Disclosure: Some links on this page are affiliate links. If you buy through them, we may earn a commission at no extra cost to you. We haven’t tested these products ourselves. Our recommendations come from manufacturer specs, published FAA guidance, and the math shown on this page.

Rules note: This page summarizes U.S. FAA and TSA guidance as published at the time of writing. Airlines can set stricter limits, and international rules vary. Always check the FAA’s PackSafe pages and your airline’s own policy before you fly. This isn’t legal advice.

Can You Bring a Portable Power Station on a Plane?

Short answer: almost certainly not, if it’s a typical camping power station. The FAA allows rechargeable lithium-ion batteries up to 100 watt-hours (Wh) on passenger aircraft. Batteries from 101–160Wh need airline approval. Anything over 160Wh is forbidden, outside of specific mobility-aid exceptions. Most camping power stations are 250Wh or more, so they’re well over the limit.

This guide explains the rules, shows how to read a battery label, and covers practical options if you’re flying to a camping or van trip.

The FAA’s Watt-Hour Limits

Here’s how the FAA’s “Airline Passengers and Batteries” guidance breaks down rechargeable lithium-ion batteries:

A few more points from the FAA and TSA guidance:

• Spare lithium batteries, including power banks and portable chargers, must go in carry-on bags. They can’t be checked.
• If a carry-on is gate-checked, spare lithium batteries and power banks must be removed and kept with you in the cabin, according to the FAA.
• Battery terminals must be protected from short circuits.
• Airlines can be stricter. The FAA notes that many airlines have stricter quantity and Wh limits for power banks.

A portable power station is essentially a large power bank, so the spare-battery rules are the ones that apply.

Where Common Power Stations Land

Here are rated capacities from manufacturer spec pages, compared against the FAA limits:

None of these can fly as passenger baggage. That’s true for almost every station big enough to run a 12V fridge overnight.

How to Read the Label (Wh = V × Ah)

Look for the watt-hour rating on the battery, the device label, or the spec sheet. If only volts and amp-hours are listed, the FAA says to multiply them:

Wh = Volts × Amp-hours

Watch out for milliamp-hours (mAh). Power banks often advertise mAh at the internal cell voltage. To convert:

Wh = mAh × Volts ÷ 1,000

Example: a 20,000mAh power bank with 3.6V cells is 20,000 × 3.6 ÷ 1,000 = 72Wh, under the 100Wh limit. Use the voltage printed on the label, not the USB output voltage. If the label doesn’t show enough information to work out Wh, screening staff may not be able to confirm it’s allowed.

What to Do Instead for a Fly-In Trip

1. Bring small power banks (under 100Wh) in your carry-on

For phones, headlamps, and a camera, a couple of power banks under 100Wh are usually enough for a long weekend. Check your airline’s quantity limits.

2. Rent or buy at your destination

If you need a real power station, for example for a 12V fridge or a CPAP, consider renting one where you land, buying one to ship to your destination, or borrowing from whoever you’re meeting. If you’re renting a campervan, ask the rental company about power options before you book.

3. Ship it by ground

Shipping lithium batteries has its own hazmat rules, and carriers set their own requirements. Check with the carrier before shipping a power station. Don’t try to ship one by air without confirming it’s allowed.

4. Plan for medical devices separately

If you use a CPAP or other medical device, the FAA’s chart has separate entries for medical devices and spare batteries for them, and airlines often publish their own medical battery policies. Contact your airline well before you travel, and check your device maker’s travel guidance. Our CPAP runtime guide covers the power math for camping once you land.

Once You’ve Landed: Picking a Station

If you’re buying or renting one at your destination, the same rules apply as for any trip:

For a fridge-heavy road trip: Jackery Explorer 500 v2. 512Wh LiFePO4, 12V/10A car port, about 6 hours to full from the car per Jackery. Check price: Jackery Explorer 500 v2 (affiliate link TODO)

Lightest and quickest to refill in the car: EcoFlow RIVER 3 Plus. 286Wh LiFePO4, 10.4 lb, 220W car input with 0–100% in 3.3 hours per EcoFlow. Check price: EcoFlow RIVER 3 Plus (affiliate link TODO)

Rugged with strong 12V outputs: Goal Zero Yeti 500. 499.2Wh LiFePO4, IPX4, 162W 12V aux port. Check price: Goal Zero Yeti 500 (affiliate link TODO)

For bigger loads: EcoFlow DELTA 3 Classic. 1,024Wh LiFePO4 and 1,800W AC. No 12V DC output, per EcoFlow’s spec page. Check price: EcoFlow DELTA 3 Classic (affiliate link TODO)

Why the Rules Exist

The FAA notes that all lithium-ion batteries are capable of overheating and a process called thermal runaway, which can happen if a battery is damaged, overheated, exposed to water, overcharged, or improperly protected, or because of a manufacturing defect. Flight crews are trained to respond to battery fires in the cabin, which is part of why spare batteries must be carried on rather than checked. The FAA asks passengers to tell the crew right away if a battery or device is overheating, expanding, smoking, or burning.

Packing Checklist for Power Banks

1. Confirm each power bank’s Wh rating on the label (under 100Wh, or 101–160Wh with airline approval).
2. Put all power banks and spare batteries in your carry-on.
3. Protect the terminals: use the original packaging, a case, or tape over exposed contacts.
4. Check your airline’s policy for quantity limits and any in-flight use rules.
5. Leave the power station at home, or plan to rent or buy at your destination.

FAQ

Can I check a power station in my luggage? No. Under FAA rules, spare lithium batteries, including power banks, must be in carry-on bags. And typical power stations exceed the 160Wh limit, so they can’t go in the cabin either.

Are there any power stations that are allowed on planes? Only very small units at or under 100Wh, or 101–160Wh with airline approval. Many “mini” stations are above that, so check the Wh rating on the label.

What about the battery in an e-bike? E-bike batteries are usually several hundred watt-hours, well over the 160Wh limit. Check with your airline and the FAA’s guidance before planning to fly with one.

Do international flights follow the same rules? Not always. The FAA notes that international rules may vary. Check with your airline.

Where can I read the official rules? The FAA’s PackSafe “Airline Passengers and Batteries” page and the TSA’s “What Can I Bring?” entries for lithium batteries.