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A recent study from Syracuse University found that improving peoples understanding of energy use and savings could pay large dividends.
The study found that most people don’t really understand the energy use associated with activities like switching off lights and appliances, and energy efficiency improvements, like switching to more efficient appliances.
We think part of the answer is providing people with real-time feedback on their energy use. You can download the full paper from this study (PDF) from the Proceedings of the National Academy of Sciences.
A typical building is empty for 72% of the year yet consumes 55% of its energy during this time! Simhai and her husband, both in their early 30s, always have been concerned with preserving resources, and they knew the homes they had rented for years were inefficient. Wea€™ll schedule a visit to your facility, conduct a free lighting audit, define youa€™re lighting problems and review all of the LED benefits.
The economics of LED lighting makes the technology a compelling one for governments that are struggling to cut expenditures while trying to meet a€?greena€? goals. For example, a 2013 New York State Department of Energy Conservation report says that if all state municipalities replaced existing incandescent streetlights with LED bulbs a€” which are brighter, more energy-efficient and longer-lasting a€” it would reduce energy consumption by 22.3 million kilowatt-hours annually, while cutting greenhouse gas emissions by 9,200 tons. On top of that, the report suggests that switching from traditional mercury vapor streetlights to LED doesna€™t just significantly reduceA  energy and maintenance costs (a big deal, since street lighting makes up roughly 40% of the statea€™s municipality electrical bills), but also the number of lamp posts needed is more effective as well. SmartPlanet profiled an example of LED savings in action, telling the story of a NYC property owner who is retrofitting 21 properties with LED lighting (replacing fluorescent, incandescent and halogen fixtures) for an energy savings of $750,000.
Plus, the fact that LED lighting is solid-state means it can be controlled by software, leading to a whole new avenue of growth: programmable lighting. LED Lighting is a new technology that promises to replace all other types of lighting by 2020. In short, it saves 40-90% on lighting, has a very long lifespan, and looks better than other types of lighting and is easily controlled.
LED's are expensive, but they will pay offA  in about 1-10 years and save tons of money in the long run. One LED lamp will last as long as several traditional lights, saving money on replacements. The answer is simple: because of SSL's rapid ongoing improvements and superior energy-saving potential. That doesn't mean DOE has abandoned lighting controls and other light source technologies, however. DOE is keeping a close watch on solid-state lighting, in both the lab and the marketplace, to make sure it doesn't run into the same roadblocks that slowedA market acceptance of compact fluorescent lamps (CFLs) back in the 1990s.


There's little doubt that solid-state lighting ultimately will emerge as the technology of choice for an unparalleled variety of applications, because, all things being equal, everyonea€”building owners includeda€”wants to save energy and protect the environment. DOE has made a long-term commitment to advance the development and market introduction of energy-efficient solid-state lighting.
With three annual workshops that collectively bring together approximately 700 attendees, as well as periodic stakeholder roundtables, DOE's solid-state lighting program is open and participatory and coordinates with many lighting and standards groups, such as the Illuminating Engineering Society of North America, the International Association of Lighting Designers, the National Electrical Manufacturers Association, the American National Standards Institute, and the National Institute of Standards and Technology.
On average, participants in the study underestimated energy use and savings of common activities by almost three times, with larger underestimates for high-energy activities. She brings her own bags to the market, buys organic strawberries, uses non-toxic cleaning products and lives with her husband, Yosh Schulman, in what the New York State Energy and Research Development Authority calls one of the state's most energy-efficient homes. Today's homeowners know you don't necessarily have to part with the finer things in life or break the bank to save the planet. Philips says one of the goals is to find the intersection of good living and sustainability.
Exterior and interior general illumination, safety and security, general production and service lighting uses are just some of the financial energy savings that local businesses and municipalities can benefit from. We will show you the energy and installation savings you will achieve while filling your buildings with the most beautiful, brilliant white light youa€™ve ever seen.
Despite the higher initial investment, switching to LEDs from incandescent lighting can quickly pay off on both fronts, while avoiding the complaints and limitations associated with the compact fluorescent (CFC) bulbs that havena€™t quite lived up to their expected potential. The switch would also save on maintenance costs since bulbs would require less frequent replacement. Even at the current, high-cost of LED bulbs, the estimated payback on the project is only three years, with the remaining lifespan of the LED bulbs (which should be at least another 10 years) representing pure savings. This has been on full public display through large scale installations like San Franciscoa€™s Bay Bridge and New Yorka€™s Empire State Building, and has begun to catch on at the home level thanks to app-controlled LED lighting systems like Philipsa€™ (NYSE:PHG) Hue wireless system.
Department of Energy has invested with industry partners in research and development of solid-state lighting (SSL)a€”including both light-emitting diode (LED) and organic light emitting diode (OLED) technologies. DOE still invests to a large degree in promoting the most efficient forms of conventional lighting technologies, through such implementation programs as Building America, the Commercial Buildings Integration Program, and the Federal Energy Management Program.
Accelerating the pace of commercialization for SSL will hinge on improving cost competitiveness and quality.
DOE watches closely for problems with poor-performing SSL products that are not yet ready to compete with incumbent technologies, including products that fail to meet manufacturers' performance claims.
Meanwhile, all things are not equal, which is why DOE repeatedly emphasizes that SSL is right for some applications but not for othersa€”and why education and due diligence should be key elements in any lighting specification and purchasing process. Its comprehensive national program addresses research and development, demonstrations, testing and quality control, market development support, and buyer supporta€”all in service of maximizing the energy-efficiency of SSL products in the marketplace.


It's also highly transparent, publishing numerous reports and roadmaps that are posted online at this website. But the same house that has solar panels and recycled denim insulation also features something that's far from green: a 71-gallon whirlpool.
In fact, Americans living in houses that conserve water, preserve indoor air quality and use energy efficiently often are living better, healthier and cheaper than their neighbors -- and they're having a blast doing it. By converting to LED lighting, we can reduce energy use and energy costs, improve light pollution and light quality and improve where light is directed. All with no ballast to fail, no blinking, no bugs, no noxious mercury, no noise, no waiting for lights to restart. The story points to LED lighting as a€?low-hanging fruita€? for commercial property owners looking to slash the 25% to 30% of their energy bill that lighting typically consumes. Today, the purchase price of LED lighting products is generally higher than that of their conventional counterparts, often by a long shot, and the energy savings often aren't enough to offset the difference within an attractive payback period. A significant part of DOE's function is to educate consumers as well as the lighting community about those claims and other pitfalls in the SSL marketplace. Simhai is the first to admit her tub is downright wasteful, but she knows better than to deprive herself of an extravagance just ' she generally thinks, buys and lives green. After all, what's more fun than getting a check from the electric company because your solar panels produce more than double the energy you need, and the utility pays you for the surplus? Now is an excellent time for businesses and municipalities to consider converting to LED lighting and reap these benefits.
However, DOE's program is intended to drive aggressive cost reduction, and the current rate of cost decline in LED lighting systems is about 20 percent a year. Add in costs for the land and foundation, and the house, completed in June 2004, rang up at $240,000.
It was built with recycled gypsum board walls, copper (instead of PVC) piping, non-toxic, biodegradable paints and recycled glass tiles. Inside are Energy Star appliances: a dishwasher, washer and dryer from Asko, and a refrigerator from Kenmore.



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