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  • Formaat: 300 pages
  • Ilmumisaeg: 17-Dec-2020
  • Kirjastus: CRC Press Inc
  • Keel: eng
  • ISBN-13: 9788770222990

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This book provides an overview of the basic concepts of quality, indoor lighting, and explains concepts like visual comfort, visual interest, and integrated design as they relate to the practice of lighting design. Energy-efficient lighting technologies, including LED lighting and digital control systems, and design strategies that increase visual comfort and productivity are discussed in plain language, and examined in a straightforward way to give the reader, whether an architect, interior designer, engineer, building trades professional, or student a broad understanding of the art and science of energy-efficient quality lighting.

Acknowledgments ix
Introduction xi
PART I QUALITY LIGHTING
1(44)
Chapter 1 What is Lighting Design
3(8)
Chapter 2 Understanding Light (Luminance, Illuminance, & Lumens)
11(4)
Lumens & Candelas
11(2)
Illuminance & Luminance
13(2)
Chapter 3 Glare & Contrast
15(14)
If there's so much light, why can't I see a thing?
15(1)
It's All Relative
15(1)
The Glare Zone
16(2)
Luminous Intensity
18(8)
The Luminance Factor
26(2)
Minimizing Glare---It's not just about the lighting
28(1)
Chapter 4 Visual Comfort & Visual Interest
29(12)
What is Visual Comfort & Visual Interest?
29(1)
The Obsession with Horizontal Footcandles
30(2)
Visual Comfort & Visual Interest: How do we get there?
32(3)
Luminance Ratios
35(3)
Luminance Ratios & Daylight
38(3)
Chapter 5 Color & Light
41(4)
Color Temperature
41(2)
CRI & Color Quality
43(2)
PART II HOW MUCH LIGHT DO WE NEED & WHERE DO WE NEED IT?
45(36)
Chapter 6 Lighting + Space: Calculating the Results
47(18)
Avoiding the tendency to over-light
47(1)
The results of our lighting depends on more than our lighting
47(3)
Choosing a Calculation Method
50(1)
Inverse Square Law
51(1)
Zonal Cavity Method
52(4)
Computer-Based Calculations
56(9)
IES Files
58(1)
Radiosity & Ray Tracing
59(6)
Chapter 7 Target Illuminance Levels
65(8)
How much is enough?
65(1)
A Moving Target
66(3)
Recommendations for Today
69(4)
Chapter 8 Task Lighting
73(8)
Getting the light where it's needed
73(2)
Localized General Lighting
75(3)
Furniture-mounted Task-Ambient Systems
78(3)
PART III SUSTAINABILITY & ELECTRIC LIGHTING SOURCES
81(52)
Chapter 9 Choosing Lamp Types & Sources
83(6)
Design Factors
83(1)
Luminous Efficacy
84(1)
Color Quality
84(2)
Life Cycle Assessment (LCA)
86(3)
Chapter 10 Lamps, Source Types & Relative Photometry
89(22)
Incandescent Lamps
89(2)
Halogen Lamps
91(2)
Metal Halide Lamps
93(2)
Sodium Vapor Lamps
95(1)
Fluorescent Lamps
95(7)
Ballast Factor & Ballast Efficiency Factor
97(3)
Formats & Efficacies
100(1)
High Performance T8 Systems
101(1)
Self-ballasted Compact Fluorescent Lamps
102(1)
Magnetic Induction Lamps
102(4)
Light Emitting Diodes
106(1)
Sources, Applications & Fixture Efficiency
107(1)
Relative Photometry
108(3)
Chapter 11 LED (SSL) Lighting
111(22)
What is an LED?
111(1)
Color Mixing & White Light
112(1)
Applications for RGB LEDs
113(1)
High Brightness White LEDs
114(1)
LED Light Engines
115(1)
Color Consistency
116(1)
Thermal Management
117(1)
LED Performance & Lifetime (L70)
118(2)
Absolute Photometry & The Luminous Efficacy of LED Luminaires
120(2)
New Photometry, New Standards
122(2)
LCA & Modularity
124(3)
LED Replacement Lamps
127(4)
Lumen Distribution & LEDs (a natural fit for a sustainable design strategy)
131(2)
PART IV SUSTAINABLE APPLICATIONS: DAYLIGHTING & LIGHTING CONTROLS
133(56)
Chapter 12 Daylighting
135(10)
What is Daylighting?
135(1)
Effective Illumination
136(3)
Architectural Daylighting Treatments
139(6)
Chapter 13 Lighting Controls
145(44)
The Case for Enhanced Lighting controls
145(4)
Daylight Harvesting
149(9)
Occupancy Sensors & Vacancy Sensors
158(4)
Fluorescent Lamps and Occupancy Sensors
162(1)
Time-of-day Controls
163(2)
Load Shedding
165(2)
Continuous Dimming & Step Dimming
167(3)
Lighting Controls, Ballasts, Drivers & Sources
170(4)
Low-voltage Control Systems & Protocols
174(9)
Analog Controls
174(4)
Digital Distributed Controls
178(5)
Wireless Controls
183(3)
Dimming Ballast and Driver Performance
186(3)
PART V BUILDING GREEN
189(26)
Chapter 14 Model Codes, Code-Language Standards & Energy Codes
191(12)
Model Codes
191(3)
ANSI/ASHRAE/IESNA 90
194(6)
COMcheck & REScheck
200(1)
California's Title 24
201(2)
Chapter 15 Paths to High Performance Green Buildings: Advocacy Groups, Advanced Energy Design Guides, Green Construction Codes & Green Building Rating Systems
203(12)
The 2030 Challenge & Zero Net Energy Buildings
203(2)
ASHRAE Design Guides & Energy Star
205(2)
Green Building Rating Systems
207(5)
Green Building Standards & Green Model Construction Codes
212(3)
Appendix A Color Illustrations 215(6)
Appendix B Lighting Calculations & Calculation Software 221(9)
Appendix C Resources 230(7)
Index 237
Michael Stiller (Author)