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This atlas is a comprehensive guide to energy-efficient lighting, covering both design and technology fundamentals. It presents a "systems approach" to lighting design, and characterizes the existing stock of lighting technology, with descriptions of available and emerging energy-efficient alternatives. Technologies covered include incandescent, fluorescent, and HID lighting systems, along with daylighting, controls, reflectors, and specialty products. Market trends and the energy impact of lighting are detailed, as well as implementation issues such as economics, maintenance, and the environmental impacts of lamp and ballast recycling. The atlas also offers practical tips for lighting installers and facility personnel, as well as a resource section with extensive product lists, a guide to available software, and a glossary.
- 1 Basic Concepts< (86k)
- 1.1 Mine the Mother Load First
1.2 Start with the Task
1.3 Go Beyond Efficiency
1.4 Think Systems
1.5 Stay Up to Date
- 2 Lighting for People (163k)
- 2.1 Lighting Design Basics
2.2 Measuring Light
- 3 Connections (245k)
- 3.1 Lighting System Integration
3.2 Effects on Other Building Systems
3.3 Environmental Issues
3.4 Lighting and Health
3.5 Lighting and Productivity
- 4 End-Use and Market Data (195k)
- 4.1 Energy Use
4.2 Peak Demand
4.3 Lighting Operating Hours
4.4 Lamp Production and Installed Base
4.5 Trends in Ballast Shipments
- 5 Daylighting (94k)
- 5.1 Daylighting Design Approaches
5.2 Energy Savings and Demand Reduction
5.3 Glazing Selection
5.4 Redirecting Daylight
5.5 Controls for Daylight Dimming
- 6 Incandescent Lighting (202k)
- 6.1 Incandescent Lamp Technology
6.2 Incandescent Improvements
6.3 Applications
6.4 Economics
6.5 Modifications to Standard Incandescent Lighting
6.6 Utility Considerations
- 7 Full-sized Fluorescent Lighting (182k)
- 7.1 Fluorescent Lamps
7.2 Ballasts and Power Supplies
7.3 Fluorescent Fixtures
- 8 Compact Fluorescent Lamp Technologies (319k)
- 8.1 Understanding the Basics
8.2 Applications and Economics
8.3 Efficacy
8.4 Light Output
8.5 Ballasts and Power Quality
8.6 Lifetime
8.7 Dimming
8.8 CFL Fixtures
8.9 CFL Partnerships and Programs
- 9 High-Intensity Discharge Lighting (343k)
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- 9.1 Mercury-Vapor Lamps
9.2 Metal-Halide Lamps
9.3 Sodium Lamps
9.4 HID Lamp Issues
9.5 HID Ballasts
9.6 HID Retrofits
- 10 Other Lighting Sources (185k)
- 10.1 Light-Emitting Diodes
10.2 Organic Light-Emitting Diodes
10.3 Photoluminescence
10.4 Electroluminescence
10.5 Radioluminescence
10.6 High-Frequency, Induction-Coupled Fluorescence Lamps
10.7 Sulfur Lighting
- 11 Lighting Controls (189k)
- 11.1 On-Off Controls
11.2 Dimming Controls
- 12 Lighting Maintenance (215k)
- 12.1 Design for Maintenance
12.2 Maintenance Considerations for Specific Lighting Technologies
12.3 Training
12.4 Cleaning
12.5 Spot Versus Group Relamping
12.6 Purchasing and Inventory Control
- Appendices (124k)
- A: Software for Energy-Efficient Lighting
B: EPA Energy Star Specifications for CFLs and Residential Light Fixtures
C: Summary: Lighting Provisions of ASHRAE 90.1 Standard
D: Directory of Lighting-Related Organizations
E: Glossary
Index
TALA-05, April 2005, 432 pages
For more information on the E Source Technology Atlases, call 303-444-7788 or e-mail us at esource@esource.com.
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