Multiply the hours used on the *average* day by the *wattage* listed below. This will give you the watt-hours *consumed* per day. Remember that some items, such .

The best way to compare the cost of running different *appliances* is to look at their *power consumption*, which is measure of how much *power* they use in *Watts*.

Modern refrigerators are very *energy* efficient compared to older models from a few decades ago. A fridge will use anywhere from 100 to 400 watts depending on size, a large fridge will use about 180 watts or 1575 kWh annually.

Use the information below to estimate how much *electricity* an *appliance* is. The label provides an estimate of the *average* energy *consumption* and cost to .

Knowing the *wattage* demanded by a *refrigerator* is important when considering. or looking into different ways of reducing your overall electric *consumption*.

Category, Detail, Estimated Energy *Usage**, Estimated Energy Costs**. . Speakers (25 *Watts* x 2) *normal* volume, 0.05 kWh per hour, Less than $0.01 per hour.

The annual *consumption* of an *average* family in Brussels â€“ who cooks with gas and therefore does not heat water using *electricity* â€“ is estimated at 2,812 kWh.

Of all the *electricity*-powered household *appliances*, your *refrigerator* uses the second. the *average refrigerator* uses approximately 725 *watts* of *electricity* and 15 to 20. with an energy *consumption* label, stating, at the very least, its *wattage*