Is your refrigerator eating you out of house and home? Chances are, if it's more than 10 years old, it's gulping enough energy to put a serious hurt on your wallet.
Now that the federal stimulus bill is funneling $300 million into rebates for energy-efficient appliances, perhaps it's time to consider upgrading.
Even though the money isn't available now and the rules haven't been set up, common sense says that whenever the program begins, you'll want to be ready. With 112 million households in the country, that $300 million won't go far.
Over all, the trusty fridge is one heck of a guzzler, using anywhere from 5 percent to 8 percent of household energy, more than any other appliance.
But technological advances have been swift and steady.
Gerry Gerhard, co-owner of Gerhard's Appliances in Glenside, Pa., has watched it all happen. The insulation, compressors, and gaskets have all improved. Even a switch to LED lighting - it uses less energy and is cooler - helps.
In general, a new efficient refrigerator uses about half the energy of its 10-year-old cousin, federal statistics show.
"People use the word 'hog,'" lamented Jill Notini of the Association of Home Appliance Manufacturers. "I feel terrible for this appliance that has made such strides."
Still, a fridge is a big-ticket item to replace. So most don't. According to the Energy Information Administration, in 2005 there were 135 million refrigerators in the United States, and 104 million were considered inefficient.
The nonprofit advocacy group Alliance to Save Energy estimates that if the older gluttons were replaced, Americans would save $866 million a year in utility costs.
All refrigerators manufactured in the United States must meet minimum efficiency standards, but Energy Star-certified models are at least 20 percent more efficient.
Plug in your electric rate and the model number of your fridge, and it will tell you how much energy it uses. Then it compares that to what a basic Energy Star model would use.
What it doesn't factor in is the impact of making and transporting a new refrigerator. But environmentalists agree that if the energy savings are significant, it's worth making the switch. Plus, 95 percent of the materials in the old ones are recyclable.
At least one rule is hard and fast: If you buy a new one, get rid of the old one.
When a friend of mine moved into a new home about 20 years ago, her old fridge went into the garage. Handy for beer and parties.
But she was aghast when we plugged in the numbers. Her main refrigerator, just a few years old, was costing $82 a year to run. The garage unit was sucking electrons at a rate of $227 a year.
I think she banished it from the premises last weekend.
So reviled are those second refrigerators that PacifiCorp, a Western power company, launched a project - "See ya later, refrigerator" - that pays its customers $30 to $35 per fridge. The idea was to reduce strain on the grid. Since 2003, they've picked up 100,000 in Utah alone.
I've had my refrigerator for 10 years. The online calculator tells me it costs $82 a year to run, and that if I bought a new Energy Star model, I'd save $120 over five years.
That hardly covers the cost of a new one, so I'll hold.
Besides, it will allow time for technology to solve another refrigerator problem.
Remember how, years ago, scientists realized refrigerants were opening a vast hole in the planet's ozone layer?
Those refrigerants were replaced. But it turns out the new ones - HFCs and related "F-gases" - are some of the worst greenhouse gases around, far more potent than carbon dioxide, says Kert Davies, a refrigeration expert at Greenpeace.
The nonprofit advocacy organization has been pushing friendlier refrigerants - including isobutane, the stuff in lighters. Europe has embraced them, but not the United States.
Last fall, however, General Electric began navigating a regulatory maze to get the technology approved here.
If you're thinking of buying a new refrigerator:
Start with the calculator at www.energystar.gov .
When shopping, factor in the appliance's yellow "EnergyGuide" label listing the energy use and approximate annual operating cost.
Go small. Larger models cost more to operate, and a full refrigerator is more efficient than a half-empty one.
Models with top freezers are the most efficient, using 10 percent to 25 percent less energy than side-by-side models.
Consider doing without the ice-maker and dispenser. These increase energy use by 14 percent to 20 percent.
TO GET THE MOST OUT OF ANY REFRIGERATOR:
Position it away from heat - an oven or dishwasher. Leave room at the back and sides for air circulation.
Keep the air intake and condenser coils clean.
SOURCE: Energy Star
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