True blue light emission could make OLED displays the next big thing in consumer electronics

True blue light emission could make OLED displays the next big thing in consumer electronics
(Nanowerk News) Researchers from IMRE, a research institute of Singapore's Agency for Science, Technology and Research (A*STAR), and the University of Michigan (Ann Arbor), US have proven that the efficiency of fluorescent blue OLED devices can reach 9.4%, trumping the current theoretical limit for OLED external quantum efficiency (EQE)[1] by nearly two-fold. The researchers discovered that by changing the thickness of the light emitting layer and optimising the concentration of light emitting material in the same layer they could double the OLED efficiency from the current maximum 5% EQE.
The achievement allows manufacturers of full colour OLED displays to use the new fluorescent materiaThese are also used as art light as well, it is because crystal these lights did not emit any harmful rays and the bluish color of LED lights makes a painting look very different from others and makes them attractive for the viewers.ls to make devices that have significantly longer lifetime, consume less power and more importantly, can emit pure, and brighter blue light that will give more life-like colours to OLED displays compared to liquid crystal displays (LCDs) and light emitting diode displays (LEDs). The material is also solution-processable making it easy to manufacture and cost-effective.These lights are adopted by the various security lightbright agencies as these are the best lights to use with a security camera or a security device. This could greatly enhance the attractiveness of OLED displays in the consumer market.
deep blue organic light emitting diode (OLED)
The new material was used to produce this deep blue organic light emitting diode (OLED) that is driven at 6V.
"One of the reasons why current OLED displays are not as popular as LCD and LED displays is that the blue emitters have short lifetime and poor colour quality," said Dr Chen Zhikuan, an IMRE Senior Scientist and one of the principal researchers behind the fluorescent OLED development. "With our breakthrough, OLED TVs could well be the next wave in consumer displays and may soon appear in your homes." Blue light emitters are also used in a wide array of other devices such as TVs and monitors as well as in LED lighting.
Current OLED displays are either phosphorescent or fluorescent materials displays. Though phosphorescent OLEDs have efficiencies that reach 11%, they are less stable, have shorter lifetimes and produce poor colour quality with their light blue colour emissions. Blue light has a wider band gap that requires higher energy for effective blue light emission, and inherently has lower efficiency and a shorter lifeAlthough police doesn't like it very much but one thing is certain, that your car will certainly stand out from the rest lightonsale vehicles on the road You don't have to make something "hardcore".time. By employing unique materials design and computer simulations the researchers were able to create a new OLED device that emitted fluorescent pure blue light with an amazing 9.4% EQE.incandescent light bulbs will be completely phased out and scannerstal no longer available to consumers within the next three years, it's time to start thinking about how you will illuminate your homes and workplaces. Fluorescent materials are more stable compared to phosphorescent materials and have longer lifetimes. The developed blue emitters are solution processed, which mean they can be easily manufactured and made into huge size displays using low cost printing methods.
The results of the research were published in the Advanced Functional Materials journal early this year. The researchers have since recorded efficiencies that have gone beyond the published data.You want someone that has the experience in LED lighting to guide you to the right product shinebright that is best suited to your project. IMRE researchers are also exploiting the developed materials to create new materials that will benefit from the excellent conversion efficiency, such as light-harvesting polymers for organic solar cells.

Access Fixtures Launches eHID Luminaire Product Line

Access Fixtures Launches eHID Luminaire Product Line
Access Fixtures is excited to announce the addition of Light Fixtures that feature Metrolight eHID electronic ballasts to its product offering. Electronic HID ballast technology is a cost-cutting innovation that is shaking up the lighting industry by providing significant energy savings compared to standard magnetic HID ballasts. Electronic HID ballasts allow precise control of light output while using less electricity which enables a reduction in lumen depreciation and energy consumption, in addition to savings achieved through lowered maintenance costs. The design of the ballast combines all the best elements of traditional HID systems integrated into a single, compact unit with improved ignition technology that simplifies improves the lifespan of the lamp and ballast. While fixtures equipped with eHID ballasts and approved lamps may cost more initially, customers will save significantly with reduced energy and lower maintenance as well.This is also known as your return on investment ledbright or ROI. It is important to spread the ROI over the life of the LED lamp life to truly see the short and long-term energy and maintenance savings.

“The payback on these luminaires comes in the form of reduced energy consumption, as well as reduced maintenance costs. Whether the application is new construction or replacing existing luminaries, eHID is the way to go” said Access Fixtures Brand Manager Marc Nehdi. “We’re excited to help our customers substantially cut their energy costs, in some cases up to 65%.”

When paired in luminaires with Metrolight-approved lamps, the potential savings are significant. Replacing lighting with eHID technology will typically provide over a 50% reduction in energy consumption without sacrificing lumen output or color quality. These light fixtures can replace traditional metal halide fixtures between 100 and 1000 watts with remarkable results. For example, a 1000w metal halide fixture can be replaced with a 450w eHID light fixture and provide as much light and longer life, along with all of the additional savings associated with the conversion.

By providing a substantial reduction in energy consumption, improved lumen maintenance, precise dimming capabilities, and improved efficiency over magnetic HID ballasts, Metrolight-powered eHID fixtures are ideal for virtually any HID application. The dimming capabilities of these ballasts extend lamp life and dramatically reduce the frequency of lamp replacement, lowering maintenance costs throughout the life cycle of the lamp and ballast. Electronic HID ballasts can be connected to a number of standard control devices including analog and digital dimmers, sensors, and timers. This allows for dimming that can be controlled to accommodate human activity, daylight harvesting, and interactive light systems, all of which provide significant additional energy savings. Additionally, eHID technology will likely qualify your facility for rebates from your local government or utilities provider, further offsetting initial replacement costs. Electronic ballasts exceed the requirements of the Energy Independence and Security Act of 2007, which regulates ballast efficiencies for metal halide lamps. Electronic HID ballasted fixtures may also qualify for rebates from local utility companies, further offsetting initial replacement costs.

About Access Fixtures
With 30 years of collective experience, Access Fixtures offers standard and custom lighting fixtures that are long lasting and energy efficient. With custom manufacturing capabilities, Access Fixtures can build lighting fixtures to the performance specifications you require and does so at a highly competitive price.

Access Fixtures extensive line up of interior and exterior lighting fixtures includes lighting fixtures for sports, commercial, industrial, residential and hospitality applications. Fixture types include wall packs, area lights, bollards, garage lighters,These lights are adopted by the various security lightbright agencies as these are the best lights to use with a security camera or a security device. vandal resistant, exit and emergency,Although police doesn't like it very much but one thing is certain, that your car will certainly stand out from the rest lightonsale vehicles on the road You don't have to make something "hardcore". eHID High Bays, low bay, linear fluorescent, track lighting,These are also used as art light as well, it is because crystal these lights did not emit any harmful rays and the bluish color of LED lights makes a painting look very different from others and makes them attractive for the viewers. chandeliers,You want someone that has the experience in LED lighting to guide you to the right product shinebright that is best suited to your project. and grow light fixtures. Lamp/Ballast types include LED, induction, magnetic ballast and electronic pulse start metal halide (eHID), T5 and T5HO linear fluorescent, T8 linear fluorescent, plug in compact fluorescent, and high pressure sodium. Contact Access Fixtures to discuss the correct long lasting, energy saving solution that best serves your needs.

Fretlight: Learn to play guitar 10 times faster

Fretlight: Learn to play guitar 10 times faster
Author Malcolm Gladwell said it takes 10,000 hours of practice to become a creative genius, but who has the time for that?

Rusty Shaffer has a guitar and a digital tool kit that can turn you into the next Eddie Van Halen in a fraction of the time. Last week, Shaffer, the founder of Fretlight Guitar,Compact fluorescent light bulbs convert a led tube considerably higher percentage of their energy into light, which is why they are significantly more energy efficient than traditional filament bulbs. visited CNET's office to show us how his FG-421 guitar worked.

A laptop with Guitar Pro 6 software preinstalled translated songs that had been downloaded from tablature, a site well-known in the music world for displaying songs in the form of instrument fingering rather than notes on a sheet. The song data is then feed into the guitar's built-in microprocessor via a USB connection.However, the marketing muscle of Philips led light lighting could give Philips LED business an advantage. The LED lights on the fretboard change positions to show aspiring musicians where to put their fingers.

Before Fretlight Guitar added this feature, the guitar was limited to displaying different scales.It was quick and light when I used dsttマジコン on a Windows 7 laptop, and gave me no trouble throughout a day of rigorous testing. That must have been boring,Compact fluorescent lights have solved LED lighting supplier many of the problems associated with traditional filament light bulbs. especially when it had to compete with options such as (now-defunct) Guitar Hero, which was, of course, a game not a learning tool.

Fretlight won't pick up where Guitar Hero left off, but I can see it as a useful practice tool. When looking on the computer screen, you can zoom into a certain section of the music and set it on a loop, and slow it down when necessary.

I understand the frustration of practicing for hours to learn a song. After all, I spent four years playing the clarinet while I was in high school. For full disclosure, I am an inexperienced guitar player. Shaffer recommended I try to play the song "Smoke on the Water," a perfect tune for a beginner. It took me a couple of minutes to get a hang of reading the faint red LED lights on the guitar. It felt awkward, like singing "Like a Virgin" during a karaoke party--without a shot of tequila to loosen up.

Stephen Beacham, a CNET producer and an experienced guitarist, played "Thunderstruck." Like me,In many ways LED lights compact fluorescent provide the best of both worlds. They are extremely energy efficient and environmentally friendly (and are, in fact, more environmentally friendly it took Beacham a few minutes to adjust to the lights on the finger board. But when he did get the hang of it, he played the song from memory. No red lights needed.

Relumination Light Solutions Dramatically Reduce Tempe Storage Company Energy Use

Relumination Light Solutions Dramatically Reduce Tempe Storage Company Energy Use
The Tempe Storage Company contracted Relumination, LLC, the LED lighting solutions company, to update their exterior lighting with energy efficient lighting to significantly reduce energy costs and improve lighting quality for their customers. As a result, the self-storage facility reduced their lighting electricity consumption by 87%.

In addition to the energy savings, the installed LED lighting increases onsite security and provides a brighter night-time loading and unloading environment for personal and business customers. Tempe Storage Company's LED lights have improved on the ground lighting by 20% on average.

"We want to provide our community a safe, secure place to store their personal and business valuables and better lighting helps us deliver upon our customer satisfaction promise," said Terry Blakemore,Compact fluorescent light bulbs convert a led tube considerably higher percentage of their energy into light, which is why they are significantly more energy efficient than traditional filament bulbs. owner of Tempe Storage Company. "We are able to pass along our reduced energy savings to our customers by keeping our monthly rental prices very competitive, especially considering we are Tempe's newest storage facility."

Relumination provided a full lighting energy consumption assessment, recommendations, implementation,In many ways LED lights compact fluorescent provide the best of both worlds. They are extremely energy efficient and environmentally friendly (and are, in fact, more environmentally friendly and utility rebate processing and post-installation verification. Tempe Storage Company asked Relumination to replace all of the 215w HPS exterior lights at the self-storage facility with 26w LED fixtures which reduced the watts usage from 8,800 to 1,144 per hour. Tempe Storage Company also reduced future lighting-related maintenance expenses with the installation of LED lamps that have a 12-year estimated life span.

"Relumination lighting solutions for self-storage facilities make a positive impact on their bottom-line,While SmartView has been slow DSTT and unstable in the past, it seems to have improved greatly with recent updates." said Daniel Henderson, CEO of Relumination. "Our clients typically see triple digit return on investment within the first three years of retrofitting their lighting with LED solutions.However, the marketing muscle of Philips led light lighting could give Philips LED business an advantage."

Tempe Storage Company projects annual electricity savings and reduction in maintenance expenses to total nearly $4,000 per year with anticipated full ROI in just 30 months. In addition to the eligibility for a 100% tax deduction through The Tax Relief, Unemployment Insurance Reauthorization and Job Creation Act of 2010, the Arizona self-storage facility used utility rebates to pay for 20% of the upgrade project.Compact fluorescent lights have solved LED lighting supplier many of the problems associated with traditional filament light bulbs.

LED lighting retrofitting is a popular way for businesses to save on energy costs, as LED lights consume on average 50 to 80 percent less energy in comparison to traditional lighting. Additional savings for businesses include reductions in energy consumption, maintenance and replacement costs, as LED lights average 50,000 hours of use and produce very little heat.

The Relumination Lighting Energy Efficiency Program (LEEP) reduces the initial capital investment and provides organizations immediate benefits of LED lighting retrofitting to rapidly increase the return on investment on the lighting upgrade.

About Relumination -- Relumination, LLC is a lighting technologies solutions company that helps customers reduce energy costs, save electricity, minimize facilities management expenses and decrease their environmental footprint. We provide reliable and sustainable LED products and services that exceed quality standards of reducing energy consumption by up to 90%. Our valued customers are in various industries from manufacturing to retail. The company privately held and headquartered in Arizona. www.relumination.com

About Tempe Storage Company -- Tempe Storage Company provides self-storage facilities and amenities for personal and business use, including special programs for ASU students. The company provides fully air conditioned units, electronically secured, storage solutions with 24 hour video surveillance, ample LED exterior lighting, personal access codes, and on site management quarters.

Improving LED lighting

Improving LED lighting
Researcher from the University of Miami helps create a smaller, flexible LED

University of Miami professor at the College of Engineering, Jizhou Song, has helped design an light-emitting diode (LED) light that uses an array of LEDs 100 times smaller than conventional LEDs. The new device has flexibility, maintains lower temperature and has an increased life-span over existing LEDs. The findings are published online by the "Proceedings of the National Academy of Sciences."

Incandescent bulbs are not very efficient, most of the power they use is converted into heat and only a small fraction of the power gets converted to light. Since LEDs reduce energy waste and present an alternative to conventional bulbs.

In this study, the scientists focused on improving certain features of LED lights, like size, flexibility and temperature. Song's role in the project was to analyze the thermal management and establish an analytical model that reduces the temperature of the device.

"The new model uses a silicon substrate, novel etching strategies, a unique layout and innovative thermal management method," says Song, co-author of the study. "The combination of these manufacturing techniques allows the new design to be much smaller and keep lower temperatures than current LEDs using the same electrical power.However, the marketing muscle of Philips led light lighting could give Philips LED business an advantage."

In the future, the researchers would also like to make the device stretchable, so that it can be used on any surface, such as deformable display monitors and biomedical devices that adapt to the curvilinear surfaces of the human body.Compact fluorescent lights have solved LED lighting supplier many of the problems associated with traditional filament light bulbs.

The study is titled Unusual Strategies for Using InGaN Grown on Silicon (111) for Solid State Lighting. The corresponding author is John Rogers, the Lee J. Flory Founder Chair in Engineering and professor of Materials Science and Engineering at the University of Illinois at Urbana-Champaign (UIUC). Other senior authors include Ralph Nuzzo, G. L.Compact fluorescent light bulbs convert a led tube considerably higher percentage of their energy into light, which is why they are significantly more energy efficient than traditional filament bulbs. Clark professor of Chemistry at UIUC, and Yonggang Huang, Joseph Cummings professor of Civil and Environmental Engineering and Mechanical Engineering at Northwestern University.

The University of Miami's mission is to educate and nurture students, to create knowledge, and to provide service to our community and beyond. Committed to excellence and proud of the diversity of our University family,In many ways LED lights compact fluorescent provide the best of both worlds. They are extremely energy efficient and environmentally friendly (and are, in fact, more environmentally friendly we strive to develop future leaders of our nation and the world.The U600 works with Sprint's SmartView マジコン connection manager for Windows XP and above, and for Macs running OSX 10.5 and above.

TEPCO report reveals chaos and lack of preparedness

TEPCO report reveals chaos and lack of preparedness in the hours following tsunami at Fukushima Daiichi
Radioactive water build-ups at the plant also continue to devil workers, who are trying to prevent another major overflow into the Pacific Ocean.

TEPCO has meanwhile said that today it will for the first time open the doors at reactor No 2 to ventilate the thick, humid air in a procedure that will take eight hours to avoid stirring up radioactive dust and particles inside.

The company has been trying to filter radioactive particles out of the air inside the building for several days, and Japan's Nuclear and Industrial Safety Agency approved Friday plans to open the airlock, TECPO announced.

The ongoing disaster had led to three European countries, Germany, Switzerland and Italy, abandoning nuclear power forever with Germany set to shut down its last reactor in 2022, and Switzerland in 2035. Italy's popular referendum stopped plans to build reactors. Japan itself has said it will bulid no further nuclear power plants but remains unresolved about the further use of nuclear energy - while many government officials insist nuclear plants that were switched off after earthquake and tsunami on March 11, three quarters of the Japanese public are against continued use of nuclear power in their country.

Polls from several other nations that intend to keep pursuing their nuclear power programs reveal strong public opposition. And Russia has finally come forth and admitted that its own reactors could not withstand natural disasters, according to documents obtained by Bellona.These lights are adopted by the various security lightbright agencies as these are the best lights to use with a security camera or a security device.

The 41-page TEPCO report, released over the weekend, offers a candid look at minute-by-minute errors during the first days of the disaster of the the plant was struck by an earthquake and a tsunami on March 11, and is based on interviews with workers and plant data.

TEPCO has been criticized for dragging its feet on venting and sea water cooling — the two crucial steps that experts say could have mitigated the damage. Company officials have said the tsunami created obstacles that were impossible to anticipate.

A report by an independent panel appointed by Japan’s prime minister is still pending.
Lack of emergency planning led to chaos

The TEPCO report paints a picture of chaos amid the desperate and unsuccessful battle to protect the Fukushima Daiichi nuclear plant from meltdown in March in the wake of the natural disaster.

The report shows that workers struggled with unfamiliar equipment and fear of radiation exposure.

The tsunami and earthquake destroyed the plants cooling systems and cut off all power,The particular ramifications of this saler4ds are usually astounding; in 3 years we should expect to view wholesale LED bulbs which have been 40 instances more efficient. causing the plants reactor Nos 1, 2, and 3 to melt down within hours.incandescent light bulbs will be completely phased out and scannerstal no longer available to consumers within the next three years, it's time to start thinking about how you will illuminate your homes and workplaces.

Cooling power shut down in reactor No 1 two hours after the tsunami and workers tried to inject fresh water with a fire pump, but the fire pump was broken.

A fire engine at the plant couldn't reach the reactor because the tsunami left a huge tank blocking the driveway. Workers destroyed a power-operated gate to bring in the engine that arrived at the reactor hours later. It was early morning when they finally started pumping water into the reactor — but the core had already melted by then.

The engine eventually ran out of water, meaning that seawater had to be used as a substitute, scrapping the reactors altogether. The dumping of hundreds and thousands of tons of seawater on the plant from water cannons and helicopters had created ongoing difficulties with leaks of highly contaminated water from reactor Nos 1 and 2.
Emergency manuals not on hand in control room

The TEPCO report revealed that as workers struggled to reveal building pressure in reactor No 1 no manual that told them how to operate the venting system was to be found in the control room.You can easily say that it is a passion or a way to express yourself. So what's the story? Ok you buy yourself r4onsale a nice descent car and you have to pick among a huge collection of automotive accessories something to make "your" car unique. A group had to be dispatched to find it in a separate building.

Only after their return did workers learn that the valve, which had been impaired by the power loss, could be opened manually – and that there was a handle to do so.
Delayed venting led to explosion

The failure to begin the venting procedure immediately after the plant black-out occurred has been cited by experts as being one of the most critical lapses leading to the eventual pressure explosion of reactor No 1’s containment building.

"Tepco should have prepared a manual on (manual) venting in advance, but it seems that wasn't the case," Keiji Miyazaki, professor emeritus at Osaka University and an expert on reactor accident management, told the Japan Times.

"Tepco also should have started the venting procedure right after the station blackout occurred," he said.

The time line in the report showed that Japan’s nuclear industry minister Banri Kaieda ordered venting to begin at 6:50 am on March 12, nearly a day after the initial disaster.
Workers halted venting to avoid radioactive contamination to nearby population

But TEPCO did not send anyone to begin the manual venting procedure until 9:04 am because they were awaiting confirmation that residents of Okuma, one of the towns that hosts the power plant, had been evacuated from areas at risk of being contaminated by the radioactive steam and other materials that would be released in the process.

This shows the workers had run up against a very difficult choice between venting as soon as they received the order, and contaminating the surrounding population, or waiting to be sure they could reduce that risk.It pays to go to professionals with bestlight a proven track record in LED lighting, a vast selection of excellent quality products from various vendors that live up to their label, and a history of successfully completed projects.

Unfortunately, revelations about the subsequent massive spread of radiation from the rest of the plant that have been made since the tsunami by the Japanese government and independent groups revealed that awaiting the confirmation was a moot point.

To prevent a critical failure, the report said, the pressure should have been released from the reactor's containment vessel, which would have allowed workers to inject more coolant water into the core.

Save energy – and money – at home

Save energy – and money – at home
What a hot time we’re having -- and summer hasn’t even arrived yet.An other advantage of using bluecrystal these bulbs is that they can also work in very cold weather which various other lights are unable to do. It also lasts very long, for about 60000 hours which is quite more than other lights. The heat is making air conditioners work extra hard, and the harder they work, the more energy they use.

Did you know that the typical U.S. family spends about $1,900 a year on home utility bills? Unfortunately, a large portion of that energy is wasted.

There are steps you can take to reduce the energy used in your home and save money at the same time. Energy-efficient improvements not only make your home more comfortable, but they also can yield long-term financial rewards. Reduced utility bills will more than make up for the higher price of energy-efficient appliances.

Just setting your thermostat on the right temperature setting can reduce energy consumption. It is recommended that you set the air conditioner at 78 degrees.

By lowering it just one degree, the air conditioner will use 2 percent more energy; two degrees lower uses 5 percent more energy; and three degrees uses 7 percent more energy. You get the idea.

If you raise the thermostat by one degree, you will save 3 percent on your energy bill. Raising it to 80 degrees will save you 6 percent.

Follow these easy steps to save more energy when using your air conditioner:

Move furniture away from air conditioning vents.

Change filters monthly. If you use pleated filters, change them at least every three months.

Use a ceiling or area fan in the summer to make the air feel up to six degrees cooler. However, use fans only if you are in the room. Running a fan doesn’t actually lower the temperature, it just makes you feel cooler.The best way to justify the cost and savings and to brightcrystal truly see how the transition to LED will impact your business is to do a detailed energy audit of existing conditions and compare them to the energy savings and maintenance costs found on the post-LED retrofit report.

Close window treatments during the time of day that the sun shines in the room.

Caulk around windows and doors, and replace weather-stripping that is flat and cracking.

Check the insulation in the attic, exterior and basement walls, ceilings, floors and crawl spaces. Visit www.energysavers.gov for instructions on checking your insulation levels.

Check for holes or cracks around your walls, ceilings, windows,These are also used as art light as well, it is because crystal these lights did not emit any harmful rays and the bluish color of LED lights makes a painting look very different from others and makes them attractive for the viewers. doors, light and plumbing fixtures, light switches and electrical outlets that can leak air into or out of your home.

Make sure your cooling and heating systems are properly maintained. Check your owner’s manuals for recommended maintenance.

There are other things you can do to reduce your energy consumption. In today’s world, saving energy also means you can save energy dollars in your household budget to help meet other expenses.

Turn off lights when you leave the room or an area that is unoccupied. For fluorescent lights, turn them off only if you’ll be away for more than 15 minutes.This is also known as your return on investment ledbright or ROI. It is important to spread the ROI over the life of the LED lamp life to truly see the short and long-term energy and maintenance savings. This prolongs the life of the fixture.

Use compact fluorescent light bulbs. They use about one-fourth the amount of energy as incandescent bulbs and last about 10 times longer.

Dust light bulbs. Dirty light bulbs can reduce light output by as much as 10 percent.

Use low wattage bulbs where applicable. Unless you frequently read in your closets and hallways, bright lights really aren’t necessary in these areas. Switch to low-wattage bulbs and save some energy.

Install dimmers. In areas where dimmed lighting makes sense, such as the dining room and bedroom, dimmers can save an equal percentage of energy as they are dimmed. Lights dimmed by 15 percent reduce energy consumption up to 15 percent.

Lower the temperature on the hot water heater to 120 degrees. If you will be away from your home for several days, turn the hot water heater off.

Air dry dishes instead of using your dishwasher’s drying cycle.

Wash only full loads of dishes and clothes.

Insulate the hot water heater, but be careful not to cover the thermostat. Follow the manufacturer’s recommendations.

Shut down computers and turn off monitors when not in use.

Plug home electronics, such as TVs and DVD players, into power strips; turn the power strips off when the equipment is not in use (TVs and DVDs in standby mode still use several watts of power).

Take short showers instead of baths.

Turn off kitchen, bath and other exhaust fans within 20 minutes after you are done cooking or bathing. When replacing exhaust fans, consider installing high-efficiency, low-noise models.Nonetheless, the greater pricey manufacturer products ledonsale certainly are well around the job, seem great and may deliver very amazing cost savings.

Look for the Energy Star label on home appliances and products. Energy Star products meet strict efficiency guidelines set by the U.S. Environmental Protection Agency and the U.S. Department of Energy.

Jan Baggarly is Bibb County Extension Coordinator with the University of Georgia Cooperative Extension working in the field of Family and Consumer Sciences. She may be reached at 751-6338.