This document discusses how businesses can increase their energy efficiency and profitability through lighting upgrades. It notes that lighting accounts for around 40% of commercial building electricity usage. Various lighting technology options are presented, along with their energy savings potential and other benefits compared to traditional incandescent and fluorescent lighting. Specific retrofit strategies and examples for warehouses, offices, and other commercial spaces aim to illustrate how lighting upgrades can significantly reduce electricity costs and quickly pay for themselves through energy savings.
Greening The Balance Sheet Lehigh Valley Energy And Environmental Conferenc...kevinbak
The document summarizes a presentation given at the 2010 Lehigh Valley Energy and Environmental Conference titled "Greening the Balance Sheet: Refitting Industrial Lighting". It discusses how changes in energy sources, electricity deregulation, higher power prices, and advances in lighting technology have created opportunities for retrofitting lighting solutions. Specifically, it outlines how upgrading older fluorescent and incandescent lighting to more efficient T5 fluorescent and LED lighting can significantly reduce energy costs and pay for itself within 2 years through savings.
The document discusses the future of lighting and LED technology. It provides an overview of different lighting types and the technology revolution in lighting. It describes the benefits of LEDs like efficiency, longevity, durability, and lack of mercury. It explains how LEDs work and can be used in homes, with examples like recessed lighting, accent lighting, and reading lights. It envisions the future of optimized LED lighting systems and developments like OLEDs.
This presentation discusses energy efficient LED lighting products from Minda NexGenTech Ltd. It notes that LED lights consume 30-50% less electricity than traditional lights and have significant savings in operation and maintenance. LED lights do not contain mercury or emit hazardous chemicals. The presentation provides technical specifications and benefits of LED street lights, home lighting systems, and lights for corporate use. It highlights opportunities to reduce energy consumption and costs by replacing existing lighting with LED options and using LEDs in new buildings. Customers of Minda NexGenTech are also mentioned.
Lighting is a major component of electrical energy consumption in commercial buildings.With increases in energy costs, there is a growing need for efficient, cost-effective lighting options. At this workshop, Cheryl Allen of Green Planet Lighting will display modern lighting alternatives to control operational costs and deliver more sustainable solutions.
ElectroMagnetic Induction from Advanced NRG SolutionsADHenderson
Advanced NRG Solutions and LVD work together to provide energy saving lighting solutions. Advanced NRG Solutions is a consulting firm that represents manufacturers like LVD. LVD is a lighting company that produces long-lasting induction lamps with higher efficiency than LEDs. Case studies show induction lamps from LVD provide better lighting than high pressure sodium lamps while reducing energy costs by over 50% for applications like street lights and industrial lighting.
The document describes the watt beater LED replacement lamp for outdoor floodlights. It uses 7W of power but provides the light output of a 500W halogen lamp, saving 98% in energy. It has a payback period of under 1 year compared to using halogen lamps based on lower electricity costs. The LED lamp is designed to directly replace halogen lamps and provide cool white light with high efficiency of 74 lumens per watt for over 50,000 hours of operation.
The document describes several solar powered lighting and electrical products including solar lanterns, home lighting systems, street lights, water pumps, and more. It provides specifications for each product including solar panel wattage, battery type and capacity, lamp type and duration, and other technical details. The products are presented as affordable, portable, and reliable off-grid energy solutions powered by solar energy.
Led street lights manual - Lighting Orientrainmist
The document discusses several LED street light models that provide energy savings benefits. The lights have high brightness of 100 lumens per watt, long lifespans of up to 50,000 hours, robust designs that are shock and vibration resistant, and are eco-friendly as they do not contain harmful materials. They can save 50-70% on electricity costs compared to traditional street lights and have a power factor over 95%.
Greening The Balance Sheet Lehigh Valley Energy And Environmental Conferenc...kevinbak
The document summarizes a presentation given at the 2010 Lehigh Valley Energy and Environmental Conference titled "Greening the Balance Sheet: Refitting Industrial Lighting". It discusses how changes in energy sources, electricity deregulation, higher power prices, and advances in lighting technology have created opportunities for retrofitting lighting solutions. Specifically, it outlines how upgrading older fluorescent and incandescent lighting to more efficient T5 fluorescent and LED lighting can significantly reduce energy costs and pay for itself within 2 years through savings.
The document discusses the future of lighting and LED technology. It provides an overview of different lighting types and the technology revolution in lighting. It describes the benefits of LEDs like efficiency, longevity, durability, and lack of mercury. It explains how LEDs work and can be used in homes, with examples like recessed lighting, accent lighting, and reading lights. It envisions the future of optimized LED lighting systems and developments like OLEDs.
This presentation discusses energy efficient LED lighting products from Minda NexGenTech Ltd. It notes that LED lights consume 30-50% less electricity than traditional lights and have significant savings in operation and maintenance. LED lights do not contain mercury or emit hazardous chemicals. The presentation provides technical specifications and benefits of LED street lights, home lighting systems, and lights for corporate use. It highlights opportunities to reduce energy consumption and costs by replacing existing lighting with LED options and using LEDs in new buildings. Customers of Minda NexGenTech are also mentioned.
Lighting is a major component of electrical energy consumption in commercial buildings.With increases in energy costs, there is a growing need for efficient, cost-effective lighting options. At this workshop, Cheryl Allen of Green Planet Lighting will display modern lighting alternatives to control operational costs and deliver more sustainable solutions.
ElectroMagnetic Induction from Advanced NRG SolutionsADHenderson
Advanced NRG Solutions and LVD work together to provide energy saving lighting solutions. Advanced NRG Solutions is a consulting firm that represents manufacturers like LVD. LVD is a lighting company that produces long-lasting induction lamps with higher efficiency than LEDs. Case studies show induction lamps from LVD provide better lighting than high pressure sodium lamps while reducing energy costs by over 50% for applications like street lights and industrial lighting.
The document describes the watt beater LED replacement lamp for outdoor floodlights. It uses 7W of power but provides the light output of a 500W halogen lamp, saving 98% in energy. It has a payback period of under 1 year compared to using halogen lamps based on lower electricity costs. The LED lamp is designed to directly replace halogen lamps and provide cool white light with high efficiency of 74 lumens per watt for over 50,000 hours of operation.
The document describes several solar powered lighting and electrical products including solar lanterns, home lighting systems, street lights, water pumps, and more. It provides specifications for each product including solar panel wattage, battery type and capacity, lamp type and duration, and other technical details. The products are presented as affordable, portable, and reliable off-grid energy solutions powered by solar energy.
Led street lights manual - Lighting Orientrainmist
The document discusses several LED street light models that provide energy savings benefits. The lights have high brightness of 100 lumens per watt, long lifespans of up to 50,000 hours, robust designs that are shock and vibration resistant, and are eco-friendly as they do not contain harmful materials. They can save 50-70% on electricity costs compared to traditional street lights and have a power factor over 95%.
Solar lighting provides a cost-effective alternative to grid-connected lighting for pathways and trails. Solar lights can be installed at a lower cost than trenching, wiring, and connecting to the electrical grid. They also avoid environmental impacts from installing underground infrastructure. Solar lights are powered by the sun and produce no greenhouse gases. They provide safety and security for trails at night without requiring electrical service or equipment.
Solar lighting systems are an economic choice for parking lot lighting that saves on both installation and ongoing electrical costs compared to grid-connected lighting. Solar lights are easy to install without trenching or wiring and provide reliable light every night using integrated battery backups. For the example campus parking lot, a solar lighting solution would save over $46,000 in installation and annual electrical costs compared to grid-connected lighting.
Stonco is proud to unveil our brand new LED site lighting package featuring Philips LifeLED Technology. Our package includes a collection of architectural area lights, wall mounted sconces and ceiling mounted parking garage and canopy luminaires.
An LED is a device that emits light when electrically biased. Similar to any electronic component, LEDs also have electrical parameters that need to be taken into consideration when designed into a system.
Sourcetec is a Canadian engineering company that has designed, manufactured, installed, and maintained solar solutions since 1993. They provide solar street lamps as a reliable, efficient alternative to grid-connected street lights. Solar street lamps have significant benefits over traditional lights, including zero annual energy costs and maintenance requirements that are half the cost. A financial comparison of solar street lamps versus grid-connected high pressure sodium lamps found that the solar option had lower total cost of ownership over 10 years due to energy and maintenance savings.
Solid state lighting science and led theory of operation december 2010davidiancox
The document provides an introduction to LED technology, covering basic concepts, theory of operation, materials used, types of LED packages, color binning, reliability, and performance factors. It discusses the history of lighting technologies and how LEDs are poised to become the most efficient light source. Key engineering tradeoffs in designing LED luminaires include thermal management, driver design, and optical design.
The document is an advertisement for AEI Lighting, which provides induction and fluorescent lighting solutions. It summarizes their product offerings, which include T5, T8, and induction lighting fixtures for various applications like retail, cold storage, vapor tight, high bays, canopies, cobraheads, wallpacks, and more. It highlights the key benefits of induction lighting such as 100,000 hour life, high efficiency, low heat generation, and zero maintenance costs.
Cgls Presentation Induction & Led Lighting And The Environment 2011RichardBosteder
This document discusses how induction and LED lighting can reduce environmental impact in several ways: by saving energy, reducing CO2 emissions from lower energy consumption, reducing materials and mercury consumption compared to other lighting types, and reducing recycling issues. It provides details on energy savings from higher electrical conversion efficiency and secondary reductions from lower thermal loads and ability for on-demand usage.
MHA Lighting produces LED lighting using patented waveguide technology. This allows their lights to use less energy than competitors while providing high quality light output. Their catalogue showcases their award-winning product ranges like C Lite, DownLite, and LB Lite that offer long-term reliability and energy savings. Potential customers can calculate how much energy and costs they can reduce by switching to MHA Lighting's LED replacements for fluorescent tubes.
Christian Merz Osram Initiatives In Developing Countries Sep09CSCP
OSRAM developed strategic initiatives to address sustainability and access to lighting in developing countries. These included supporting extended producer responsibility globally, partnering with UNEP on a market transformation project, utilizing CDM mechanisms under the Kyoto Protocol to fund LED distribution projects in India, and piloting an off-grid lighting project in Africa that provides affordable LED lanterns and batteries through solar-powered "energy hubs". The initiatives aim to reduce energy usage, CO2 emissions, and costs while improving access to efficient lighting for more people worldwide.
Danny Parker discusses his experience retrofitting his home in Cocoa Beach, Florida to achieve near zero net energy use. The home was originally built in 1958 with uninsulated construction and used about 20,000 kWh per year. Parker implemented various energy efficiency upgrades over 20 years like adding insulation, sealing ducts, installing solar panels, and switching to more efficient appliances and lighting. These retrofits reduced the home's energy use by over 99% and it now produces nearly as much energy as it uses through a 4.1 kW solar photovoltaic system. Parker details the costs of the retrofits and the resulting savings on his utility bills. He advocates that others can achieve similar results through incremental efficiency upgrades and on-
The new 2008 Title-24 Building Efficiency Standards became effective January 1, 2010. One of the most sweeping changes involve residential indoor and outdoor lighting requirements, particularly kitchen lighting and the new adoption of ASHRAE 62.2 indoor air quality code.
Kitchen Lighting, Title-24
New restrictions, control requirements, high efficacy fixture requirements and incandescent allowances, and interior lighting worksheets will add an additional layer of complexity to residential lighting design. This class will bring you up to speed on the new changes and address the underlying principles, calculation methods, strategies to assist you in complying with the new code changes and take you step by step thru the new CF-6R-LTG-1 lighting certificate of installation which must be filled out before the final certificate of occupancy will be issued.
Kitchen Lighting, Title-24
You will also understand which fixtures will comply as high efficacy (not all LED fixtures are certified as high efficacy), the lighting control requirements for each room type and the new fixture and control requirements for residential outdoor lighting.
Title-24, Title-24
California has now adopted the requirements of ASHRAE 62.2-2007 which means that starting January 1, 2010, all low-rise residential buildings are required to install whole house mechanical ventilation and satisfy other requirements to achieve acceptable indoor air quality. Openable windows will no longer be an acceptable method for satisfying outdoor air requirements. This will involve calculations for determining the minimum ventilation cfm and designing a system to provide the necessary airflow with proper controls. You will learn the proper method for determining ventilation airflow, strategies for designing a cost effective ventilation system, and how to fill out the new ventilation Certificate of Installation.
Kitchen Lighting, Title-24
Learn from one of the leading experts in California’s Title-24 Building Efficiency Standards (Title-24), Mark Madison, a state certified Energy Plans Examiner and Certified Energy Analyst, HERS rater, Greenpoint rater with over 25 years experience with building energy code compliance analysis, enforcement and training.
Cree is a leading manufacturer of LED lighting technologies. They have driven down the cost of LED lighting through improvements in LED chip, package, and phosphor technologies that have increased LED efficacy and lumen output over time. Cree offers a range of LED products from discrete LEDs to integrated arrays suited for different lighting applications. Proper binning of LEDs by color point and flux ensures quality and consistency of light output.
Latest Developments in Light Sources and Control EquipmentEngineers Australia
Peter Portelli discusses the latest developments in light sources and control equipment from OSRAM Australia. OSRAM activities span general lighting, automotive lighting, ballasts and luminaires, display/optic light sources, opto semiconductors, LED systems, production machinery, and production management and components (PM&C). Present trends prioritize smaller luminaires, energy efficiency, lighting controls, and color quality. Influences include bans on incandescent lamps and regulations on efficiency. New technologies discussed include LEDs, compact fluorescents, high-intensity discharge lamps, and control gear developments.
The document discusses replacing traditional street lighting with solar LED lighting. It introduces Visionary Lighting and Energy, a social enterprise focused on bringing renewable energy and LED lighting technologies to developing countries. Solar LED street lighting systems are presented as an energy efficient and low maintenance alternative to traditional street lights. Calculations show the solar LED lights can reduce energy consumption by over 60% and pay for themselves within 2 years, while also reducing carbon emissions.
Alexander Dennis presentation on hybrid buseshybriduserforum
The document summarizes a hybrid bus users forum discussing hybrid bus technology. It provides an overview of hybrid bus benefits including lower emissions and better fuel economy compared to conventional buses. It also discusses some customer concerns about hybrid buses such as added costs. The document outlines the key components of a hybrid bus and summarizes the performance of ADL hybrid buses, including over 3.5 million hybrid miles completed and over 633,000 liters of fuel saved to date. It concludes by discussing next steps such as developing a hybrid-only Enviro 350 model and potential future government subsidies to support hybrid bus adoption.
This document discusses pool lighting and ornamental features, including:
- LED lighting systems such as LumiPlus, Jelly, and mini LED lights that provide programmable color lighting and require transformers or control units.
- Underwater lights for pools made of different materials that can be installed in niches or without niches.
- Niches for concrete, liner, and panel pools to install lights.
- Ornamental water features like fountains and musical water systems.
The document summarizes an LED lighting installation project at an EP Field Subang facility in the Jawa region of Indonesia. It found that replacing 103 traditional lights with LED lights reduced total energy usage by 59% and saved 7,456 watts. Specifically replacing 30 street lights saved 5,656 watts (62% savings) and replacing 73 indoor/outdoor flood lights and area lights saved 4,919 watts (55% savings). The project is expected to save a total of 10,575 watts (58% savings) through the LED installation.
This document discusses lighting considerations for parking structures. It evaluates lighting and economic factors in two sections. For lighting, it poses three questions: what is the task being lit, what are the required light levels, and what environmental factors affect the space? The task is ensuring safety and security through proper light levels as defined by industry standards. Light source selection must account for factors like temperature and vibration. Economically, the total cost of ownership over the system life includes energy efficiency through luminaire and control choices, as well as operational efficiency through maintenance costs.
Toolkit English Final Low Carbon LifestyleJanak Shah
This document provides a trainer's guide to promoting low carbon lifestyles. It aims to educate individuals on small changes they can make in their everyday lives to reduce greenhouse gas emissions and save money. The guide offers practical tips people can adopt related to appliances, transport, paper, water, and other areas. It includes data on India and estimates the carbon dioxide and cost savings from individual actions. The goal is for millions of individuals making positive lifestyle changes to significantly contribute to a more sustainable environment and economy.
This document compares different types of lighting sources, including LED, incandescent, fluorescent, sodium vapor, and metal halide lamps. It discusses their working principles, efficiencies, color temperatures, lifetimes, and applications. The key points are:
1. LED lamps have the highest efficacy ranging from 45-150 lumens/watt and longest lifetime of 25,000-30,000 hours. They produce light through electroluminescence and are directional, compact, and resistant to breaking and vibration.
2. Fluorescent lamps have efficacies of 80-90 lumens/watt and lifetimes of 7,000-15,000 hours. They work by passing electricity through gases to
Solar lighting provides a cost-effective alternative to grid-connected lighting for pathways and trails. Solar lights can be installed at a lower cost than trenching, wiring, and connecting to the electrical grid. They also avoid environmental impacts from installing underground infrastructure. Solar lights are powered by the sun and produce no greenhouse gases. They provide safety and security for trails at night without requiring electrical service or equipment.
Solar lighting systems are an economic choice for parking lot lighting that saves on both installation and ongoing electrical costs compared to grid-connected lighting. Solar lights are easy to install without trenching or wiring and provide reliable light every night using integrated battery backups. For the example campus parking lot, a solar lighting solution would save over $46,000 in installation and annual electrical costs compared to grid-connected lighting.
Stonco is proud to unveil our brand new LED site lighting package featuring Philips LifeLED Technology. Our package includes a collection of architectural area lights, wall mounted sconces and ceiling mounted parking garage and canopy luminaires.
An LED is a device that emits light when electrically biased. Similar to any electronic component, LEDs also have electrical parameters that need to be taken into consideration when designed into a system.
Sourcetec is a Canadian engineering company that has designed, manufactured, installed, and maintained solar solutions since 1993. They provide solar street lamps as a reliable, efficient alternative to grid-connected street lights. Solar street lamps have significant benefits over traditional lights, including zero annual energy costs and maintenance requirements that are half the cost. A financial comparison of solar street lamps versus grid-connected high pressure sodium lamps found that the solar option had lower total cost of ownership over 10 years due to energy and maintenance savings.
Solid state lighting science and led theory of operation december 2010davidiancox
The document provides an introduction to LED technology, covering basic concepts, theory of operation, materials used, types of LED packages, color binning, reliability, and performance factors. It discusses the history of lighting technologies and how LEDs are poised to become the most efficient light source. Key engineering tradeoffs in designing LED luminaires include thermal management, driver design, and optical design.
The document is an advertisement for AEI Lighting, which provides induction and fluorescent lighting solutions. It summarizes their product offerings, which include T5, T8, and induction lighting fixtures for various applications like retail, cold storage, vapor tight, high bays, canopies, cobraheads, wallpacks, and more. It highlights the key benefits of induction lighting such as 100,000 hour life, high efficiency, low heat generation, and zero maintenance costs.
Cgls Presentation Induction & Led Lighting And The Environment 2011RichardBosteder
This document discusses how induction and LED lighting can reduce environmental impact in several ways: by saving energy, reducing CO2 emissions from lower energy consumption, reducing materials and mercury consumption compared to other lighting types, and reducing recycling issues. It provides details on energy savings from higher electrical conversion efficiency and secondary reductions from lower thermal loads and ability for on-demand usage.
MHA Lighting produces LED lighting using patented waveguide technology. This allows their lights to use less energy than competitors while providing high quality light output. Their catalogue showcases their award-winning product ranges like C Lite, DownLite, and LB Lite that offer long-term reliability and energy savings. Potential customers can calculate how much energy and costs they can reduce by switching to MHA Lighting's LED replacements for fluorescent tubes.
Christian Merz Osram Initiatives In Developing Countries Sep09CSCP
OSRAM developed strategic initiatives to address sustainability and access to lighting in developing countries. These included supporting extended producer responsibility globally, partnering with UNEP on a market transformation project, utilizing CDM mechanisms under the Kyoto Protocol to fund LED distribution projects in India, and piloting an off-grid lighting project in Africa that provides affordable LED lanterns and batteries through solar-powered "energy hubs". The initiatives aim to reduce energy usage, CO2 emissions, and costs while improving access to efficient lighting for more people worldwide.
Danny Parker discusses his experience retrofitting his home in Cocoa Beach, Florida to achieve near zero net energy use. The home was originally built in 1958 with uninsulated construction and used about 20,000 kWh per year. Parker implemented various energy efficiency upgrades over 20 years like adding insulation, sealing ducts, installing solar panels, and switching to more efficient appliances and lighting. These retrofits reduced the home's energy use by over 99% and it now produces nearly as much energy as it uses through a 4.1 kW solar photovoltaic system. Parker details the costs of the retrofits and the resulting savings on his utility bills. He advocates that others can achieve similar results through incremental efficiency upgrades and on-
The new 2008 Title-24 Building Efficiency Standards became effective January 1, 2010. One of the most sweeping changes involve residential indoor and outdoor lighting requirements, particularly kitchen lighting and the new adoption of ASHRAE 62.2 indoor air quality code.
Kitchen Lighting, Title-24
New restrictions, control requirements, high efficacy fixture requirements and incandescent allowances, and interior lighting worksheets will add an additional layer of complexity to residential lighting design. This class will bring you up to speed on the new changes and address the underlying principles, calculation methods, strategies to assist you in complying with the new code changes and take you step by step thru the new CF-6R-LTG-1 lighting certificate of installation which must be filled out before the final certificate of occupancy will be issued.
Kitchen Lighting, Title-24
You will also understand which fixtures will comply as high efficacy (not all LED fixtures are certified as high efficacy), the lighting control requirements for each room type and the new fixture and control requirements for residential outdoor lighting.
Title-24, Title-24
California has now adopted the requirements of ASHRAE 62.2-2007 which means that starting January 1, 2010, all low-rise residential buildings are required to install whole house mechanical ventilation and satisfy other requirements to achieve acceptable indoor air quality. Openable windows will no longer be an acceptable method for satisfying outdoor air requirements. This will involve calculations for determining the minimum ventilation cfm and designing a system to provide the necessary airflow with proper controls. You will learn the proper method for determining ventilation airflow, strategies for designing a cost effective ventilation system, and how to fill out the new ventilation Certificate of Installation.
Kitchen Lighting, Title-24
Learn from one of the leading experts in California’s Title-24 Building Efficiency Standards (Title-24), Mark Madison, a state certified Energy Plans Examiner and Certified Energy Analyst, HERS rater, Greenpoint rater with over 25 years experience with building energy code compliance analysis, enforcement and training.
Cree is a leading manufacturer of LED lighting technologies. They have driven down the cost of LED lighting through improvements in LED chip, package, and phosphor technologies that have increased LED efficacy and lumen output over time. Cree offers a range of LED products from discrete LEDs to integrated arrays suited for different lighting applications. Proper binning of LEDs by color point and flux ensures quality and consistency of light output.
Latest Developments in Light Sources and Control EquipmentEngineers Australia
Peter Portelli discusses the latest developments in light sources and control equipment from OSRAM Australia. OSRAM activities span general lighting, automotive lighting, ballasts and luminaires, display/optic light sources, opto semiconductors, LED systems, production machinery, and production management and components (PM&C). Present trends prioritize smaller luminaires, energy efficiency, lighting controls, and color quality. Influences include bans on incandescent lamps and regulations on efficiency. New technologies discussed include LEDs, compact fluorescents, high-intensity discharge lamps, and control gear developments.
The document discusses replacing traditional street lighting with solar LED lighting. It introduces Visionary Lighting and Energy, a social enterprise focused on bringing renewable energy and LED lighting technologies to developing countries. Solar LED street lighting systems are presented as an energy efficient and low maintenance alternative to traditional street lights. Calculations show the solar LED lights can reduce energy consumption by over 60% and pay for themselves within 2 years, while also reducing carbon emissions.
Alexander Dennis presentation on hybrid buseshybriduserforum
The document summarizes a hybrid bus users forum discussing hybrid bus technology. It provides an overview of hybrid bus benefits including lower emissions and better fuel economy compared to conventional buses. It also discusses some customer concerns about hybrid buses such as added costs. The document outlines the key components of a hybrid bus and summarizes the performance of ADL hybrid buses, including over 3.5 million hybrid miles completed and over 633,000 liters of fuel saved to date. It concludes by discussing next steps such as developing a hybrid-only Enviro 350 model and potential future government subsidies to support hybrid bus adoption.
This document discusses pool lighting and ornamental features, including:
- LED lighting systems such as LumiPlus, Jelly, and mini LED lights that provide programmable color lighting and require transformers or control units.
- Underwater lights for pools made of different materials that can be installed in niches or without niches.
- Niches for concrete, liner, and panel pools to install lights.
- Ornamental water features like fountains and musical water systems.
The document summarizes an LED lighting installation project at an EP Field Subang facility in the Jawa region of Indonesia. It found that replacing 103 traditional lights with LED lights reduced total energy usage by 59% and saved 7,456 watts. Specifically replacing 30 street lights saved 5,656 watts (62% savings) and replacing 73 indoor/outdoor flood lights and area lights saved 4,919 watts (55% savings). The project is expected to save a total of 10,575 watts (58% savings) through the LED installation.
This document discusses lighting considerations for parking structures. It evaluates lighting and economic factors in two sections. For lighting, it poses three questions: what is the task being lit, what are the required light levels, and what environmental factors affect the space? The task is ensuring safety and security through proper light levels as defined by industry standards. Light source selection must account for factors like temperature and vibration. Economically, the total cost of ownership over the system life includes energy efficiency through luminaire and control choices, as well as operational efficiency through maintenance costs.
Toolkit English Final Low Carbon LifestyleJanak Shah
This document provides a trainer's guide to promoting low carbon lifestyles. It aims to educate individuals on small changes they can make in their everyday lives to reduce greenhouse gas emissions and save money. The guide offers practical tips people can adopt related to appliances, transport, paper, water, and other areas. It includes data on India and estimates the carbon dioxide and cost savings from individual actions. The goal is for millions of individuals making positive lifestyle changes to significantly contribute to a more sustainable environment and economy.
This document compares different types of lighting sources, including LED, incandescent, fluorescent, sodium vapor, and metal halide lamps. It discusses their working principles, efficiencies, color temperatures, lifetimes, and applications. The key points are:
1. LED lamps have the highest efficacy ranging from 45-150 lumens/watt and longest lifetime of 25,000-30,000 hours. They produce light through electroluminescence and are directional, compact, and resistant to breaking and vibration.
2. Fluorescent lamps have efficacies of 80-90 lumens/watt and lifetimes of 7,000-15,000 hours. They work by passing electricity through gases to
The document discusses the different types of light bulbs - incandescent, CFL, and LED. It provides details on their energy efficiency, lifespan, luminous efficiency, power consumption, and environmental impact. LED bulbs are the most efficient option, with energy savings of 80-90% compared to incandescent bulbs. They last 50,000 hours compared to 1,200 hours for incandescent. LEDs do not contain toxic mercury like CFLs. Widespread adoption of LEDs in India could save 9,000 million kWh of electricity annually, worth $850 million. This would significantly reduce the need for new power plants and cut national electricity demand.
The Energy Independence and Security Act (EISA) of 2007 aims to increase energy efficiency and security in the United States. Key provisions include increased fuel economy standards, a renewable fuel standard, and new appliance and lighting efficiency standards. The lighting standards phase in between 2011-2014 and require more efficient incandescent and fluorescent lamps. The standards do not ban incandescent lamps but set minimum efficiency levels. Utility programs must now use more stringent EISA baselines to calculate energy savings from efficient lighting upgrades.
This white paper discusses converting traditional lighting to LED lighting in commercial buildings. It notes that lighting accounts for over 70% of electricity used in commercial buildings in the US. Retrofitting with LEDs can reduce energy consumption by 50-80% while maintaining or improving lighting quality. LEDs offer significant savings in energy, maintenance, and have a longer lifespan than traditional lighting. The paper provides examples of suitable indoor and outdoor applications for LED lighting and notes the benefits of LEDs such as high quality light, low heat emission, and quick restart time.
This presentation gives a brief intro about 2 new lighting technologies - LED and Induction. It gives a comparison between these technologies and suggested application.
Eco-story LED lighting provides tremendous savings through a 90% reduction in energy usage and lifespan of 40,000 hours compared to traditional bulbs' 1,500 hours. Their LED bulbs have a return on investment of 1.2 years and save customers an average of $4,004 annually on a 100 bulb installation. By replacing 100 50-watt bulbs with Eco-story's 5-watt LED bulbs, a customer can save over $29,000 in energy costs and emissions over the bulbs' lifetime.
T12 production ended July 2012. Your decision point is a migration to T8 and new ballasts or T5 and new fixtures - or LED. You know that your energy costs are going up by 40% in the next couple of years and likely 100% over the next 10. Why not use todays money to light your path to future profitability. The highest ROI is LED.
This document provides an overview of LED technology, including its history, types, and benefits. It discusses the development of LEDs from red lights in the 1960s to modern high-brightness blue and white LEDs. Key developments include the invention of high-brightness blue LEDs in the 1990s, which enabled the production of white LEDs through phosphor coating and advanced lighting applications. The document also describes the inner workings of LEDs, comparing their efficiency and lifetime to other light sources, and provides details on connecting, soldering and testing LED circuits.
Efficient lighting in buildings can be achieved through renewable energy sources and efficient artificial lighting systems. Several eco-friendly buildings around the world make use of natural lighting, rainwater recycling, and integrated energy systems. Light-emitting diode (LED) bulbs are more efficient than incandescent bulbs, producing flicker-free light while using only 10% of the power. Their long lifetime of 50,000-100,000 hours provides significant energy savings over other lighting options.
Gas discharge lighting has traditionally been the most common and efficient method for outdoor lighting, but newer LED lighting provides benefits like instant start, longer life, easier maintenance, and higher efficiency. While gas discharge lighting requires high temperatures and pressures as well as handling harmful materials, LED lighting produces light efficiently with little heat, no harmful emissions, and a compact fixture size. LED lighting is already being used for street lights, industrial applications, and outdoor lighting, offering energy savings potential to reduce costs and environmental impacts.
This document discusses different types of electrical lamps, including incandescent, fluorescent, mercury vapor, sodium vapor, compact fluorescent, LED, and halogen lamps. It provides details on the construction, working principles, advantages, and applications of each lamp type. The document is intended to educate readers about the elements and members of electrical engineering related to various lighting technologies.
This document discusses ENERGY STAR lighting specifications and consumer education efforts. It outlines the existing ENERGY STAR lighting specifications for residential light fixtures, compact fluorescent lamps, solid state lighting luminaires, and integral LED lamps. It also discusses draft specifications for ENERGY STAR luminaires and lamps. The document advocates for technology-neutral specifications that focus on efficacy, color temperature, and color rendering. It emphasizes educating consumers to look for the ENERGY STAR label on light fixtures and bulbs rather than promoting specific technologies, and outlines EPA communication efforts like retail partnerships and social media outreach.
This document discusses various types of electrical energy losses that occur from generation to consumption of electricity. It outlines losses that take place during transmission (5-8% loss), at substations during voltage transformation, and in distribution lines (about 40% of total losses). Improving insulation, transmission voltage levels, and distribution line equipment can help reduce losses. The document also discusses energy losses at the building level from appliances, wiring, and transmission lengths. Using efficient appliances and improving building wiring/cables can lower energy use and losses.
Electrical lamps have several advantages over mechanical lamps including cleanliness, easy control, lower cost, ease of use, steady output, reliability, and suitability for many purposes. Common electrical lighting types discussed in the document include incandescent, fluorescent, high intensity discharge, and light emitting diode lamps. Incandescent lamps work by passing current through a tungsten filament to produce light, while fluorescent lamps use mercury and phosphors to convert ultraviolet light into visible light. Tungsten-halogen lamps improve on incandescent efficiency through the use of halogen gases.
Induction Lamps: Induction lamps are a promising technology which features good efficiency and long life. SEECOL's induction lamp has been successfully applied to numerous lighting projects. Its significant energy saving effect has been recognized by every customer." />
<meta>Induction Lamps, Induction Lighting Systems, Induction LED Lamps, Induction Lamps India
SEECOL manufactures and sells eco-friendly lighting products including induction lamps. Induction lamps create light through electromagnetic excitation of mercury particles without electrodes. They are more efficient and longer lasting than conventional lamps. SEECOL aims to provide green lighting solutions and reduce energy usage and environmental impact through their product offerings.
This document provides information on LED lighting products from Alter Eco, including what LEDs are, their advantages over other lighting, warranty details, and a product catalog. The product catalog lists panel and fluorescent replacement lighting, general lighting options like PAR series and MR16 bulbs, decorative and commercial signage options, and water efficient shower heads. It highlights the energy savings, long life, safety, and versatility of LED lighting products.
Similar to Profiting From Green How To Make Your Business More Energy Efficient Sitka Presentation Abbreviated Version (20)