Choosing the right generator to power your refrigerator isn’t always as easy as it seems. There are several factors to consider, from the size of your fridge to the frequency of use. There are also many different wattage generators, and it can be difficult to tell which is suitable for your situation. Here are some tips to help you choose the best generator for your refrigerator.
What Size Generator Do I Need to Run 2 Refrigerators?
The size of your fridge and the power it requires will determine the generator you need. For example, if you have a 20 cubic foot fridge, you’ll need a generator with at least 2200 watts. A smaller fridge, such as a mini fridge, may require only 1000 watts.
If you’re running more than one appliance at a time, you’ll want to consider purchasing a more significant generator. Larger generators are cheaper to run and have the ability to power more appliances at the same time. However, they are also more challenging to hook up with a leading 3500 watt generator. Sometimes, they may not work at higher elevations or when you have closed doors.
The most common generators are powered by natural gas or propane. However, there are now battery-powered generators available. These are portable and usually installed indoors but can also be hardwired into multiple outlets. Portable generators are usually less expensive and more fuel efficient than standby generators.
You may also want to check your refrigerator’s owner’s manual for information about the power consumption of your appliance. Some refrigerators will have an intelligent control panel, which will tell you how much power your refrigerator needs to run. This information will be in watts (w) or kilowatt hours (kw/h). You’ll want to add this wattage to the watts that your refrigerator requires to run.
Another thing to consider is the surge watts that your refrigerator uses. This is the highest wattage that your refrigerator uses, and it’s 3 to 5 times more potent than running watts. You may have to buy a generator with a higher surge watt rating than you need for your refrigerator if your refrigerator is equipped with a surge watt feature.
In addition to considering the size of your fridge, you’ll also want to consider the power consumption of the other appliances you plan on running. A light bulb won’t need any extra boost if turned on, but a refrigerator will. If you have a refrigerator that has a freezer, you’ll need to consider a generator that’s capable of handling both. A refrigerator with a freezer will use more power than a refrigerator without one, so the larger the freezer, the more power the generator needs to run.
The most important thing to remember when determining the power consumption of your refrigerator is to choose a generator that’s at least ten percent more powerful than what you need. In addition, you’ll want to buy a generator that will sustain 80% of its maximum power for an extended period. This will save you money on operational costs and keep your refrigerator running for a long time.
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