Living off-grid or at a remote cabin means you don’t have the luxury of a utility company at the flip of a switch. But that doesn’t mean you have to live by candlelight (unless you want to!). Portable power stations; essentially big battery banks with AC outlets; can be a cornerstone of an off-grid power setup, especially when paired with solar panels. The needs of off-grid living are a bit different from occasional emergency use: you’ll likely be cycling the system daily, maybe running heavier loads, and integrating with solar or other sources. Here we’ve rounded up the best portable power stations for off-grid living and cabin life, focusing on units that offer high capacity, long-cycle LiFePO₄ batteries, flexible charging, and robust output options. Whether you’re powering a tiny house in the woods or a weekend getaway cabin, these picks will help keep the lights on and the devices humming sustainably.
| Product Name | Image | Check Amazon Price and Reviews |
|---|---|---|
| Bluetti AC300 + B300 Modular System |  | |
| EcoFlow DELTA Pro |  | |
| Anker SOLIX F2000 |  | |
| Jackery Solar Generator 2000 Plus |  | |
| Goal Zero Yeti 6000X |  |
Contents
- 1 Bluetti AC300 + B300 Modular System; Scalable Off-Grid Powerhouse
- 2 EcoFlow DELTA Pro; Off-Grid Workhorse with 3600Wh Base
- 3 Anker SOLIX F2000 (PowerHouse 767); Long-Term Value in the Wild
- 4 Jackery Solar Generator 2000 Plus; Plug-and-Play Off Grid Solution
- 5 Goal Zero Yeti 6000X; Honorable Mention for Huge Capacity
Bluetti AC300 + B300 Modular System; Scalable Off-Grid Powerhouse
- Expandable Capacity: Each B300 pack is ~3072 Wh. Connect 1–4 batteries for 3.1 kWh up to 12.3 kWh total storage. You can start small and grow as needed.
- High-Power Inverter: 3000W continuous (pure sine) inverter handles large loads. 16 outlets including 6 AC, 1 NEMA L14-30 30A, multiple DC/car ports, USBs, etc.; plenty of options for AC and DC appliances.
- Solar Charging Beast: 2,400W max solar input via MPPT. Supports up to 150V PV arrays; great for chaining panels. Also supports 3000W AC charging or dual (3000W AC + 2400W solar = 5400W).
- Cycle Life & Warranty: LiFePO₄ chemistry for long life (approx 10 years of daily use). Bluetti typically offers around a 3-year warranty. The system is designed to be a true daily driver for off-grid.
- Smart Features: Touchscreen display and Bluetti app for monitoring. The system supports split-phase 240V if you connect two AC300s (requires a fusion box accessory); that can run 240V well pumps or dryers if needed.
For serious off-grid needs, the Bluetti AC300 combined with one or more B300 battery modules is a top-tier solution. Unlike “all-in-one” stations, the AC300 is a modular system: the AC300 unit is just a powerful 3,000W pure sine wave inverter/charger (no internal battery), and it connects to external battery packs (the B300 units of ~3,072 Wh each). This design is fantastic for off-grid living because you can start with one battery (3,072 Wh) and add more as needed; up to four B300 packs for a massive 12,288 Wh capacity. That’s 12.3 kWh, which is approaching home Tesla Powerwall territory, but in a portable (or at least movable) format.
The AC300 inverter’s 3,000W output (pure sine) can handle heavier loads like power tools, well pumps, larger appliances, or even a 240V split-phase setup (if you pair two AC300 units together). It has 6 AC outlets and a 30A locking outlet for RV or split-phase use. Essentially, it’s designed to be able to serve as the electrical heart of an off-grid cabin. Bluetti even provides options to hardwire it into a cabin’s sub-panel with a transfer switch, if desired.
Since off-grid often equals solar, you’ll love that the AC300 has a built-in 2,400W MPPT solar charge controller. You can hook up a sizable solar array (up to 12 panels or so, depending on wattage) and charge the batteries directly from the sun. It also accepts AC charging (3,000W input) and can even do dual charging (AC + solar) for a crazy fast combined rate. That means on a sunny day with AC assist (like a generator or grid backup), you could charge 80% of the battery in under an hour; a big deal if you have short weather windows. Of course, daily life off-grid likely relies more on solar-only, and with 2.4 kW solar input, you can realistically harvest about 10 kWh on a good day (if you have enough panels), which refills four B300 batteries nicely.
What we really like for cabin use is the system’s flexibility and battery longevity. The B300 batteries are LiFePO₄ (lithium iron phosphate), rated 3500+ cycles to 80% capacity. So using them every day for many years is fine; perfect for off-grid daily cycling. The modular batteries (each ~74 lbs) can be placed separately, which is easier than lugging one huge unit. And if you only need more power seasonally, you could add a battery later.
Bluetti also has a friendly touchscreen interface on the AC300 and a smartphone app, so you can monitor the system’s status, input/output, etc. from your couch (or via Bluetooth if you don’t have Wi-Fi out in the woods).
While the AC300 + B300 is an investment, it’s far cheaper and simpler than installing a full lead-acid battery bank with separate inverter/charge controllers; and it’s truly portable if you ever need to relocate or reconfigure it. Many off-grid cabin owners use it as their main system, sometimes in conjunction with a generator for winter or prolonged cloudy periods.
EcoFlow DELTA Pro; Off-Grid Workhorse with 3600Wh Base
- Large & Expandable: 3600Wh base, expand up to 10.8 kWh with Smart Extra Batteries. You can realistically run an efficient off-grid cabin (fridge, LED lights, laptop, well pump occasionally) for a couple days on that capacity.
- High Output: 3600W inverter (with 5 AC outlets + 30A) covers heavy loads. Surge up to 7200W handles big motor startups comfortably.
- Multiple Charging Options: 1600W solar input, up to 3000W AC input (multi-charging allows AC + solar up to 5600W). Also can use EcoFlow Smart Generator (gas) as a direct charge source for extended bad-weather periods.
- Long Life LFP: Durable battery chemistry good for many cycles. Maintains >80% after 3500 cycles; excellent for daily use over years.
- Ecosystem & App: Ties into EcoFlow’s smart app for monitoring. The ecosystem includes that home panel integration, which is a nice bonus if you use the system part-time at home and part-time at a cabin.
EcoFlow’s DELTA Pro makes another appearance here because it’s very well-suited to off-grid and cabin scenarios too. With its 3.6 kWh base capacity and ability to expand (you can add two extra batteries for up to 10.8 kWh), the DELTA Pro can function as a mini off-grid system. It has a 3600W inverter (surge 7200W) which is enough to run most tools and appliances in an off-grid home, and even a 30A Anderson port for RVs. One big plus is the array of charging methods; including a unique EV charging adapter that lets you recharge at EV stations, which could be handy if you take it on the road (imagine pulling into a campsite or rest stop and “fueling” your power station in an hour).
For cabin solar setups, the DELTA Pro supports up to 1600W of solar input. While that’s less than the Bluetti AC300, it’s still substantial; you could hook ~4×400W panels. If each extra battery (the Smart Extra Battery units) also supports solar input, you can scale up your solar array accordingly. The DELTA Pro uses LiFePO₄ batteries rated for 6500 cycles to 50% (or ~3500 cycles to 80%), so it’s built for daily use as well.
One standout feature for off-grid use is EcoFlow’s integration options: they have a Smart Home Panel accessory that can tie the DELTA Pro into your home’s circuits, automatically drawing from battery during peak times or outages. This might be overkill for a simple cabin, but for a home it basically turns the DELTA Pro into a whole-home UPS/battery system. Even without that, the DELTA Pro has a fast transfer switch built-in (20ms) if something else is charging it.
At ~99 lbs it’s heavy, but the wheels help. People living in vans or tiny homes often like the DELTA Pro because of its versatility; you can charge via solar, generator, car, grid, even wind turbine (if it outputs in acceptable range). And if you have two DELTA Pros, you can link them for 240V split-phase as well.
Anker SOLIX F2000 (PowerHouse 767); Long-Term Value in the Wild
- LFP Longevity: 2048Wh LiFePO₄ battery rated ~3000 cycles. You can discharge it daily for years without worry. Perfect for frequent cycling off-grid.
- Expandable: Optional expansion battery doubles capacity to ~4.1 kWh. You can start with one and add another later if needed.
- Off-Grid Friendly Features: Tolerates cold weather better than many (down to 14°F operating). Built tough with rubber shocks and a solid case; good for outdoor use.
- Output & Ports: 2400W AC output (with 4 wall-style outlets + a TT-30 RV port). Plenty of USB (100W USB-C) and 12V outputs for DC appliances too. No pure 240V option though.
- Silent Operation: No engine noise, obviously; just a quiet fan. This is great in a peaceful nature setting; you don’t want a roaring generator if you can avoid it.
Anker’s SOLIX F2000, known as the PowerHouse 767, is another unit we’ve praised before and it deserves mention for off-grid living due to its exceptional lifespan and solid capacity. It offers 2048Wh per unit, and you can attach the Anker 760 Expansion Battery (+2048Wh) to double it to ~4096Wh total. While 4 kWh isn’t huge for full-time off-grid, the cycle life (3000 cycles) and 5-year warranty mean it’s a reliable core. Some off-grid folks use multiple 767 units; e.g., two main units and two expansion batteries; to get ~8 kWh, using one unit for certain circuits and one for others, which also adds redundancy.
What’s nice about the 767 at a cabin is it has a very rugged build, with drop-proof design and operating temperature from 14°F to 104°F (and storage down to -4°F). Cabins can get cold in winter, and not all power stations tolerate sub-freezing temps; the Anker does (though you should still avoid charging it below freezing to be safe). It’s also relatively portable with its suitcase wheels, so you can move it around your property easily to where power is needed (say, near a workbench during DIY projects, then back to the cabin for nighttime).
Charging-wise, the Anker 767 can take up to 1000W of solar and about 1440W AC, which is lower than the bigger systems above but still decent. If you have a modest solar setup (e.g., 4 x 250W panels), the 767 will handle it. One limiting factor is it doesn’t have a 30A output or 240V option, so it’s really geared to 120V loads and up to 2400W continuous draw. For many cabins that’s fine (lights, fridge, small appliances), but it wouldn’t run a deep well pump or large power tools unless they’re under that wattage.
However, the efficiency and standby of the Anker are great, meaning you get most of that 2048Wh available for use. And the GaNPrime fast charging means if you have occasional generator access or grid access, you can fast-charge it to full in about 2.5 hours.
Jackery Solar Generator 2000 Plus; Plug-and-Play Off Grid Solution
- Stackable Expansion:0 kWh base + up to 5× add-ons = 12 kWh total (10 kWh usable). Batteries literally daisy-chain with no extra cables.
- High AC Output: 3000W continuous (120V), with a 240V coupling option if you have two. Surge 6000W. Enough to run power tools or an AC unit (though that will chew through battery fast).
- Fast Charging: Up to 1400W solar input and dual AC charging. Can charge 0-100% in ~2 hours on AC. Solar charging in ~2.5-4 hours of good sun with max panels.
- Durability: LiFePO₄ cells good for ~4,000 cycles (80% health). Jackery gives a 5-year warranty when you register, which is great peace of mind.
- All-in-One Kit: Option to include multiple solar panels, carrying cases, etc. in a kit. Very little setup; great for those who want an off-grid power solution without engineering it from scratch.
Jackery’s new Explorer 2000 Plus (and its kit form as a “solar generator” with panels) is an attractive option for off-grid cabins especially if you want simplicity and modular expandability with LiFePO₄ reliability. The 2000 Plus has about 2042Wh base and a 3000W inverter, and you can stack up to 5 of their 2 kWh battery packs for a total of ~10 kWh capacity. That stacking is literally physical; the batteries are designed to stack and plug in, which makes expanding foolproof. This system essentially competes with Bluetti’s, but in a more consumer-friendly package.
For a cabin, you could start with the main unit and one extra battery (~4 kWh). That might handle lights, a DC fridge, and device charging daily with some solar input. If you later install more solar or need more storage, add another battery or two. The 3000W output can run high-demand devices (table saw, well pump, microwave) which is fantastic for a Jackery (they traditionally had lower output). It also supports 240V split-phase if you link two units, so it can even tackle heavier off-grid setups.
Jackery’s solar generator kits come with their SolarSaga panels; you can get bundles like 2000 Plus + six 200W panels. The unit can take in around 1400W of solar which is plenty for typical off-grid arrays included with these kits. Jackery gear is known for being very user-friendly: foldable panels, quick setup, and an app to monitor things. They also put a big focus on safety and BMS (battery management system), which is comforting for unattended use.
Because the Explorer 2000 Plus uses LiFePO₄ (rated ~4,000 cycles), it meets our off-grid requirement of long life. The main unit itself is about 60 lbs (lighter than some peers thanks to no built-in UPS transformer which others have). Each expansion battery is ~45 lbs. If your cabin is remote, hauling pieces separately is easier than one giant unit.
Jackery also touts that this system can be a whole-home backup when paired with their optional outlets box (for 240V output). But in an off-grid context, it’s basically a LEGO-like solar power system: very easy to use, maintain, and grow. If you don’t want to fiddle with wiring or more technical setups, this is as plug-and-play as it gets for a multi-kWh off-grid power.
Goal Zero Yeti 6000X; Honorable Mention for Huge Capacity
I’ll mention the Goal Zero Yeti 6000X as an honorable mention. It’s a 6,071Wh station with a 2000W inverter. Goal Zero has been in the game a long time and their Yetis are popular for cabins and off-grid sheds. The 6000X uses NMC lithium battery (not LiFePO₄), so it’s only rated ~500 cycles; which is a downside for daily off-grid use. However, it’s a beast of capacity in one box, and Goal Zero has a lot of 12V outputs and supported accessories (like the Yeti Link module to tie into lead-acid banks or their integration kits).
The reason to consider it: if you want a very large battery in one unit for a cabin that you use on weekends (not cycling daily), the Yeti 6000X can store a ton of energy to last a whole trip without recharge. It also has a 600W MPPT input for solar and can be expanded by chaining lead-acid batteries with their Link module (effectively using the Yeti as the inverter and charge controller). Goal Zero stuff is also known for durability and a wide operating temp range. But given its weight (104 lbs) and old battery tech, we rank it below the others for full-time off-grid living. Still, it’s worth a look if you find a good deal, need the capacity, and maybe won’t cycle it heavily every day.
In summary, for off-grid living and cabins, the best power stations are those that offer expandable, long-lasting battery reserves and strong inverter output, coupled with efficient solar charging. Bluetti’s AC300+B300 and Jackery’s 2000 Plus are excellent scalable systems for building a home-grade off-grid setup. EcoFlow’s Delta Pro and Anker’s 767 provide high performance and durability in slightly more self-contained packages. With any of these, you’ll be well on your way to a comfy off-grid life, enjoying modern amenities powered by the sun and stored in a quiet box; no grid needed!