Frigidaire Ice Maker Wattage: Will It Blow Your Apartment Fuses?

I used to live in a 1920s duplex where running the vacuum and the microwave at the same time meant a trip to the dark, creepy basement to flip a breaker. When I started testing countertop appliances, power consumption became my first check. If you live in an older home, a dorm room, or a tiny apartment, you are probably hyper-aware of what you plug into your walls. So, when you decide you want bullet ice on demand, understanding your Frigidaire ice maker wattage becomes incredibly important.

Quick Takeaways

• Most Frigidaire countertop ice makers use between 100 and 150 watts during regular operation.
• The startup surge when the compressor kicks on can pull up to twice the running wattage for a few seconds.
• A standard 15-amp apartment circuit can handle about 1,800 watts total, so an ice maker will not blow a fuse on its own.
• Never plug your ice maker into the same duplex outlet as a high-draw appliance like a microwave, toaster oven, or espresso machine.

The Power Behind Your Countertop Ice

Living in a space with outdated electrical wiring teaches you to respect the limits of your breaker box. I have tested dozens of portable ice makers over the years, and a common concern I hear from renters is whether these machines are energy hogs. Countertop ice makers are essentially miniature freezers. They have a compressor, a condenser, and a tiny water pump working together to freeze water rapidly.

Because they do so much heavy lifting in a short amount of time—often dropping the first batch of ice in just 7 to 9 minutes—people assume they pull massive amounts of electricity. Fortunately, that is rarely the case. However, understanding the actual electrical draw helps you plan where to put the machine. You want to make sure your late-night ice craving does not plunge your entire apartment into darkness.

What is the Average Frigidaire Ice Maker Wattage?

When I tested the wildly popular Frigidaire EFIC108 (the retro-looking model that churns out 26 pounds of ice a day), I hooked it up to my wattage meter to see exactly what it was pulling. The standard Frigidaire ice maker watts usually hover right around 115 to 120 watts while actively freezing water.

Some of the larger models, like those that produce 40 pounds of clear square ice daily, might creep up closer to 150 or 180 watts. To put that in perspective, a standard incandescent lightbulb uses 60 watts. Your ice maker is using about the equivalent of two old-school lightbulbs while it runs.

One honest downside I noticed during testing is that while the wattage is low, the machine does run continuously until the 1.5-pound ice basket is full. It is not insulated like a real freezer, so as the ice melts, the machine kicks back on to make more. If you leave it running 24/7, those 120 watts are going to be drawn intermittently all day and night.

Startup Surge vs. Running Watts

There is a catch to that low 120-watt number. Like any appliance with a compressor—your refrigerator, a window AC unit, or a dehumidifier—portable ice makers have a startup surge.

When the Frigidaire ice maker first turns on, the compressor needs a quick jolt of extra electricity to get the refrigerant moving. During my tests, I saw the meter spike to roughly 200 to 250 watts for about three seconds before settling back down to its running wattage.

This surge is completely normal, but it is the exact moment when a sensitive circuit breaker might trip. If your apartment circuit is already loaded to maximum capacity with your television, lights, and a space heater, that three-second spike from the ice maker is going to be the straw that breaks the camel's back.

Will It Overload Your Apartment or Dorm Circuit?

Let us do some quick dorm room math. Most standard household electrical circuits in the US are on 15-amp breakers. A 15-amp breaker running on a 120-volt line can safely handle about 1,800 watts of total power at one time.

If your Frigidaire ice maker is pulling 120 watts, it is only using about 6% of the circuit's total capacity. On paper, it is incredibly safe. You could technically run ten ice makers on a single dedicated circuit without blowing a fuse.

The problem arises because circuits are shared. Your kitchen counter outlets might be on the same breaker as the living room lights and the bathroom exhaust fan. If you are running a 1,500-watt hair dryer and a 1,200-watt microwave at the same time, adding even a 120-watt ice maker to the mix will instantly cross that 1,800-watt threshold and trip the breaker.

Appliances You Shouldn't Share Plugs With

To keep your apartment fuses intact, you need to be strategic about where you plug in your machine. Never share a wall outlet with appliances that generate heat.

Toasters, air fryers, electric kettles, and microwaves all pull massive amounts of power—usually between 1,000 and 1,500 watts. If you are trying to build the perfect iced coffee setup, be careful not to plug your ice maker into the exact same duplex outlet as your high-wattage espresso machine.

Instead, plug the ice maker into an outlet that shares a circuit with low-draw devices, like your smartphone charger, a smart speaker, or LED kitchen under-cabinet lighting.

Energy Costs: Does It Spike Your Electric Bill?

Renters often worry that adding another appliance will cause their utility bills to skyrocket. Because the wattage is so low, running a countertop ice maker is surprisingly cheap.

Let us say your machine pulls 120 watts and runs for 8 hours a day to keep your drinks cold. That equals 960 watt-hours, or roughly 1 kilowatt-hour (kWh) per day. The national average cost for electricity is about 16 cents per kWh.

That means running your Frigidaire ice maker costs you roughly 16 cents a day, or less than $5 a month. If you turn the machine off at night or empty the ice into your main freezer and power it down, your costs drop even lower.

Taking It On the Go: Powering Up Away from Home

Knowing your appliance's exact power draw isn't just for apartment dwellers. It comes in incredibly handy when you leave the house. I regularly take my portable ice maker on road trips, plugging it into a mid-sized lithium portable power station.

Because the running wattage is only around 120W, a 500Wh power station can run the ice maker for roughly four hours—plenty of time to fill a cooler. If you are taking your ice maker camping, just make sure your portable battery's AC inverter can handle the 250-watt startup surge of the compressor.

Final Thoughts on Managing Your Ice Maker's Power

You do not need to be an electrician to safely run a portable ice maker in an older home or apartment. By keeping the machine away from heat-generating appliances and understanding the brief compressor surge, you can enjoy fresh bullet ice without a single trip to the breaker box. Just remember to empty the basket regularly and turn the unit off when you do not need it to save on that monthly electric bill.

Frequently Asked Questions

Do portable ice makers use a lot of electricity?

No, most portable ice makers use between 100 and 150 watts of electricity. This is roughly the equivalent of leaving two standard lightbulbs turned on. They are highly efficient and typically cost less than $5 a month to operate.

Can I plug my Frigidaire ice maker into an extension cord?

It is generally not recommended to use extension cords with appliances that have compressors. If you absolutely must, use a heavy-duty, short extension cord rated for at least 15 amps to prevent voltage drops that could damage the ice maker.

Why does my ice maker trip the breaker when it turns on?

Ice makers have a startup surge that briefly pulls more power to start the compressor. If your breaker trips exactly when the ice maker turns on, the circuit is likely already overloaded by other heavy appliances like microwaves or space heaters.