Whether you want to protect the environment or protect your clothes from wear and tear, high-efficiency washing machines are picking up momentum in the marketplace. Although they tend to cost quite a bit more, high-efficiency machines are guaranteed to save you some cash on your electric and water bills, and they're widely regarded to get clothes cleaner than traditional washers. In the U.S., the washing machine revolution began in the mid-1990s, when the Department of Energy (DOE) updated its standard of power consumption for household appliances and the federally sponsored Energy Star program began certifying washing machines. According to the Soap and Detergent Association, about 15 percent of American households had made the switch to energy-efficient washers by 2005. Washing machines score points by using less water and by getting the clothes dryer in the spin cycle, so that they don't need to spend as much time in the dryer. The American Association of Textile Chemists and Colorists reports that, on average, 80 percent of the energy used by a washing machine goes toward heating the water, so it makes sense that high-efficiency models use less water.

Because they use less water, high-efficiency washers require special laundry detergent that is specially formulated to produce fewer suds than normal detergent -- leaving no residue on clothes. Because of lower water levels, clothes tumbling in and out of the water naturally create more suds than traditional washing machines. If you use normal detergent in a high-efficiency washer, it could produce too much suds, and possibly even flood the machine. Most major laundry detergent manufacturers offer high-efficiency products, and they're clearly marked with an "HE" label. Read on to learn about how washing machines are constructed and some of the costs and benefits of purchasing a high-efficiency washer. It shouldn't if you have a high-efficiency model, because this type of washer doesn't have an agitator -- a large protrusion shaped like a pillar or post in the center of the basin. When the tub of a traditional washer is filled with water, the agitator spins, moving its contents in a circular motion and against each other to create suds and clean the clothes.

Instead of using an agitator, high-efficiency machines spin and rotate the load in both clockwise and counterclockwise motions and at high and low speeds, so that garments rub against each other. In many front-loading washers, the centrifugal spin of the tub lifts clothes above the water level, and then drops them back into the water. Instead, reports The Washington Post, they rinse fabric using high-pressure sprays, saving even more water. When high-efficiency washers began hitting the market in the mid-1990s, they were all front-loading, meaning that they operate on a horizontal axis, much like a standard drying machine. Today, most major manufacturers offer both front- and top-loading high-efficiency washers. Most top-loading high-efficiency washers use a combination of spin cycles and either a wash plate at the bottom of the tub or a small agitator to create friction and clean the load. Many newer models of high-efficiency washers also utilize cutting-edge "smart" technology, enabling the machines to detect the size of a load and the type of fabric, so they can run at optimal temperature and water levels.

The Chicago Sun-Times reports that Kenmore is currently developing diagnostic technology for the company's high-efficiency washers that will enable customers to hold a cell phone repair shop up to the machine so it can connect with a technician's phone, telling the repairman what's wrong. Frayed and worn-looking jeans are still fashionable, but if you have a high-efficiency machine, you'll have to find another way to give your clothes that punk-rock look. High-efficiency machines are proven to put less wear and tear on fabric because they have gentler spin cycles. Unlike agitator-style washers, which actually beat the filth out of fabric, high-efficiency models toss and tumble clothes until they're clean. Running fewer loads of laundry saves energy and water (and it can also mean less bending over, if you have a front-loader). Front-loading washers not only save space inside the machine; they can also have a dryer stacked on top of them, saving a few feet of floor space. Because high-efficiency machines tend to have more customized settings, it's easier for users to find a setting that's right for a particular load, providing a better wash cycle.

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