bus System
Dual Bus System
One Line Diagram – Drawing EPV.3
One Line Diagram – Drawing E0.1.2
APPENDIX
