EwingCole Stephanie Deckard | Final Thesis Presentation | - - PowerPoint PPT Presentation

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EwingCole Stephanie Deckard | Final Thesis Presentation | - - PowerPoint PPT Presentation

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Princeton Theological Seminary Library Princeton, NJ EwingCole Stephanie Deckard | Final Thesis Presentation | Lighting/Electrical Princeton Theological Seminary Library Introduction Princeton, NJ Lighting Concept South Faade and Grounds

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Stephanie Deckard | Final Thesis Presentation | Lighting/Electrical

Princeton Theological Seminary Library

Princeton, NJ

EwingCole

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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

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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

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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

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Concept

Jesus spoke to them saying:

“I am the light of the world.” John 8:12

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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

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SLIDE 7

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

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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

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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

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Stephanie Deckard Adam Karlheim

Concept

Introduction Lighting Concept South Façade and Grounds Lighting Design Atrium Architectural Breadth: Daylight/Circulation

Lighting Design Electrical Depth: Dual Bus System

Acknowledgements

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SLIDE 11

Stephanie Deckard Adam Karlheim

Concept

20 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

  • Introduction

Lighting Concept South Façade and Grounds Lighting Design Atrium Architectural Breadth: Daylight/Circulation

Lighting Design Electrical Depth: Dual Bus System

Acknowledgements

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Stephanie Deckard Adam Karlheim

Concept

Introduction Lighting Concept South Façade and Grounds Lighting Design Atrium Architectural Breadth: Daylight/Circulation

Lighting Design Electrical Depth: Dual Bus System

Acknowledgements

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SLIDE 13

Stephanie Deckard Adam Karlheim

Concept

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

  • Introduction

Lighting Concept South Façade and Grounds Lighting Design Atrium Architectural Breadth: Daylight/Circulation

Lighting Design Electrical Depth: Dual Bus System

Acknowledgements

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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

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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

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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

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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

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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

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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

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SLIDE 20

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

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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

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SLIDE 22

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

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Introduction Lighting Concept South Façade and Grounds Lighting Design Atrium Architectural Breadth: Daylight/Circulation

Lighting Design Electrical Depth: Dual Bus System

Acknowledgements

40 lux

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Introduction Lighting Concept South Façade and Grounds Lighting Design Atrium Architectural Breadth: Daylight/Circulation

Lighting Design Electrical Depth: Dual Bus System

Acknowledgements

40 lux

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Introduction Lighting Concept South Façade and Grounds Lighting Design Atrium Architectural Breadth: Daylight/Circulation

Lighting Design Electrical Depth: Dual Bus System

Acknowledgements

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SLIDE 26

Introduction Lighting Concept South Façade and Grounds Lighting Design Atrium Architectural Breadth: Daylight/Circulation

Lighting Design Electrical Depth: Dual Bus System

Acknowledgements

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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

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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

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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

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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

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Introduction Lighting Concept South Façade and Grounds Lighting Design Atrium Architectural Breadth: Daylight/Circulation

Lighting Design Electrical Depth: Dual Bus System

Acknowledgements

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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

  • Illuminance

Introduction Lighting Concept South Façade and Grounds Lighting Design Atrium Architectural Breadth: Daylight/Circulation

Lighting Design Electrical Depth: Dual Bus System

Acknowledgements

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  • 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

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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

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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

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SLIDE 36

Introduction Lighting Concept South Façade and Grounds Lighting Design Atrium Architectural Breadth: Daylight/Circulation

Lighting Design Electrical Depth: Dual Bus System

Acknowledgements

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SLIDE 37

Introduction Lighting Concept South Façade and Grounds Lighting Design Atrium Architectural Breadth: Daylight/Circulation

Lighting Design Electrical Depth: Dual Bus System

Acknowledgements

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SLIDE 38

Introduction Lighting Concept South Façade and Grounds Lighting Design Atrium Architectural Breadth: Daylight/Circulation

Lighting Design Electrical Depth: Dual Bus System

Acknowledgements

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SLIDE 39

Introduction Lighting Concept South Façade and Grounds Lighting Design Atrium Architectural Breadth: Daylight/Circulation

Lighting Design Electrical Depth: Dual Bus System

Acknowledgements

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SLIDE 40

Introduction Lighting Concept South Façade and Grounds Lighting Design Atrium Architectural Breadth: Daylight/Circulation

Lighting Design Electrical Depth: Dual Bus System

Acknowledgements

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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

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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

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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

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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

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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

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South Façade and Grounds

Wiring Diagram - Lutron Energi Savr Node Wiring Diagram – Lutron XPJ Switching Control

APPENDIX

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Atrium

Wiring Diagram - Lutron LOS C Series Occupancy Sensor Wiring Diagram – Lutron XPJ Switching Control

APPENDIX

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Dual Bus System

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Dual Bus System

One Line Diagram – Drawing EPV.3 One Line Diagram – Drawing E0.1.2

APPENDIX