You’ve unpacked the camping gear, or the electricity has come back after an outage. Your power station did its job. Now you’re looking for somewhere to put it until you need it again.
The empty space in the garage is tempting. So is putting it in a closet and assuming the charge will still be there in a few months.
To store a portable power station, follow its model-specific charge instructions, shut it down properly, choose a clean, dry location within its storage temperature limits, and schedule the next battery check. If you keep it for emergencies, add a routine that makes sure it has enough charge when an outage is likely.
You don’t need to become a battery engineer. I’d help you make a small storage plan that you can actually follow—and that someone else in your household can understand.
First, decide what “putting it away” means for you
There are three different situations that people describe as storage. Knowing which one fits you makes the rest much easier.
You use it regularly
Maybe the station comes out every weekend, charges tools during a project, or goes with you in the RV. You need a sensible place between uses and a charge check before the next job.
Your next use is already on the calendar, so you can plan backward from it. Check the battery early enough to recharge through an approved input before packing the vehicle.
You’re putting it away for a season
Perhaps camping is finished until spring. Now the station could sit untouched for months. Its long-term storage instructions, permitted environment, and maintenance reminders matter more than tomorrow’s runtime.
A season in storage still needs occasional attention. I wouldn’t make the first check the morning you leave for your next trip.
It’s your emergency backup
You may rarely use it, but you want access to its energy at an unpredictable moment. That makes readiness part of the storage plan.
A battery sitting on a shelf and a station continuously powering a router through its AC outlets are different setups. If yours stays connected to the wall, our guide to leaving a power station plugged in covers that operating arrangement.
For this guide, we’re mainly putting a station away with equipment disconnected. We’ll also cover the checks I’d make when that stored station is part of your outage plan.
Make a storage card for your exact model
Before moving anything, find the full model name on the unit and save its manual somewhere you can open without internet access.
Small differences in a name matter. An Explorer 1000, Explorer 1000 v2, and Explorer 1000 Plus should not automatically share the same instructions.
I’d make one note with these fields:
- Exact model and manual version. Photograph the model label so you have it later.
- Storage charge guidance. Include any periodic full-charge or maintenance requirement.
- Storage temperature and humidity. Note whether the limits change with storage duration.
- Shutdown procedure. Record how to turn the whole station off.
- Next check date. Put this in a calendar, not only on paper beside the battery.
You can keep the note with the charging cable without covering the station’s vents or controls. It saves you from trying to remember instructions six months later.
For a household backup, add one more line: what you intend to power first. That connects the storage routine to the job you bought the station to do.
What charge level should you store it at?
This is the question most people want answered with one number. I understand why. “Put it away at 70%” sounds easier than checking a manual.
But I would not apply one percentage to every portable power station, even when the units use the same general battery chemistry. Product instructions and maintenance requirements can differ.
Jackery’s own general pages illustrate the problem. Its user-guide FAQ describes recharging every three months to maintain more than 50% when unused. A separate long-term storage support page points to around 80%, with wording that also says above 80%.
Those statements do not establish a single exact target for every model. Start with your unit’s manual. If it does not specify a percentage, ask the manufacturer to confirm the target and maintenance schedule for that model and your intended storage period.
A useful question is: “I own model ___, and it will sit unused for ___ months. What charge should I store it at, and when should I check, recharge, or cycle it?” That is more likely to produce a usable answer than asking what is best for lithium batteries generally.
Include maintenance and warranty instructions in the plan
For example, the US Explorer 1000 v2 manual, JE-1000D includes a battery-cell warranty condition requiring a full charge within seven days of purchase and at least every six months afterward. Check the warranty terms supplied with your own unit too.
That scheduled full charge and a long-term storage target are separate instructions. Don’t drop one from your plan because a general article mentions the other.
Also, don’t put a depleted station on a shelf and leave it there. The same manual warns that several months in that condition can damage performance and leave the product unable to recharge. Deal with a low battery before it becomes an out-of-sight problem.
Emergency readiness needs its own decision
If you expect to need the station soon, follow its instructions for preparing it for use. Your emergency plan may call for more available charge than a seasonal storage routine.
Think about what a lower starting charge means for your household. If your backup plan was calculated from a full battery, it will not provide the same energy when you take the unit off the shelf partly charged.
Our home backup sizing guide helps you connect the starting charge to the appliances and hours you want to cover. Keep your readiness expectations consistent with the charge you actually maintain.
Turn the station off—not just its display
Before putting it away, finish using connected equipment and follow the station’s shutdown procedure.
This is worth checking in person once. A black screen can mean that the display has gone to sleep while other functions remain available.
On the Explorer 1000 v2, the manual distinguishes switching the LCD off from shutting down the main power. For shutdown, it instructs you to hold the main power button until its working indicator goes out.
For an unused station, disconnect loads and charging cables as directed, turn off the outputs and light, and complete the main shutdown. Verify the expected indicators instead of assuming silence means everything is off.
Don’t rely on an automatic timeout without understanding its settings. A previous change made for a low-power appliance may affect how your unit behaves when left alone.
Wireless connectivity and remote-control behavior also vary. Use the documented shutdown or storage mode for your unit; don’t assume that closing the phone app turns the hardware off.
This advice applies to equipment you are putting away. If the station is actively backing up an appliance, turning its outputs off would interrupt that job. Decide which role it is serving before changing anything.
Choose a place that works for the whole storage period
I’d look for somewhere dry, clean, stable, and easy to reach. The location should meet the manufacturer’s limits during the hottest and coldest parts of the period you’re planning for.
A spot that feels comfortable this afternoon may become very different during a summer heat wave or a cold night.
Check three separate specifications: charging temperature, operating temperature, and storage temperature. Permission to store a unit at a certain temperature does not automatically mean you can charge it there.
The US Explorer 1500 v2 manual, JE-1500D gives a useful example of storage limits changing with duration:
| Listed storage duration | Published temperature range | Published humidity range |
|---|---|---|
| 1 month | −4°F to 113°F / −20°C to 45°C | 0–60% relative humidity |
| 3 months | 32°F to 113°F / 0°C to 45°C | 0–60% relative humidity |
| 12 months | 32°F to 77°F / 0°C to 25°C | 0–60% relative humidity |
These are that model’s published limits, not recommended target temperatures or permission to leave a battery unchecked for twelve months.
I’d choose a location comfortably inside the applicable limits. If you’re unsure what happens in a garage overnight or during summer afternoons, a temperature and humidity monitor can replace the guesswork.
Can you store a power station in the garage?
Possibly, if the actual conditions meet your model’s requirements. “Garage” alone doesn’t tell us enough. An insulated, climate-controlled space and a detached metal building in summer can be very different environments.
Also consider leaks, flooding, dust from projects, and nearby fuel or chemicals. Choose a stable surface that supports the unit’s weight and doesn’t require an awkward overhead lift when the lights are out.
If the location goes outside the specified conditions, find another location. A carrying bag does not make the room temperature compliant.
What about leaving it in the car or RV?
I would not make a parked vehicle the default long-term storage place. The U.S. Fire Administration’s battery guidance specifically warns against keeping lithium-ion batteries in hot cars or direct sunlight.
Moving a station for a trip is a different task from leaving it in a vehicle for the season. Follow its transport instructions, secure it appropriately, and bring it to a suitable storage location afterward.
If you’re preparing for cold-weather use, our winter power-station guide explains why charging and discharging need separate temperature checks.
Can it stay in a closet or carrying case?
A closet can be practical when it meets the environmental requirements and leaves the unit accessible. Avoid packing soft goods around it, blocking access, or making it difficult to inspect.
Follow the manufacturer’s case and ventilation instructions. A bag intended for transport should not automatically be treated as an enclosure for charging or operation.
When it is time to recharge, set the station up in a suitable location with the required clearance. Don’t start charging a unit buried behind coats simply because the cable happens to reach.
Set the next check before you walk away
The easiest reminder to ignore is the one you never created.
Once the station is put away, add the manufacturer’s check and maintenance dates to your calendar. Write down the charge shown at shutdown and where you stored it.
For the Explorer 1500 v2, the storage instructions call for checking and recharging every three months, plus a full charge-and-discharge cycle at least once every six to twelve months. Follow its complete procedure; that is not an instruction to routinely drain every station to zero.
For an emergency unit, I’d add a brief monthly readiness check as a household habit. That is my suggested reminder, not a universal manufacturer requirement or a reason to perform a full cycle every month.
A check can be simple:
- Look over the case, ports, cable, and storage area.
- Power it on as instructed and note the displayed charge and any warning.
- Compare with your recorded charge and the manufacturer’s maintenance guidance.
- Recharge or perform scheduled maintenance when required, under suitable conditions.
- Return it to the intended shutdown state and record the next date.
You are looking for a pattern, not trying to diagnose a battery from one percentage reading. If the charge falls unexpectedly, check whether an output or connected device was left active, then follow the manual’s troubleshooting steps.
A quick check also catches ordinary household changes. Someone may have borrowed the cable, moved the station beside a heater, or used it during a project without recharging it afterward.
Keep the accessories ready with it
A charged power station is only part of a usable backup setup.
Keep its approved charging cable somewhere obvious. Label any adapters by the specific equipment they belong to, and avoid a loose pile of similar-looking connectors that someone has to sort through in the dark.
Inspect the cables before storing them. Replace damaged components through the appropriate manufacturer or supplier. Coil usable cables without sharp bends, and keep them from being crushed under the station.
If solar charging is part of your plan, store the panels according to their own instructions and keep the correct connection equipment identifiable. Our solar-panel compatibility guide covers the electrical checks behind a suitable connection.
Make sure you know where the panels will go during use, too. Having the right cable in a drawer is helpful; knowing how it reaches a practical panel location makes the setup easier to deploy.
For loads positioned farther away, work through the extension-cord guide ahead of time rather than grabbing an unsuitable cord during an outage.
What I’d do before an expected outage
When severe weather is forecast, I’d treat that as a reason to check the backup setup even if its next calendar reminder is weeks away.
First, inspect the station and confirm that it is in suitable conditions for charging. Recharge according to its instructions while utility power is still available and conditions are safe. Allow enough time for the charging method you intend to use.
Our charging-time guide helps you plan that window. Don’t assume every wall charger, vehicle connection, and solar setup restores energy at the same rate.
Then gather the essential cables, a separate flashlight, and your short equipment list. Ready.gov’s power-outage guidance recommends taking an inventory of electricity-dependent needs and planning alternative power sources.
Choose the first job for the battery: perhaps keeping the refrigerator cold, maintaining communications, or charging phones. If connectivity matters, our Wi-Fi backup guide helps identify the equipment beyond the router that may need power.
Walk another adult in the household through the intended setup while the room is lit. Let them find the equipment, locate the correct controls, and read the plan without relying on your phone.
A brief functional check with a compatible device can confirm that a cable and output work. It does not prove the station will run every planned appliance for the full outage duration; that still needs a realistic energy and output budget.
For electricity-dependent medical equipment, include the device supplier and medical provider in a separate backup plan. A stored consumer power station should not be the only thing standing between someone and essential care.
What if you find the battery empty or something looks wrong?
If the unit looks normal but shows a low charge, follow its documented charging and troubleshooting instructions. Check the approved cable, input, ambient conditions, and any displayed error.
If it won’t accept charge, stop guessing and contact the manufacturer with the model, error code, storage history, and the steps you have already tried. Don’t open the case or attempt a homemade battery-revival procedure.
Visible damage, swelling, leaking, unusual smells or noises, and excessive heat require a different response from an ordinary low battery. Stop using the unit and seek the manufacturer’s safety guidance. The U.S. Fire Administration identifies these as warning signs. If it is smoking or burning, move away, evacuate, and call emergency services.
A station that appears damaged should not be plugged in simply to see whether it still works. Get the problem assessed before returning it to your backup plan.
A few storage questions you may still have
How long will a power station hold its charge in storage?
That depends on the model, starting charge, temperature, battery condition, and what remains active. I wouldn’t turn a general “several months” claim into a promise for your unit. Use the manufacturer’s check interval and your recorded readings to manage it.
Charge lost while sitting unused is also different from the battery’s useful life over years. Our solar-generator lifespan guide explains that longer-term question.
Should I recharge it every month?
Not automatically. A monthly inspection can be useful for emergency readiness, while recharging and maintenance should follow the model’s instructions and the charge you find. Checking it and cycling the battery are different activities.
Can I leave it untouched all winter?
I’d keep the maintenance reminders active. Confirm that the location meets the storage requirements throughout winter, and check charging conditions before topping it up. A seasonal storage plan should include access to the unit on its scheduled dates.
What if I’ll be away longer than the maintenance interval?
Arrange for a capable adult to follow the written instructions, or ask the manufacturer about a suitable plan before you leave. Don’t assume continuous charging is an approved substitute for maintenance simply because nobody will be home.
Leave yourself a setup you can trust yourself to use
Before closing the closet or leaving the room, I’d want four things settled: the correct charge guidance, the shutdown state, a suitable location, and the next check date.
For emergency backup, add the cables and a short plan that another person can follow. That preparation is what turns a stored battery into something useful when the lights go out.
If you bought your station from Grid Getaway and need help finding the right documentation, start with its exact model and tell us whether you’re storing it between trips, for a season, or as household backup. We can help you identify the instructions relevant to that job.
