Architectural Interior Lighting is an essential guide to creating well-lit, visually appealing interior spaces. The book begins with an overview of light and color theory, lighting fundamentals, and design principles. It then covers artificial, natural, decorative, and professional lighting in interior design, as well as standards and regulations, controls and systems, sustainable lighting, energy efficiency, light pollution reduction, and the use of environmentally friendly materials. With a focus on practical applications and real-world examples, this book provides readers with the tools and knowledge necessary to achieve their design goals while considering the latest trends and techniques in the field. A valuable resource for professionals and students in architecture and lighting design, it will also appeal to anyone interested in creating visually stunning and functional interior spaces.
Author(s): Gurkan Ozenen
Edition: 1
Publisher: Springer
Year: 2024
Language: English
Commentary: TruePDF | Full TOC | PDF/X-1:2001
Pages: 120
Tags: Sustainable Architecture: Green Buildings; Interior Architecture And Design; Power Electronics; Electrical Machines And Networks; Renewable And Green Energy; Sustainable Development
Preface
Summary
Contents
Author’s Biography
Chapter 1: Terms Used in Lighting
1.1 Illuminance
1.2 Luminance
1.3 Color Temperature
1.4 Color Rendering Index (CRI)
1.5 Spectral Power Distribution (SPD)
1.6 Flicker
1.7 Glare
References
Chapter 2: Light and Color Theory
2.1 Light Spectrum
2.2 Color Temperature
2.3 Color Rendering Index (CRI)
2.4 Hue, Saturation, and Brightness
2.5 Contrast
2.6 Color Psychology
References
Chapter 3: Lighting Fundamentals and Design Principles
3.1 The Lighting Triangle
3.2 Lighting Layers
3.2.1 Ambient Lighting
3.2.2 Task Lighting
3.2.3 Accent Lighting
3.3 Lighting Quality
3.4 Lighting Intensity
3.5 Color Rendering
3.6 Glare Control
3.7 Energy Efficiency
References
Chapter 4: Basic Principles of Lighting
4.1 Lighting Design
4.1.1 Energy Efficiency
4.1.2 Sustainability
4.1.3 Human Factors
4.2 Lighting Controls
4.2.1 Occupancy Sensors
4.2.2 Daylight Sensors
4.2.3 Dimmers
4.2.4 Timeclocks
4.2.5 Networked Control Systems
4.3 Lighting Standards and Regulations
4.3.1 Energy Codes
4.3.2 Safety Codes
4.3.3 Accessibility Codes
4.3.4 Environmental Codes
4.3.5 Performance Standards
References
Chapter 5: Lighting Sources Used for Interior Design
5.1 Artificial Lighting Sources
5.1.1 Halogen Bulbs
5.1.2 Fluorescent Tubes
5.1.3 Compact Fluorescent Bulbs
5.1.4 Light-Emitting Diodes (LEDs)
5.2 Use of Artificial Lighting Sources in Interior Design
5.2.1 General Lighting
5.2.2 Task Lighting
5.2.3 Accent Lighting
5.2.4 Decorative Lighting
5.3 Natural Lighting Sources
5.3.1 Direct Sunlight
5.3.2 Diffuse Skylight
5.3.3 Reflected Light
5.3.4 Daylighting Systems
5.4 Use of Natural Lighting Sources in Interior Design
5.4.1 Maximizing Daylight
5.4.2 Daylight Harvesting
5.4.3 Biophilic Design
5.4.4 Solar Shading
References
Chapter 6: Decorative Lighting for Interior Design
6.1 Chanderliers
6.1.1 Use of Chandeliers in Interior Design
6.1.2 Types of Chandeliers in Interior Design
6.2 Pendant Lights
6.2.1 Use of Pendant Lights in Interior Design
6.2.2 Types of Pendant Lights in Interior Design
6.3 Wall Sconces
6.3.1 Use of Wall Sconces in Interior Design
6.3.2 Types of Wall Scones in Interior Design
6.4 Table and Floor Lamps
6.4.1 Use of Table and Floor Lambs in Interior Design
6.4.2 Types of Table and Floor Lambs in Interior Design
6.5 LED Strip Lights
6.5.1 Use of LED Strip Lights in Interior Design
6.5.2 Types of LED Strip Lights in Interior Design
6.6 Dimmers
6.6.1 Incandescent/Halogen Dimmers
6.6.2 Magnetic Low-Voltage Dimmers
6.6.3 Electronic Low-Voltage Dimmers
6.6.4 LED Dimmers
References
Chapter 7: Professional Lighting for Interior Design
7.1 High-Quality Lighting Fixtures
7.2 Layered Lighting
7.3 Lighting Controls
7.4 Color Temperature Control
7.5 Lighting Calculations
7.5.1 Lumen Method
7.5.2 Point-by-Point Method
7.5.3 Zonal Cavity Method
7.5.4 Daylighting Calculations
References
Chapter 8: Lighting Controls and Systems
8.1 On/Off Switches
8.2 Dimmer Switches
8.3 Occupancy Sensors
8.4 Daylight Sensors
8.5 Timers
8.6 Lighting Control Panels
8.7 Building Automation Systems (BAS)
8.8 Centralized Lighting Control Systems
8.9 Wireless Lighting Control Systems
8.10 Internet of Things (IoT)-Enabled Lighting Control Systems
8.11 Software-Based Lighting Control Systems
8.12 Emergency Lighting Control Systems
8.12.1 Self-Contained Emergency Lighting Control Systems
8.12.2 Centralized Emergency Lighting Control Systems
8.12.3 Self-Contained and Centralized Combination Systems
8.12.4 Exit Signs
8.12.5 Emergency Lights
8.12.6 Exit Signs and Emergency Lights Combination Systems
8.13 Energy Management Systems (EMS) for Lighting
8.14 Light-Emitting Diode (LED) Drivers and Controllers
8.15 Smart Lighting Systems with Voice and/or Motion Control
References
Chapter 9: Sustainable Lighting Design
9.1 Energy Efficiency
9.2 Use of Renewable Energy
9.3 Daylight Harvesting
9.3.1 Fenestration Design
9.3.2 Light Shelves
9.3.3 Light Tubes
9.3.4 Reflective Surfaces
9.3.5 Daylight Sensors
9.4 Light Pollution Reduction
9.5 Use of Environmentally Friendly Materials
9.5.1 LED Lights
9.5.2 Natural Materials
9.5.3 Recycled Materials
9.5.4 Low VOC Paints
9.5.5 Energy-Efficient Ballasts
9.6 Long Lifespan
9.7 Lighting Controls
9.7.1 Dimming and Occupancy Sensors
9.8 Human-Centric Lighting (HCL)
9.8.1 Dynamic Lighting
9.8.2 Personalization
9.8.3 Task-Based Lighting
9.8.4 Flicker-Free Lighting
9.8.5 Glare Reduction
9.8.6 Integration with Other Systems
9.8.7 Energy Efficiency
9.9 Maintenance and Serviceability
References
Index
