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Can a Portable Power Station Run a Washing Machine?

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A portable power station (PPS) is a portable battery pack that can provide electricity for electronic devices and appliances when grid power is unavailable. Unlike small portable chargers, a PPS is designed to power larger loads like household appliances, power tools, medical devices, and more.

A PPS consists of a large rechargeable lithium-ion battery, an inverter to convert DC power from the battery to standard AC power, and a control panel with various output ports. The battery capacity of a PPS is measured in watt-hours. Popular output ports include standard AC outlets, USB ports, a 12V car outlet, and DC ports.

portable power station for home

PPS units have features to manage power input and output efficiently. This includes monitoring incoming and outgoing voltage, automatic shut-off when a device is fully charged, and delivering the proper wattage to connected devices. Many models can recharge quickly by plugging into AC power or using solar panels.

Larger PPS models with 1,000 watt-hours or more are capable of safely running appliances like mini-fridges, CPAP machines, and small washing machines. Small portable power stations under 500Wh are better suited for charging smartphones, laptops, lights, and other basic electronics when camping or during a blackout.

Types of Portable Power Stations

Portable power stations come in different types and sizes to meet various power needs. The two main factors that differentiate portable power station models are the battery technology and overall design.

Battery Technology

The most common battery types used in portable power stations are:

  • Lithium-ion batteries - These provide high energy density, fast charging, long lifespan, and good performance. Lithium-ion batteries are lighter weight than lead acid.

  • Lead acid batteries - Lead acid batteries are cheaper but much heavier. They have lower energy density and slower charging. Lead acid is more common in budget power station models.

Lithium-ion batteries are superior for portable power stations because of their light weight, fast charging, high cycle life, and efficiency. High-end models from Growatt utilize lithium-ion.

Integrated vs. Modular Design

There are two main portable power station configurations:

  • Integrated - The battery, inverter, and outlets are all contained in one unit. Integrated PPS units are compact and simple to use.

  • Modular - The battery is separate from the inverter station. Modular allows you to add extra batteries to increase capacity. However, it's less portable.

Integrated designs are best for smaller portable power stations under 1000W. Modular systems are better for large capacity home backup power.

Size and Weight

Portable power stations range from compact, lightweight models to larger stations weighing over 100 lbs. Smaller units under 30 lbs are easy to move and transport. Larger models have wheels for mobility.

The size and weight depends on the battery capacity, which ranges from 100Wh to over 2000Wh. Lightweight lithium-ion models can still store a lot of power. Make sure to choose a PPS size suitable for your usage needs.

Key Specs and Features of Portable Power Stations

Portable power stations are available in a range of capacities and with different features. Here are some of the key specs and features to look for when selecting a portable power station:

Rated Wattage Capacity

  • The rated wattage, usually given in watts (W), indicates the continuous power a portable power station can supply.
  • For running appliances like washing machines, look for models with at least 2000W, like Growatt INFINITY 1500 (2000W output) and Growatt INFINITY 2000 (2200W output). Higher-draw appliances may need 3000W or more.

Battery Capacity

  • Battery capacity is measured in watt-hours (Wh). The higher the capacity, the longer a portable power station can supply electricity before needing a recharge.
  • For a washing machine, look for 500Wh or higher capacity. 1000Wh+ is ideal for longer run times.

Output Ports

  • Common output ports include AC outlets, USB ports, 12V car ports, and DC connectors.
  • For a washing machine, prioritize models with at least one AC outlet rated for high wattage. Some units have multiple AC outlets.

Recharge Time

  • Recharge time varies, from 1-2 hours up to 10+ hours depending on the model.
  • Faster recharge times allow you to get back up and running quicker after depleting the battery.


  • Most portable power stations come with a 1-2 year warranty. Some offer 3-5 years.
  • Look for at least a 1 year warranty from the manufacturer.

How Much Power Does a Washing Machine Use?

A standard washing machine uses around 850 watts while running for the wash and rinse cycles. However, at startup when beginning the spin cycle, a washer may surge up to around 1700 watts briefly.

For larger capacity washing machines, such as those over 4 cubic feet, the average running wattage can be around 1400 watts. The startup surge for bigger washers may reach as high as 2800 watts.

How Much Power Does a Washing Machine Use?

To calculate the total energy needed for your washing machine, take the running wattage and multiply it by the number of hours the washer cycles. For example, if your washer runs at 850 watts and goes through a 2 hour wash and rinse cycle, it would use 1700 watt-hours (850 x 2 hours) of energy. Add the short startup surge wattage as well. This gives you a rough estimate of the total power capacity your portable power station needs for running a washer.

How to Select a Portable Power Station for a Washing Machine?

When selecting a portable power station for running a washing machine, it's important to choose one with adequate capacity. The general recommendation is to get a PPS with at least double the running wattage of your washing machine. This provides enough of a buffer so the PPS isn't strained.

For example, if your washing machine is rated at 850 watts while running, you'll want a PPS with 1700+ watts of continuous output. Having extra capacity allows the PPS to handle the temporary surge when the washer motor first starts up, which can be 2-3x the running load. A 1700W+ PPS would have no problem covering an 850W running load and up to a 2800W starting load.

You also need to make sure the PPS has enough capacity for multiple cycles if you plan to run consecutive loads. A larger unit with 2000W+ continuous output would be ideal to run multiple washer loads back-to-back. This prevents the battery from being depleted too quickly.

When shopping for a portable power station for your washer, check both the continuous and peak wattage specs. Get a model rated to comfortably handle the washer's running and surge wattage demands. Choosing a properly sized PPS will allow you to finish all your laundry off-grid. 

Tips: If you are really unsure about what size power station to buy for your washing machine, the easiest way is to leave a message on the portable power station brand's website or send an email for consultation.

How to Use a Portable Power Station to Run a Washing Machine?

Using a portable power station to run a washing machine is straightforward. Follow these steps:

  1. Connect the washing machine to the AC outlet on the portable power station. Most portable power stations have standard three-prong outlets suitable for appliances.

  2. Make sure the portable power station is fully charged before starting the washing machine. Check the battery level indicator. Recharge if needed to ensure sufficient power.

  3. Turn on the portable power station and allow a minute for it to be ready to supply power. The power station may have an on/off switch or power button.

  4. Start the washing machine cycle as normal. The power station will now supply electricity to the appliance.

  5. Monitor the battery level on the portable power station periodically. Make sure it does not discharge fully before the washing machine cycle finishes. It's a good idea to have at least 20-30% charge remaining.

  6. When the washing machine cycle completes, turn it and the power station off. The portable power station can now be recharged for the next use.

That covers the basics of safely running a washing machine off-grid from a portable power station. With a properly sized PPS and occasional battery monitoring, you'll have clean laundry even without a home power connection.

Advantages of Using a Portable Power Station

Portable power stations offer several advantages over traditional generators for powering appliances like washing machines.

  • Provides off-grid power - PPS units contain their own power supply in an integrated battery pack. This allows you to run devices anywhere, without connection to the electrical grid.

  • Clean silent operation - Portable power stations don't produce emissions or make loud noises like gas generators. They provide clean, quiet power.

  • Portable and reusable - These units are designed to be lightweight and movable. You can take them anywhere and reuse them anytime.

  • Lower costs than generator - While the upfront cost is higher, PPS units are more affordable long-term than purchasing fuel for a generator. The energy is reusable.

A portable power station gives you independence from the electrical grid. It can run appliances off-grid through stored energy in the integrated battery. This provides a clean and portable energy solution.

Limitations of Portable Power Stations

Portable power stations offer a convenient way to power appliances off-grid, but they do have some limitations to be aware of:

Limited run time per charge - The battery capacity of a portable power station is finite. Running high-draw appliances like a washing machine will drain a PPS battery faster than lower-power devices. Depending on the battery size, you may only get 1-2 loads of laundry per charge.

May need additional solar panels - Most portable power stations come with a small solar panel, but this may not provide enough charging power to fully recharge the battery while simultaneously running appliances. You may need to invest in additional solar panels to maintain charge.

Not designed for extreme weather - Though portable, most power stations are not built to withstand extreme hot or cold weather. Using them in very low or high temperatures can impact battery performance and longevity. They're best suited for temperate climates.

Capacity ratings may be optimistic - Some portable power station capacity ratings may be a bit exaggerated compared to real-world performance. The rated wattage doesn't account for power conversion losses. Expect a 10-20% lower realistic output.

Can't power high-draw appliance startups - While a PPS may be rated to handle the running wattage of a large appliance, the startup surge wattage may trip the protection circuit. You may need a larger buffer capacity to start motors and compressors.

Safety hazards without proper knowledge - Portable power stations are safe when used correctly, but improper use creates electrical risks. Make sure to learn safe operation before connecting appliances and devices.

Overall, portable power stations are very useful for off-grid power if you understand their limitations. With reasonable expectations and safe usage knowledge, a PPS can reliably run appliances like washing machines.

Safety Tips for Using a Portable Power Station

When using a portable power station, it's important to follow safety precautions to avoid hazards. Here are some key tips:

  • Follow manufacturer guidelines - Always adhere to the user manual for safe operation and maintenance. Don't override any built-in safety features.

  • Never exceed rated wattage - Do not plug in appliances that require more wattage than the power station is rated for. This can risk overheating and damage.

  • Avoid overcharging - Don't leave the PPS plugged in after it's fully charged. Overcharging can decrease battery life.

  • Proper ventilation - Keep the unit in an open, well-ventilated area during use. Don't enclose it tightly, which can cause overheating.

  • Don't get it wet - These devices are not waterproof. Keep them dry and sheltered from rain. Moisture can cause electric shock risk.

  • Handle with care - Don't drop or mishandle the power station. The internal battery is fragile.

  • Check condition - Inspect the cords, housing, and ports prior to each use. Don't use it if damaged.

Following basic safety precautions will help you safely harness the power of a portable station for off-grid electricity needs. Be sure to use it properly to avoid hazards.

Top Portable Power Stations for Washing Machines

When choosing a portable power station for running a washing machine, you'll want to look for models with high power output capabilities of around 2000W or more. Here are some top options to consider:

Growatt INFINITY 2000

Growatt INFINITY 2000 Portable Power Station

The Growatt INFINITY 2000 has an ultra-high 2200W AC output, making it one of the most powerful portable power stations available. With a 2048Wh capacity and can be expanded to 6144Wh with external batteries, it can handle most full-sized washing machines for at least one load. The Growatt INFINITY 2000 recharges incredibly fast in 1.5 hours with dual charging.

Growatt INFINITY 1500

Growatt INFINITY 1500

With a 2000W AC output, the INFINITY 1500 has plenty of power for a standard washing machine. It has a 1512Wh capacity. The INFINITY 1500 can recharge from 0 to 80% in just 1 hour.

Frequently Asked Questions

How do you calculate the energy needed to run a washing machine?

To determine the energy needed to run your washing machine, you'll need to multiply the wattage rating by the number of hours the washer runs per load. For example, if your washing machine is rated at 850 watts and runs for 1 hour per load, it will consume 850 watt-hours (850 x 1 hour) of energy per load. An average load takes about an hour, but larger capacity washers may run longer. Check your machine's specs to get the exact wattage and estimated run time.

What size portable power station do you need for a washing machine?

As a general guideline, choose a portable power station with at least double the rated wattage of your washing machine. This provides enough of a buffer so the inrush current when the motor starts does not overload the PPS. For example, for a 1700 watt washing machine, select a PPS with a continuous output of at least 3400 watts. Larger units with 3000+ watt hours capacity are ideal for powering washing machines.

What household appliances can a portable power station run?

Depending on the capacity, portable power stations can run a variety of appliances including fridges, freezers, microwaves, TVs, CPAP machines, small power tools, lights, and more. Larger PPS models in the 1000+ watt range can even run RV air conditioners, electric heating appliances, and washing machines. The key is to match the PPS output to your appliance power needs. Check the appliance wattage and runtime to ensure the PPS can handle it.

Can a small portable power station run a washing machine?

Most small, portable PPS models with less than 1000 watts output are not suitable for running a washing machine, which typically requires 1500+ watts. Small PPS are better for charging phones, running lights, and powering small devices. For washing machines and larger appliances, go for a medium to large PPS with higher capacity. Compare the PPS output to your washer's wattage needs before purchase.


With the right portable power station, you can absolutely run a washing machine off-grid. The key is to choose a PPS that has sufficient capacity and output to power your specific washing machine.

To determine if a portable power station can handle your washer, you'll first need to check the wattage requirements and average runtime for your washing machine model. Most standard washers will use around 850W when running, and up to 1700W at startup. Larger capacity washers may require 1400W running and 2800W at startup.

Once you know your washer's average energy usage over a typical wash cycle, compare that to the rated output capacity of the portable power station you're considering. Make sure to choose a PPS that has at least double the rated wattage of your washing machine's running usage. This provides a buffer so the PPS won't become overloaded.

With an adequately sized portable power station like the Growatt INFINITY 2000 or similar large capacity model, you can confidently run a washing machine off-grid. Just be sure to check the washer's energy demands and operating time, then select a PPS that can comfortably handle the load. With the right planning, you'll enjoy clean laundry no matter where you are!

Growatt INFINITY 1300
Growatt INFINITY 1300 LiFePO4 Portable Power Station
  • 1382Wh Capacity & 1800W Output
  • LiFePO4 Battery with 3,000+ Life Cycles to 80%
  • Fully charged in 1.8 hours
  • Up to 14 Versatile Outlets
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