Best Power Stations UK 2026: Our Top Picks for Every Use Case
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Time to read 11 min
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Time to read 11 min
Table of contents
Whether it's a winter storm knocking out the grid, a weekend off-grid in a campervan, or running power tools somewhere with no socket in sight, a portable power station has quietly become one of the most useful pieces of kit you can own. Unlike a power bank, which is built to top up a phone, a power station can run a fridge, charge a laptop, keep the lights on, and recharge everything in between — all from a UK three-pin socket built into the unit itself.
The tricky part is working out which size you actually need. Get it wrong and you're either lugging around far more battery than necessary, or you've bought something that can't run the one appliance you needed it for. We've broken down our full range of power stations by real-world use case, so you can match the right capacity and output to what you're actually trying to power.
If you want power-station versatility without the bulk, the Powerpack Lite is the one to pack. At 88Wh it sits comfortably under the 100Wh limit most airlines set for lithium batteries in carry-on luggage, so it's one of the few AC-output power stations you can legally take on a plane — most rivals in this list simply can't make that claim.
Don't mistake “Lite” for underpowered. An 80W AC output through a UK socket, plus USB-A, USB-C and a wireless charging panel, means it'll happily run a phone, a camera, a drone controller or a small fan, and it recharges fully from the mains in around three hours. It's also solar-compatible up to 30W, so it can trickle-charge in a tent porch or on a balcony without any extra kit.
It won't run a fridge or a kettle, and if you need to charge a laptop at speed you'll want more headroom than 80W gives you. But as a genuinely portable, flight-safe backup for cameras, phones and small gadgets, nothing else in the range beats it.
✅ Pros: Airline-safe capacity, wireless charging panel, compact and light, quick recharge
❌ Cons: 80W output won't run larger appliances; not suited to laptop fast-charging
The Powerpack 100+ is the most established model in the range, and its 27 customer reviews and 4.7-star average back that up. At 1.5kg it's light enough to sling in a rucksack, but the 120W AC inverter, triple 12V DC output and integrated 39-LED light panel (up to 72 hours of runtime) make it far more capable than its size suggests.
It's built for exactly the trips where mains power isn't an option: glamping pods, fishing trips, market stalls, or a garage that's never had a socket fitted. The onboard LCD panel makes it easy to see battery level and output at a glance, and it recharges from the mains, a car's 12V socket, or a 30W solar panel — useful if you're away from home for more than a night.
At 150Wh it's still a “small” power station by capacity, so it's not the pick for anything appliance-heavy. But for keeping lights, fans, laptops and phones running over a weekend away, it's the best-value option we sell.
✅ Pros: Highest-rated model in the range, integrated 72-hour light panel, multiple recharge options
❌ Cons: 150Wh capacity limits runtime for anything power-hungry
The Core 300 sits between the entry-level Lite and the mid-range 450+, and it's the model to pick if you want a genuine UK three-pin socket rather than a DC-only setup. A 300W continuous output (600W surge) is enough for hair straighteners, small speakers, laptops and desk fans, and the six output types — including two USB-C ports rated up to 60W — cover most modern devices without an adaptor in sight.
At 3.6kg and 240 x 186 x 138mm, it's still small enough to carry one-handed, and it recharges fully in around five hours from the mains or via a 12V vehicle socket. Solar input tops out at 60W, doubling the Powerpack 100+'s ceiling, which makes it a better fit if you're planning to top up on the move.
It's backed by a 1-year warranty and UK-based support, which is worth knowing if anything ever needs a repair.
✅ Pros: Full UK plug socket, fast 60W USB-C, 60W solar input, 1-year warranty
❌ Cons: Not powerful enough for fridges or heaters
This is where power stations start to look like genuine emergency infrastructure rather than camping accessories. The 450+ delivers a 500W pure sine wave output — cleaner and safer for sensitive electronics than the modified sine wave you'll find on cheaper units — and is capable of running a small fridge for 15–20 hours on a single charge. If you've read our guide on preparing for a power cut this winter, this is the size we'd point you towards.
Its rugged aluminium alloy casing houses a 444Wh lithium-polymer battery, three 12V DC outputs, a dedicated 12V 15A car port, three USB ports and a high-power USB-C — enough to keep a router, lamps, a laptop and a phone running simultaneously during an outage. It recharges via mains, car, or an optional 60W solar panel, so it isn't reliant on the grid being back up to top itself up again.
It's a step up in price from the smaller models, but for anyone who's been caught out by a storm-related outage, or who wants genuine appliance-level backup rather than just a gadget charger, it's the natural starting point.
✅ Pros: Pure sine wave output, can run a fridge for 15–20 hours, rugged build, solar-compatible
❌ Cons: Noticeably heavier and pricier than the smaller models
The Pro 1000 moves into genuinely commercial territory, built around a 48V LiFePO4 (lithium iron phosphate) battery rated for over 2,000 charge cycles — several times the usable lifespan of the lithium-ion and Li-Po batteries used in the smaller models. That matters if the power station is going to be used daily on a job site rather than a few weekends a year.
A 1150W pure sine wave output through a single UK socket, plus 12V, USB-3.0 and 100W USB-C outputs, makes it suitable for power tools, laptops and small equipment away from the mains. The external 540W AC charger keeps charging heat away from the battery itself, and four internal fans manage cooling under sustained load. It's also solar-ready out of the box, with an MPPT charge controller supporting up to 200W (12V) or 400W (24V array) input.
This isn't the model for casual weekend use — it's built for engineers, tradespeople and anyone who needs dependable off-grid power on a regular basis, and the price reflects that.
✅ Pros: Long-life LiFePO4 battery, external fast charger protects battery health, MPPT solar controller included
❌ Cons: Significant investment; more capability than most home users need
The Pro 2000 is the same Pro-series engineering as the 1000 — LiFePO4 battery, external 540W fast charger, four-fan active cooling, MPPT solar controller — scaled up to 1530Wh and a 2300W continuous output. That's enough headroom to run a fridge, broadband router, lighting circuit and several laptops at once, which is what makes it a realistic whole-home backup option during an extended outage, rather than just a way to keep individual gadgets alive.
The 2,000+ cycle LiFePO4 battery means it's built to be discharged and recharged repeatedly without the capacity loss you'd see from a cheaper lithium-ion pack, and the pure sine wave output through a UK socket makes it safe for sensitive electronics. 110V versions with an industrial IEC connector are available on request for construction and site use.
At this price and capacity, it's aimed squarely at households wanting serious resilience against winter power cuts, or small businesses needing dependable backup — not something you'd take camping.
✅ Pros: Largest capacity and output in the range, long-life LiFePO4 battery, industrial connector option available
❌ Cons: Premium price; overkill for occasional or lightweight use
Power station capacity is measured in watt-hours (Wh) — how much energy is stored, not how fast it can deliver it. To work out what you need, list the devices you want to run and add up their wattage (usually printed on a label on the device itself), then multiply by how many hours you need them running for.
As a rough guide:
A phone, a couple of lights and a laptop for an evening will comfortably run on one of our smaller units. A fridge running overnight during a power cut needs considerably more — this is where the 444Wh–1,530Wh models earn their keep. Add a 20% buffer to your total, since many appliances draw more power at start-up than when running.
These two numbers answer different questions. Watt-hours (Wh) tell you how long a power station can run something before it needs recharging. Watts (W) tell you how much you can plug in at once — the maximum combined load the inverter can handle. A power station with a huge battery but a small inverter can run a phone charger for days, but still won't start a fridge compressor if its wattage rating is too low. Always check both figures against what you actually plan to run, not just the headline battery size.
Our smaller, more affordable models use lithium-ion or lithium-polymer batteries, which are lighter and cheaper but have a shorter practical lifespan — typically a few hundred full charge cycles before capacity starts to noticeably decline. The Pro Series uses LiFePO4 (lithium iron phosphate), rated for 2,000+ cycles and generally considered safer under heat and stress. If you'll be charging and discharging your power station regularly — daily job-site use, for example — a LiFePO4 model will cost more upfront but last considerably longer.
Yes — every power station in our range accepts solar input, from 30W on the Powerpack Lite up to 400W (in a 24V array) on the Pro Series. This is what makes them genuinely useful for off-grid use rather than just power cuts: as long as there's daylight, you can keep topping up without needing the mains at all. Read our full guide to how plug-in solar panels work if you're considering pairing one with a dedicated solar panel.
Only the smallest models. Airlines generally cap carry-on lithium batteries at 100Wh, which rules out every power station in our range above the 88Wh Powerpack Lite. If air travel is a priority, the Lite is the only model here that's airline-safe — everything else should be considered ground/vehicle transport only.
A power bank is designed to recharge small USB devices like phones and earbuds via USB ports. A power station is larger, includes a full AC inverter and UK three-pin socket, and can run mains-powered appliances such as fridges, laptops, lights and power tools — not just USB devices.
For basic essentials — phone charging, lighting and a router — a 150–300Wh model is enough for an evening. If you want to keep a fridge running overnight, look at 444Wh and above, such as the Powerpack 450+ or Pro Series.
Yes, provided the power station's continuous wattage exceeds the fridge's running wattage (typically 40–100W, with a higher start-up surge). The Powerpack 450+ is rated to run a small fridge for 15–20 hours per charge.
It varies by model and charger: the Powerpack Lite recharges in around 3 hours, the Core 300 in around 5 hours, and the Pro Series uses a more powerful external 540W charger for faster top-ups on much larger batteries.
If you'll be using the power station regularly — for work, off-grid living, or frequent camping — yes. LiFePO4 batteries last for 2,000+ charge cycles compared to a few hundred for standard lithium-ion, so the higher upfront cost is offset by a much longer working life.
Most models in our range, including the Powerpack 100+, Core 300 and 450+, can be recharged via a 12V car socket, making them practical for van life or long journeys where mains power isn't available.
Browse the full range of power stations at Maplin, with free UK delivery on orders over £35.