How many amps do a refrigerator use?

Today we are living in modern life and everything goes under the latest technology. We bring our kitchen to the next label using various kinds of appliances. Our kitchen goes so far, we use everything from air fryers to automatic pressure cookers. One of these most common appliances is the refrigerator. We have to keep our perishable foods in our fridge. Because we have to take care of our food at first. But also need to know that a refrigerator is the second large power consumed appliance in our smart home.

In this way, we try our best to save energy and monies. To do so and as we know refrigerator is the second power consumed appliance we might search to know “How many amps does a refrigerator use

What is AMPS actually?

An electricity flow rate measure via amps. If the wire overheated that means the circuit gets overloaded and that way finally fires a hazard. When too much appliance connected at the same times under the same wire then conventionally each appliance get fewer amps to works. Because of its exits the handling power of the circuit.

A 16 cub feet refrigerator takes 750 watts and uses 6amps power. In the US amps are decided by dividing the total number of words by 120 Volts. You can get how many amps needed your fridge just flowing manufacture’s sticker. All that, you really need a 15-20 Amps dedicated power outlet to run your fridge.

Startup and running power consuming

During the very fast time you plugged your refrigerator it conventionally consumes considerably more power. Once you plugged the refrigerator it will not consume a lot of power. Because it depends on various things, like when you stand in front of your fridge and confuse with the door open to access contents.

Once a proper optimal temperature is reached, then the refrigerator invests its temperature responding to open door or if you don’t access any contents and not open doors then the refrigerator retain the running temperature at inactive night. And this is how impacts the total amount of power consumed by your fridge.

But the running draw isn’t the total amount of power that you have to budget for your kitchen. The startup draws maybe so far, but that is what you have to keep a minimum budget. Because during the start-up your refrigerator draws amps and watts triple amount of power than the running time.

Power usages of a refrigerator

Not all refrigerators consume the same amount of power. They are different depending on the sizes and features. To know what amount of power need your fridge, you have to enquire about the manufacturer’s sticker on your refrigerator. On this sticker, you will find everything as a list such as the name of the maker, amps, watts you need to start up and running.

How’s amp breaker need for a refrigerator

It’s a common issue for older homes, once you run too many appliances simultaneously in the kitchen there is a great chance to be a short circuit. That means if you run all appliances together the circuit will shut off.

Circuit breakers obstructed the flow of power to specific areas of your home and always protect you from overloading the electrical system.

Calculate the whole amount of power through a circuit is referred to as its “amperage” also called amps. To get proper overheating protection you have used the correct size of wire for the amps required. Conventionally, the stander circuit is 20 amps.

Through the current electrical wire, voltage is a pressure. The United States uses two stander voltages are 110V and 220V.

Single-pole breakers

Generally, this single-pole circuit breaker we use in our home. It protects a single energized wire. They can supply 120 Volts and can handle 15-20 Amps.

Double-pole breakers

This double-pole circuit breaker protects two energized wires and takes two slots on a breaker panel. They can supply up to 240V to the circuit and can handle 15-200 Amps. It’s perfect for large appliances like refrigerators, dishwashers, and dryers.

Energy-efficient refrigerator tips

Conventionally, a top freezer-top fridge draws only 60 watts just equal to a light bulb. It can save more than hundreds of dollars every year on your electricity bills.

Always, put your refrigerator in a cool place as possible but obviously not in a hot place. And keep away from sunlight. Ambient temperature impact your fridge’s efficiency if the temperature finds very hot or cold. Always consistent climate better for any kitchen and it brings a better electricity cost for your fridge.

Of course, a bigger fridge draws a bigger amount of power. The best power saver and efficient size are 16-20 cub feet.

Keep your freezer around 75 percent full of contents, so the appliance will not try to keep the space cool. Each time you open the door for access contents then cool temperature goes out and push it again to be cool. So combine the total amount of time for the open door and close instantly right after access contents.

Read also – how often you should clean your fridge water dispenser ?


If you choose a bigger size refrigerator then you have to pay a bigger amount of electricity bills. A bigger fridge consumes bigger power. But a polite and best power saving reliable and efficient size is 16-20 cubic feet. Now the decision is yours.

We hope this “how many amps do a refrigerator use” article helped you to know your own refrigerator amps need to start up and run. The difference between start-up vs running power for a fridge and finally choose an energy-efficient fridge.

Thanks for reading us!



Can I run my fridge at 15 amps circuit?

Answer: most appliance manufactures recommend installing refrigerators in a dedicated power outlet. And it could be a 15-20 amps outlet. If you installed it only 15 amps then the fuse can be lost most time. So combine the fuse lost time it’s highly required to 15-20 amps dedicated power outlet.


How many amps need a refrigerator during startup?

Answer: The US energy department mentioned that a refrigerator uses an average of 15-20 amps and 750 watts of energy. But you will get exactly what amount of amps need to start up your fridge right on your fridge’s sticker. Kindly check out.

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