Yes. An air conditioner can be powered by a solar generator for several hours.However, not every power station has the capacity to run air conditioners. The surge and operating power needs of the specific air conditioner must be taken into account.

To power an air conditioner for 60 minutes, a solar generator's output must be at least 1000 watts. Verify the AC power specifications and the inverter ratings for solar generators. Some portable air conditioners only need 800 watts to operate, making maintenance relatively simple.

This post will cover wattage requirements, whether a solar generator can power an air conditioner, the best solar generator for air conditioners, as well as its advantages and disadvantages.

## How Many Watts Can a Solar Generator Produce?

A battery that can be charged by solar energy, electrical energy, or both is known as a portable solar generator. It has a charging controller and an inverter to conserve that energy. We must first learn how much electricity a solar generator is capable of producing.

To run the air conditioner, the solar generator must have sufficient power. In this instance, our suggestion is to create a quality system for this kind of activity. The inverter's rating is its power output. The inverter transforms the DC power from the generator into AC power. The solar generator's output is constrained by the inverter's watt output, which is why it's crucial to know the inverter rating.

### How Big of a Solar Generator Do I Need to Run an AC?

When selecting a solar generator to run an air conditioner, there are a few things to take into account.

**The AC unit's rated wattage**

The most crucial element to take into account when selecting a solar generator is the wattage of your AC unit.

Typically, air conditioners need between 700 and 2000 watts, so make sure your generator can manage this demand. Make sure the generator's wattage is greater than the combined wattage of all the appliances you plan to run at once if you intend to power more than one air conditioner at once.

**For instance: a solar generator with a wattage rating of at least 1220 W is required if you want to simultaneously power a 1000 W AC, a 200 W refrigerator, and a 20 W iPhone charger.**

If you're unsure of the watts your AC unit consumes, look at the label on the back of the appliance or the manufacturer's website.

#### Determine your AC's startup wattage.

You should take into account your AC unit's starting wattage in addition to its rated wattage.

The power needed to turn on the AC unit is known as the starting wattage, and it is often higher than the rated wattage. Some appliances, like refrigerators, require a lot of power to start, typically two times the amount needed for normal operation.

**A 1000-watt air conditioner, for instance, might have a 2000-watt beginning wattage.**

Make sure your solar generator can handle both the rated and starting wattages of your air conditioning device.

**So, whenever you want to buy a solar generator, always check surge wattage, not just rated watts.**

#### Generator’s Capacity

The capacity of a solar generator is expressed in watt-hours and indicates how much power it can generate over an extended period of time.

This is crucial since your solar generator won't be able to run your AC unit for very long if its battery doesn't have enough charge.

Simply multiply the wattage of your AC unit by the number of hours you want it to run to determine the capacity you require.

**For example, if you want to run a 1000-watt air conditioner for five hours, you'll need a generator with a 5000-watt-hour capacity.**

### How many watts do air conditioners require to start?

- 15,000 BTU RV AC: 2800-3600 watts to start, 500-1800 to run
- 13,500 BTU RV AC: 2500–3000 to start, 500–1500 to run
- 10,000 BTU—1700–2200 to start, 300–800 to run
- 7,000 BTU: 1400-2000 to start, 200-700 to run
- 5,000 BTU: 1000–1500 to start, 100–500 to run