When the motor is running it uses the same power - number of watts - all the time. To find the energy used (in watt-hours) you multiply the watts used by the total time in hours.
So if it uses 500 watts and is on for 3 minutes each hour, it uses 500x3/60 watt hours each hour, or 600 watt-hours in one day.
A medium refrigerator typically consumes around 100-250 watts when running. This can vary depending on the size, age, and energy efficiency of the refrigerator. It's important to check the appliance label for the specific wattage of your refrigerator.
Kitchen refrigerators use 50-100 watts for about five minutes per hour, so 10 watts or less on average.
50 - 60 watts Mine uses 500 watts, but only for about two minutes each hour.
A mini refrigerator uses about 70 watts per hour or 0.07 KWH.Therefore it uses about 24 times 0.07 KWH, or 1.68 Kilowatt Hours per day.There are varied sizes of "mini refrigerators" and varying degrees ofinsulation, so the wattage may vary from 40 watts per hour to 100 watts per hour or .96 KWH to 2.4 KWH per day
A compact refrigerator typically uses around 50-100 watts when running. The exact wattage can vary depending on the size and efficiency of the refrigerator.
2100 watts to run the refrigerator
A medium refrigerator typically consumes around 100-250 watts when running. This can vary depending on the size, age, and energy efficiency of the refrigerator. It's important to check the appliance label for the specific wattage of your refrigerator.
Kitchen refrigerators use 50-100 watts for about five minutes per hour, so 10 watts or less on average.
50 - 60 watts Mine uses 500 watts, but only for about two minutes each hour.
A mini refrigerator uses about 70 watts per hour or 0.07 KWH.Therefore it uses about 24 times 0.07 KWH, or 1.68 Kilowatt Hours per day.There are varied sizes of "mini refrigerators" and varying degrees ofinsulation, so the wattage may vary from 40 watts per hour to 100 watts per hour or .96 KWH to 2.4 KWH per day
A compact refrigerator typically uses around 50-100 watts when running. The exact wattage can vary depending on the size and efficiency of the refrigerator.
1,000 watts
To convert amperage to watts, you need to know the voltage, power factor, and the number of phases that you are working with. For a residential refrigerator this is single phase, an industrial refrigerator could be three phase.
To calculate the watts used by the refrigerator, multiply the amperage by the voltage. Assuming a standard household voltage of 120V, a 4.5 amp refrigerator would use approximately 540 watts (4.5 A * 120 V = 540 W).
1500
3/4 of watts
100 watts