First published in 2004. Green Lights lighting specialist Damon Wood takes you step-by-step through upgrading a lighting system, in either a retrofit or complete redesign scenario, for the purpose of increasing both energy efficiency and productivity. This guide is designed for use by anyone who needs to understand the principles of lighting and light's impact on conservation, productivity and safety. Readers will find valuable discussion of lighting quality, upgrade strategies, applications, technologies, economics, maintenance, project implementation and methods for assessing specific opportunities. This fully illustrated guide addresses these issues in lay terms and in an easy-to-understand, logical style.

Green Lights lighting specialist Damon Wood takes you step-by-step through upgrading a lighting system, in either a retrofit or complete redesign scenario, for the purpose of increasing both energy efficiency and productivity. This guide is designed for use by anyone who needs to understand the principles of lighting and light's impact on conservation, productivity and safety. Readers will find valuable discussion of lighting quality, upgrade strategies, applications, technologies, economics, maintenance, project implementation and methods for assessing specific opportunities. This fully illustrated guide addresses these issues in lay terms and in an easy-to-understand, logical style.

Introductory technical guidance for electrical engineers interested in lighting upgrades for buildings to improve energy efficiency and lighting quality. Here is what is discussed: 1. INTRODUCTION 2. THE IMPORTANCE OF LIGHT 3. A WHOLE-SYSTEM APPROACH 4. LIGHTING DESIGN 5. USE EFFICIENT LIGHT SOURCES 6. USE EFFICIENT LUMINAIRES 7. AUTOMATICALLY CONTROL LIGHTING 8. DIMMING CONTROLS 9. COMMISSIONING ENSURES THE BENEFITS OF LIGHTING CONTROLS 10. BUILD IN AN OPERATIONS AND MAINTENANCE PLAN 11. SUMMARY 12. BIBLIOGRAPHY.

Introductory technical guidance for electrical engineers and other professional engineers and construction managers interested in lighting upgrades for buildings. Here is what is discussed: 1. INTRODUCTION, 2. THE IMPORTANCE OF LIGHT, 3. A WHOLE-SYSTEM APPROACH, 4. LIGHTING DESIGN, 5. USE EFFICIENT LIGHT SOURCES, 6. USE EFFICIENT LUMINAIRES, 7. AUTOMATICALLY CONTROL LIGHTING, 8. DIMMING CONTROLS, 9. COMMISSIONING ENSURES THE BENEFITS OF LIGHTING CONTROLS, 10. BUILD IN AN OPERATIONS AND MAINTENANCE PLAN, 11. SUMMARY, 12. BIBLIOGRAPHY.

Introductory technical guidance for electrical engineers interested in lighting upgrades to improve energy efficiency in buildings. Here is what is discussed: 1. INTRODUCTION 2. THE IMPORTANCE OF LIGHT 3. A WHOLE-SYSTEM APPROACH 4. LIGHTING DESIGN 5. USE EFFICIENT LIGHT SOURCES 6. USE EFFICIENT LUMINAIRES 7. AUTOMATICALLY CONTROL LIGHTING 8. DIMMING CONTROLS 9. COMMISSIONING ENSURES THE BENEFITS OF LIGHTING CONTROLS 10. BUILD IN AN OPERATIONS AND MAINTENANCE PLAN 11. SUMMARY 12. BIBLIOGRAPHY.

Code-compliant building materials and equipment will typically have a lower initial cost; however, the lifetime energy savings of the high efficiency equipment will often justify the upfront cost premium and result in a more cost-effective solution. Energy Savings Calculations for Commercial Building Energy Efficiency Upgrades assists energy professionals, contractors, building owners, and managers in developing energy savings estimates that can facilitate a quick assessment of the potential energy savings that might be realized when replacing existing building components with the highest efficiency equipment. It also provides algorithms to estimate greenhouse gas emission reductions that may be achieved by building energy efficiency upgrades and the impact these upgrades can have on building electrification-decarbonization projects. This book: Focuses on the development of energy savings estimates based upon a whole building’s energy consumption and the energy consumption associated with building end-uses such as space heating, space cooling, ventilation, lighting, and so forth. Includes over 70 illustrative examples using algorithms to demonstrate how energy savings and greenhouse gas emission reductions may be estimated utilizing different strategies and equipment.

The ultimate guide to the retrofitting of lighting for greater efficiency and performance Retrofitting outdated energy-guzzling lighting components with green energy-saving alternatives is a process that promotes sustainability and offers significant benefits for businesses, contractors, and the community at large. Not only can retrofitting improve the overall quality and functionality of light, it also can make spaces safer, easier and less costly to maintain, and more comfortable to inhabit. From lighting technology to retrofit financial analysis, Lighting Retrofit and Relighting evaluates the latest lighting system types, then demonstrates how to apply them for the greatest functional and cost-saving benefit. This book: Discusses the recent advances in lighting equipment and retrofittable controls, for both interior and outdoor use Explains how to do a lighting audit to identify and evaluate logical retrofit choices Includes case studies of retrofits, illustrating improvements in the quality and efficacy of new lighting Demonstrates how cost savings realized over time can not only pay for new equipment but produce a return on the investment Lighting Retrofit and Relighting serves as an ideal reference for students or professionals—whether they are energy auditors, designers, installers, facilities managers, or manufacturers—by taking a close look at the most current lighting technology illuminating pathways toward a brighter future.