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Energy Efficient

Energy Efficient Lighting

It's easy to appreciate a light that doesn't just look beautiful, but is easy on the environment, too. Significant advances in technology and innovations in design make our energy efficient LED and fluorescent lamps more functional and good-looking than ever. So whether you need a statement pendant for your dining room or a sleek lamp for your desk, you can find an earth-friendly option to get the job done.

Not sure which energy efficient option is right for you? Our energy efficient lighting Comparison Chart and LED Buying Guide can help you out.

Shop Energy Efficient Lighting. To shop LED + Fluorescent Lighting, click on the links to the right.

Energy Efficient Lighting & Modern Energy Efficient Lighting | YLighting
YLighting LED Lamp Buyers' Guide FAQs

What is an LED and how does it work?
Light emitting diode (LED) technology is based on electrifying a diode that emits a single wavelength (color) of radiation. To gain a broader spectral output, these diodes are mated with phosphor technology in the same manner as fluorescent lamps. Diodes are relatively small (about 1/3 of an inch square), so an LED bulb has many of those tiny chips clustered together to create adequate light.

LEDs are undergoing the most vigorous advancement of the electric lighting technologies. What was once used as the indicator light on your VCR has now been reborn into a nearly full spectrum source used for its red-blue-green color mixing capabilities and as a neutral source for tasks and accents.

What are the advantages of LEDs?
LEDs have several advantages over conventional incandescent lamps. For one thing, they don't have a filament that will burn out, so they last much longer. Additionally, their small plastic bulb makes them very durable. They also fit more easily into modern electronic circuits. But the main advantage is efficiency. In conventional incandescent bulbs the light-production process involves generating a lot of heat (the filament must be warmed). This is completely wasted energy, unless you're using the lamp as a heater, because a large portion of the available electricity isn't going toward producing visible light. Conversely, LEDs generate very little heat, meaning a much higher percentage of the electrical power is going directly to generating light, which cuts down on the electricity demands considerably.

What are the disadvantages of LEDs?
The higher upfront cost of LEDs relative to other traditional lamps continues to be a drawback. However, given their energy savings and long life, most people typically make back the initial cost within a couple of years. Another limitation to LEDs is that they light a small area of space relative to other lamping options. This makes them a great candidate for task lighting, but not general or ambient lighting applications.

Why do LEDs cost more than other lighting options?
LED sources are the cutting edge of technology, and, as such, they are expensive to buy. Like all things economic, prices will likely drop as volume and popularity grow.

Where should I use LEDs?
LEDs have excellent directionality, making them a great option for the following lighting applications:

  • Task and reading lamps
  • Pendants and overhead
  • Accent and display lighting
  • Cove lighting
  • Outdoor and landscape accent lighting
  • Linear strip lighting (under kitchen cabinets)
  • Recessed lighting/ceiling cans
  • Stair and walkway lighting
  • Difficult to reach places (due to their long life and low maintenance)
  • Art lighting (unlike incandescent and fluorescents, LEDs don't produce UV radiation, making them safe for artwork.)
  • How long will an LED last?
    A quality LED lamp can last anywhere from 75,000 to 100,000 hours. If you operate the lamp for 8 hours per day, 365 days a year, your LED lamp could last 25-34 years!

    Do I have to replace individual LED diodes?
    An LED does not burn out like a standard lamp, so individual diodes do not need to be replaced. Instead, the diodes gradually produce lower output levels over a very long period of time. An LED is typically considered "dead" at 70% of initial light output.

    Is it true that LEDs produce a blue glow?
    Historically, LEDs received a bad rap for producing a greenish to bluish color. However, the recent development of LED technology has seen high output white light growing at an exponential rate without sacrificing color rendering or efficiency.

    How does the brightness of LED lighting compare to incandescent lighting?
    LED light bulbs are much brighter than incandescent or halogen bulbs of the same wattage, but LEDs are not available in very high wattages. Thus, when replacing incandescent or halogen lamps with LED lamps, more LED lamps are often needed. For example, to replace one 100-watt incandescent bulb you may need two 5-watt or 6-watt LED bulbs. Although you have more bulbs you are still using 85% less electricity.

    How efficient are LED bulbs compared to incandescent bulbs?
    The efficacy of newer LED light bulbs is more than five times higher than comparable incandescent bulbs. In other words, LED light bulbs use only about 20% as much electricity to produce the same amount of light. However, because LED bulbs direct a larger percentage of light where it is needed, in many applications they are as much as ten times as effective as incandescent bulbs, reducing energy use by 90%.

    Can LEDs replace the conventional incandescent and CFL light bulbs in my existing fixtures?
    The ability to purchase an LED bulb and screw it into an existing incandescent fixture (like you can with a CFL) is known as retrofitting. Currently, retrofitting isn't widely available for LEDs. You may find an LED module that can physically fit into an existing incandescent fixture, but that fixture likely doesn't maximize the LED's efficiency. The good news is that much advancement is being made in retrofitting LEDs, and we expect to see more options available soon.

    Are LED lights dimmable?
    Yes, LEDs can be dimmed. But similar to fluorescent sources, the dimming is in the driver or transformer technology and must be specified as such from the manufacturer.

    Do LEDs generate noise when in use?
    No. Unlike some incandescent, halogen and fluorescent lamps, LEDs do not "buzz" when powered on or when dimmed.

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