- Fluorescents (including CFLs)
- Energy-efficient (halogen) incandescents, which meet the government’s new energy efficiency standards and aren’t being phased out.
How to Really Lower Your Bills
Using the Right Light Bulbs
You have more lighting choices than ever before. And that means making decisions about price and energy efficiency. For most home lighting, your choice boils down to three options, from most to least expensive:
So how do you choose?
Learn the New Light Bulb Language
Since January 1, 2012, the Federal Trade Commission has required a new “Lighting Facts” label. It was designed to help consumers break the habit of picking bulbs based on wattage to determine brightness. Now a metric called lumens is used for this task. Wattage only measures the amount of power a light bulb consumes.
Confused? Here’s an example: If you want to replace a 100-watt incandescent with an LED bulb and get the same brightness as the old bulb, you’d need a 27-watt LED bulb with an output of 1,600 lumens.
How to Read the New Label
While the new light bulb lingo sounds pretty complicated, it’s not once you get the gist. Here’s a breakdown of the “Lighting Facts” label:
Brightness: Here’s a quick tip: the brighter the light bulb, the higher the number. Standard bulbs range from 250 to 2,600 lumens.
Estimated Yearly Energy Cost: How does this add up? According to the U.S. Department of Energy, by upgrading 15 traditional incandescents in your home with energy-saving bulbs, you can save about $50 per year on your energy bill. Plus, energy-efficient bulbs produce about 75% less heat, so you may see additional savings when it comes to home cooling.
Life: The life of each bulb is estimated based on the usage described. Keep in mind that labels marked Energy Star meet strict energy efficiency guidelines set by the U.S. Environmental Protection Agency:
Energy Star CFLs use about 25% of the energy and last 10 times longer than a comparable traditional incandescent.
Light Appearance: Terms such as “soft white” don’t mean the same thing from brand to brand. To compare bulbs, you need to know their color temperature, which is measured in kelvins on a scale of 1,000 (the warmest — think candlelight) to 10,000 (the coolest — like a blue sky). LEDs, CFLs, and halogen incandescents all come in a wide range of color temperatures.
Here’s a quick kelvin breakdown for easy reference:
Energy Used: As we mentioned above, wattage now only measures energy usage, not brightness. So the lower the wattage, the less energy used.
Contains Mercury: Have no fear; only CFLs have a small amount of mercury, so you won’t see this if you are purchasing LEDs or energy-efficient (halogen) incandescents.
What’s Not on the Label?
Not all specs are covered on the FTC label. So we suggest searching for bulbs online if you’re seeking something really specific. You can often find the necessary info on manufacturers’ websites. Stuff you can look for includes:
How well the bulb shows off colors and textures. This is the key to whether you’ll be satisfied with the quality of light you get. Look for the color rendering index (CRI), a measurement of 1 to 100. The higher the bulb’s score, the better.
Incandescent halogen bulbs score a perfect 100. CFLs and LEDs don’t fare as well as a group, although some individual bulbs get high scores.
How the bulb casts off its light (in technical terms, beam spread). Let’s say you use track lighting to highlight a piece of artwork. “If you want to light a 15x9-in. picture on the wall, you don’t need a 4x4-ft. spread of light,” Witte says. “To be energy-efficient, match the beam spread with the task, putting light only where you need it.”
Buying the Best Bulb for the Job
The key to setting the mood is combining different sources to create pleasing layers of light, says lighting designer Rosemarie Allaire. So here are a few more features to keep in mind that will help simplify the bulb selection process.
Halogen incandescent: They give off the same quality of light as the old bulbs, but save 25% on energy costs. They do cost more than the originals, but less than LEDs or CFLs. Plus, “Incandescent light renders color and texture beautifully,” Allaire says.
LED: “LEDs don’t have the three-dimensional light quality that incandescents do, and I find them to be flat,” Allaire says. “They’re all over the map as far as color rendering goes, and they don’t dim well, so I don’t use them in living areas or for art lighting. But their long life is a big plus.” Tip: LEDs will continue to improve rapidly as technology advances. But for now, be sure to check the label for color rendering and color temperature before you buy.
The Difference a Thromostat Can Make
Want something that’s simpler? Newer more high-tech models have simplified the process:
Have questions or need help programming your thermostat? Below are tech support numbers for popular manufacturers:
By: Deirdre Sullivan
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