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Power stations are ideal for helping you get through a power outage and for off-grid camping. They offer a compelling alternative to loud and smelly generators. And, unlike gas generators, power stations don't emit potentially lethal carbon monoxide fumes and can be recharged with optional solar panels.
The best power station for most people is the Anker C1000 Gen 2. It delivers on most people's basic needs, such as getting through a blackout in comfort, providing power for an off-grid camping trip, or offering portable power away from a 110V outlet. Affordably priced — currently on sale for under $400 — it offers a combination of price, power, and portability that hits the sweet spot: ample power without breaking the bank.
The Jackery 2000 v2 is the best power station for those who need additional power for multi-day off-grid camping, or for an extended blackout. Recently reduced in price, it can now be found for under $800 on Amazon. At 39 lbs, it is light enough that most people will find it easy to pack and move around, and it is easy to add optional solar recharging. It's our favorite option for extended off-grid camping.
If your primary goal is home backup power, step up to the EcoFlow Delta Pro 3. It is designed specifically for home backup power use, and can be wired directly into your home breaker panel with an optional transfer switch kit. It has an impressive 4.0 kWh power capacity, which can be expanded to up to 48 kWh.
After considering more than 40 models, we purchased and tested today's top 14 power stations. Our extensive side-by-side tests measured the runtime delivered with everything from home appliances to camping gear. We also measured the number of recharges you can deliver to an iPhone, a laptop, or a cordless drill.
Editor's Note: We updated this review on July 23, 2026, with fresh testing of 7 of the newest and updated power stations.
The Anker C1000 Gen 2 nails the sweet spot for power and weight. Enough power for most people's basic needs, yet versatile enough to use while camping, for remote work, or for emergency backup power at home. Weighing just 25.2 lbs, the Gen 2 is a perfect solution for carrying into a campsite and setting up an off-grid kitchen, or stringing up lights and a projector under the stars. The Gen 2 features 5 AC outlets and multiple USB-C and USB-A ports, giving you plenty of flexibility for a range of appliances and devices. It also has one of the fastest charging speeds we've ever tested, taking just 56 minutes to reach a full charge. As our lead tester noted, “The fast charging on the C1000 Gen 2 is incredibly valuable. Being able to quickly recharge my power station before heading out for a weekend off-grid is priceless.”
Despite being a known issue with the previous generation, the C1000 Gen 2 still has a loud fan, making it difficult to use this power station overnight or at a workstation. We would not recommend it for powering nighttime medical equipment like a CPAP. Anker also removed the ability to add additional expansion batteries to the C1000. Despite this, the C1000 Gen 2 is a stellar unit with unmatched performance and value, making it our favorite choice for modest off-grid power needs or to make a blackout more comfortable.
The Jackery Explorer 2000 v2 offers ample power to support multi-day off-grid camping needs and allow you to stay comfortable during an extended blackout. It delivers quiet operation and is relatively easy to tote around at 39 lbs. It offers an impressive 2,042 Wh capacity, of which we measured 1,710 Wh available as usable AC power output. The 2000 v2 provides fast-charging capabilities, reaching 100% in 2.5 hours through AC input. It offers easy-to-use solar panel support, ideal for handling extended off-grid camping or sustained power outages. Paired with (1) or (2) 200 watt solar panels, it is easy to recharge the 2000 v2 on sunny days. One tester noted, “The Jackery 2000 v2 is my go-to for camping. Small and light enough to be easy to use, it offers plenty of power for a cool campsite with string lights, an electric cooler, and recharging devices.”
One drawback of the Jackery 2000 v2 is the lack of an expandable battery capacity option. We don't consider that a deal breaker, since you can simply buy another one if you need more power down the road. While it provides plenty of power for off-grid camping needs or for powering lights or tools wherever you need them, the v2 does not offer sufficient runtime for multi-day cooking on an electric burner or for running a space heater (less than 2 hours of runtime). And, if you need to fully recharge an e-bike, that will drain more than half of the v2's capacity. Solar panels are an easy-to-use option to extend the v2's capacity, and Jackery solar panels are well-made and extremely easy to use. For those with existing non-Jackery-branded solar panels, buying an adapter cable is required (about $25 on Amazon). Despite these minor drawbacks, the Jackery 2000 v2 remains our top choice for providing ample power for multi-day off-grid adventures.
If you are searching for a compact and portable power station that is primarily going to be used to recharge phones and laptops, the Jackery Explorer 300 is our recommendation. This unit is ideal for charging phones and laptops or running low-wattage things like LED lights. Its small form makes it an extremely easy power station to transport and use. Whether you're using it for camping, outdoor work, or to keep devices charged and operating during a blackout, the Jackery 300 is a great solution. We love that it's super portable; it's easy to grab and go. With a 300-watt AC inverter and a 500-watt surge, this unit still packs plenty of power for device charging and a little more.
While we have no major complaints with the Jackery 300 — so long as your power needs are modest — there are a few issues to be aware of. The first is the absence of a built-in LED light. While not a deal breaker, having a light on a smaller power station is handy during power outages or for the inside of your tent while camping. Secondly, having a built-in function to estimate discharge time would prove useful in understanding how much battery remains when a device is plugged in and drawing power. But if your key goal is keeping your phone and laptop working during a blackout or while off-grid camping, it is tough to beat the Jackery 300's small size and weight. It is our favorite for device charging and low-watt options like LED lighting.
The EcoFlow Delta Pro 3 is a large, high-capacity power station designed for home backup power. Its 4,000-watt output and 4,096 Wh capacity allow for high-wattage appliance use and extended blackout capability. With expansion options up to 48 kWh, the Delta Pro 3 is a great starting point for those looking to transition to full home backup power. It also supports up to 2,600 watts of solar charging, allowing you to utilize solar in van builds and off-grid home use. EcoFlow makes an optional Transfer Switch Kit that makes it easy and fast to use the Delta Pro 3 to power your essential home circuits during a blackout. As our tester notes, “the Delta Pro 3's ample power and battery expansion potential made it my go-to choice to build out my home backup setup.”
The biggest downside to the EcoFlow Delta Pro 3 is its weight. At 114.1 lbs, it's better suited to a semi-permanent location inside your garage than it is on a camping trip. Despite its sturdy wheels and telescoping handle, the sheer size and weight of this unit make moving it difficult, if not impractical, with its wheels only cooperating on smooth, even terrain. It's also one of the most expensive power stations on the market, with a relatively poor price to capacity of $0.90/Wh. Despite its heavy weight and hefty price tag, we wouldn't hesitate to recommend the Delta Pro 3 for those with large power needs and home backup in mind.
If home backup power is what you are after, the Delta Pro 3 is custom-designed to deliver on your needs. Credit: Matt Lighthart
Product Comparison Table
We built a giant bank of light bulbs to be able to run each power station with a precisely measured power load. Our light bar test jig allows us to determine the exact amount of usable AC power each product can deliver under real-world conditions. Credit: Matt Lighthart
How We Tested
Our testing process for power stations is extensive. We subject each product to hundreds of hours of hands-on use and testing to evaluate power output, runtime, device compatibility, and ease of operation.
We do not rely on manufacturer claims or specifications to determine things like each product's actual usable AC power output. We use sophisticated power measurement equipment, along with some creative test jigs of our own custom design, to stress test each product and measure its real-world capabilities.
None of the products we tested actually delivers usable AC power output that matches their claimed capacity. For example, a 2,000 watt-hour power station will not provide you with 2,000 watt-hours of usable AC power — only 60% to 93% of the claimed capacity is actually delivered and usable to power your devices through the AC outlets. Since products vary so widely in the actual usable power they deliver, we consider the usable AC power output to be the single most important information to help guide your purchase decision-making.
We use precision power measurement equipment to measure runtime and charging speeds. You can learn more about our power station testing protocol and process, in our How We Test article.
Our tests inform our rating scores, which reflect the four key factors we believe are most important for you to make a smarter purchase decision:
Power Output (60% of overall score weighting)
Portability (25% weighting)
Charge Speed (10% weighting)
Features (5% weighting)
We tested each power station with a variety of common devices and appliances.
Why Trust GearLab
Our power station test team have a combined 20 years of experience using power stations in conditions ranging from power outages to off-grid camping to remote tool use. Our review team includes experts in electronics, off-grid power and solar charging, and consumer-electronics review and testing.
GearLab co-founder RJ Spurrier, a Robotics Engineer educated at UC Berkeley's Engineering school, has been using power stations for more than 15 years, starting from the time he organized an off-grid movie night with friends on San Francisco's Ocean Beach. Today, RJ is a dedicated off-grid camper with his family, using solar panels and power stations to enable extended outdoor adventures across the mountains and deserts of the US West. RJ also uses power station batteries and solar panels to power his net-zero home, which combines a 45-panel solar array with a 20 kWh power station system for home backup.
Senior Research Analyst, Sentry Kelly boasts a formal education in Applied Manufacturing Engineering, Sentry has the knowledge and training to analyze just about any mechanical or electrical product out there. In his free time, Sentry and his wife travel far and wide in his custom-built van that is outfitted with solar panels and a power station as the primary power source for their extended off-grid camping adventures.
Research Analyst Kenji Mowrey leads our field testing of each power station. Kenji earned his bachelor's degree in Outdoor Product Design from Oregon State and has a lifelong passion and curiosity for discovering what separates good consumer products from the great ones. Kenji blends his analytical and science-based testing with a pursuit of electronics and outdoor equipment that are simply a joy to use, never let you down, and work just as expected.
Analysis and Test Results
In the following section, we share our findings from our extensive testing of each competing product.
Worse Value
Better Value
What's the Best Value?
The Jackery 300 is the winner of our Best Buy award because it is small, affordable, and a great solution for keeping your phone and laptop recharged. However, it won't be a great value if your goal is to power higher-wattage devices or appliances — for example, you can't power a space heater, stove burner, or even a hot water kettle with the Jackery 300.
Figure out how much power you need. From our perspective, the best value strategy for power stations is to focus on what you want to power and avoid overspending on more capacity than you actually need.
Choosing the right power station is largely determined by your power needs. To save money, first figure out how much power you need, then pick the best device that meets your needs. Credit: Matt Lighthart
While it is tempting to jump to higher power output, keep in mind that doubling power capacity will double the cost (and the weight). It might not be worth it. (Although we admittedly find ourselves wanting more power now for off-grid camping than we did in the past.)
Adding Solar Can Save You Money
A 2,000 Wh power station like the Jackery 2000 v2 might be all the power you need for a weekend camping trip. But you are unlikely to get 5-7 days of off-grid camping power out of it. Going to a 4,000 Wh power station could solve that problem, but it will cost you another $1,000. A more economical solution? Consider adding a 200 watt solar panel for less than $400, which might extend your runtime for days.
The good news is costs are coming down. Unlike most consumer electronics categories, power stations and solar panels have become much more affordable over the last few years. In 2024, each 1,000 Wh of power station capacity would cost you about $1,000, or $1/Wh. Today, many of the most compelling power station products can be found for less than half that cost — around $0.40/Wh.
Power Output
The most important consideration when buying a power station is to get a product that can power the devices and appliances you need to run, and provide sufficient runtime to meet your needs. Our testing provides you with objective measurements to help you dial in the right product to meet your needs.
The chart below shows the maximum AC wattage supported for each product.
Make sure you get the wattage support you need. Match the wattage required by the devices and appliances you want to run, and ensure the power station you buy offers the maximum Watts needed to power those devices.
Watts Required by Common Devices and Runtime Estimates
Maximum Wattage Supported
Four LED Lights
(20W)
CPAP
(60W)
Home Refrigerator
(600W)
Hot Water Kettle
(1,500W)
Space Heater
(1,500W)
Induction Stove Burner
(1,800W)
EcoFlow Delta Pro 3
4,000 watts
190 hr
63 hr
19.0 hr
2.5 hr
2.5 hr
2.1 hr
EcoFlow Delta Pro
3,600 watts
148 hr
49 hr
14.8 hr
2.0 hr
2.0 hr
1.6 hr
Jackery Explorer 2000 V2
2,200 watts
86 hr
29 hr
8.6 hr
1.1 hr
1.1 hr
1.0 hr
DJI Power 1000 V2
2,200 watts
44 hr
15 hr
4.4 hr
0.6 hr
0.6 hr
0.5 hr
Goal Zero Yeti 1500
2,000 watts
66 hr
22 hr
6.6 hr
0.9 hr
0.9 hr
0.7 hr
Anker Solix C1000 Gen 2
2,000 watts
45 hr
15 hr
4.5 hr
0.6 hr
0.6 hr
0.5 hr
Bluetti Elite 100 V2
1,800 watts
45 hr
15 hr
4.5 hr
0.6 hr
0.6 hr
0.5 hr
EcoFlow Delta 3
1,800 watts
44 hr
15 hr
4.4 hr
0.6 hr
0.6 hr
0.5 hr
Jackery Explorer 1000 v2
1,500 watts
46 hr
15 hr
4.6 hr
0.6 hr
0.6 hr
✖
EcoFlow River 2 Pro
800 watts
31 hr
10 hr
3.1 hr
✖
✖
✖
Goal Zero Yeti 700
600 watts
28 hr
9 hr
2.8 hr
✖
✖
✖
Anker Solix C300
300 watts
12 hr
4 hr
✖
✖
✖
✖
Jackery Explorer 300
300 watts
13 hr
4 hr
✖
✖
✖
✖
Anker 521
200 watts
10 hr
3 hr
✖
✖
✖
✖
Our light bar test jig allows us to set a specific AC power load to precisely test the AC power output capacity of each product. Credit: Natalie Kafader
Will you be able to recharge your devices enough times? The table below shows how many times each power station can recharge commonly used devices. This is especially important to consider with less expensive power stations, which many people use to keep their phones and laptops working during a blackout or while camping.
How Many Times Can I Recharge?
iPhone 16
(20 Wh)
LED Lantern
(25 Wh)
Drone
(30Wh)
iPad
(30 Wh)
Laptop
(96 Wh)
eBike
(1,000 Wh)
EcoFlow Delta Pro 3
190x
152x
126x
126x
39x
4x
EcoFlow Delta Pro
148x
118x
98x
98x
31x
3x
Jackery Explorer 2000 V2
86x
68x
57x
57x
18x
2x
Goal Zero Yeti 1500
66x
53x
44x
44x
14x
1x
Jackery Explorer 1000 v2
46x
36x
30x
30x
9x
1x
Bluetti Elite 100 V2
45x
36x
30x
30x
9x
1x
Anker Solix C1000 Gen 2
45x
36x
30x
30x
9x
1x
EcoFlow Delta 3
44x
35x
29x
29x
9x
1x
DJI Power 1000 V2
44x
35x
29x
29x
9x
1x
EcoFlow River 2 Pro
31x
25x
21x
21x
6x
1x
Goal Zero Yeti 700
28x
22x
19x
19x
6x
1x
Jackery Explorer 300
13x
10x
9x
9x
3x
✖
Anker Solix C300
12x
9x
8x
8x
2x
✖
Anker 521
10x
8x
6x
6x
2x
✖
Manufacturer claims on power capacity can't be relied upon. Each manufacturer's marketing prominently features a claimed power capacity (in watt-hours), but our tests show that the usable power does not match the claimed power capacity in any product we tested — the percentage of usable power is as little as 60% of claimed in some products, and as high as 93% in others. We carefully measured the actual usable power capacity for each device so you know what to expect before you buy.
Usable AC Power Output
Claimed Capacity
Usable %
Measured AC Capacity
Power Output Rating
EcoFlow Delta Pro 3
4,096 wh
93%
3,790 Wh
1
2
3
4
5
EcoFlow Delta Pro
3,600 wh
82%
2,950 Wh
1
2
3
4
5
Jackery Explorer 2000 V2
2,042 wh
84%
1,710 Wh
1
2
3
4
5
Goal Zero Yeti 1500
1,505 wh
89%
1,320 Wh
1
2
3
4
5
Jackery Explorer 1000 v2
1,070 Wh
85%
910 Wh
1
2
3
4
5
Anker Solix C1000 Gen 2
1,024 Wh
87%
890 Wh
1
2
3
4
5
DJI Power 1000 V2
1,024 Wh
86%
880 Wh
1
2
3
4
5
Bluetti Elite 100 V2
1,024 Wh
87%
890 Wh
1
2
3
4
5
EcoFlow Delta 3
1,024 Wh
85%
870 Wh
1
2
3
4
5
EcoFlow River 2 Pro
768 wh
81%
620 Wh
1
2
3
4
5
Goal Zero Yeti 700
677 wh
83%
560 Wh
1
2
3
4
5
Jackery Explorer 300
293 wh
89%
260 Wh
1
2
3
4
5
Anker Solix C300
288 Wh
80%
230 Wh
1
2
3
4
5
Anker 521
256 wh
75%
192 Wh
1
2
3
4
5
The Delta Pro 3 has plenty of power to keep essentials running during multi-hour blackouts. Credit: Matt Lighthart
Standout power output for home backup. The EcoFlow Delta Pro 3 is our favorite for those concerned with multi-hour power outages. It can power your fridge for 19 hours, but will only provide a couple of hours of space heater power (FYI, electric space heaters require a lot of power and runtime; consider using your fireplace for heat during an outage, or use a portable generator to support multi-day runtime of an electric space heater). EcoFlow's optional Transfer Switch kit allows you to pick the home circuits you want to power (such as the refrigerator, outlets, and designated lights), and in a blackout, easily switch to have those powered by the EcoFlow. At a hefty 114.1 lbs, we consider it impractical for camping, but it is well designed for home backup. And, you can conveniently upgrade it to provide >3x longer runtime with the EcoFlow Delta Pro 3 Smart Extra Battery
The Jackery 2000 v2 is a bit heavy at 39 lbs, but it is small and relatively easy to pack and move around. We like its power output for off-grid camping, and it is handy at home too during a blackout or for powering devices away from an outlet. Credit: Chris McNamara
Well-suited for off-grid camping and home backup too. The Jackery 2000 v2 is small enough to take camping, yet robust enough in its power output to cover you during an extended power outage. It has sufficient power to make off-grid camping a dream, dressing up you campsite with LED string lights, powering an electric cooler, recharging your devices, and even watching a movie. And, while it is a bit heavy at 39 lbs, we had no problem moving it around. During a power outage you can power lights, recharge devices, provide limited use of appliances, and run two CPAP machines all night. Jackery does not offer a battery expansion option for the 2000 v2, but that isn't a dealbreaker; you can purchase a second 2000 v2 to economically double your power, which actually costs less than Jackery's official battery expansion option for the similar 2000 Plus. And, you can easily add up to two 200 watt solar panels to significantly extend your off-grid camping duration when the sun is shining.
The Jackery 300 is lightweight and convenient, making it our favorite for low-power needs like charging devices and a few LED lights. Credit: Kenji Mowrey
Just enough power for lighting and devices. If you are only concerned about short-duration blackouts, lasting less than an hour, and you don't intend to use electricity to cook, refrigerate, or run a space heater, then a less expensive power station with 300 to 1,000 watts is a great solution. A low-end power station can give you enough power for LED lighting and phone/laptop recharging for a much lower price. If that is all you need, then save some money by buying a 1,000 watt power station like Anker Solix C1000 Gen 2, which has more than enough power for LED lights and most common devices, and while it has enough power to run a CPAP machine all night we don't recommend it for that use since its fan is noisy. If you all you need is power for a few LED lights and recharging your devices, then the Jackery 300 is an even better solution: convenient to move around, lightweight, and affordable.
Charging Speed
Our next metric focuses on the required time to charge your power station from 0% to 100% when plugging it into an AC outlet. Charging speed can matter if you are getting ready to head out the door for a weekend camping trip and realize you forgot to charge up the power station — being able to plug it in and get it fully charged before you drive away is important. But if recharging takes many hours, you are likely out of luck.
As the chart above shows, charge times between each model and brand can vary significantly. Some of the best-performing power stations could achieve a full charge in under two hours, while others took more than 4 hours.
The C1000 Gen 2 has one of the fastest charge times of any power station we've ever tested. Credit: Matt Lighthart
The Anker Solix C1000 Gen 2 was one of the more impressive units in terms of charging time. With a charge time of 63 minutes, it was one of the fastest stations to charge. The C1000 also has an ultra-fast charge option that can be toggled through its app. This reduced charge time even more, taking only 49 minutes to achieve a full charge.
Charging Speed
Measured Time to Charge
Claimed Battery Capacity
Measured Charging Speed
Charging Speed Rating
EcoFlow Delta Pro
2.6 hr
3,600 Wh
1,412 Wh/hr
1
2
3
4
5
EcoFlow Delta Pro 3
3.2 hr
4,096 Wh
1,293 Wh/hr
1
2
3
4
5
EcoFlow Delta 3
0.8 hr
1,024 Wh
1,229 Wh/hr
1
2
3
4
5
Goal Zero Yeti 1500
1.3 hr
1,505 Wh
1,188 Wh/hr
1
2
3
4
5
Anker Solix C1000 Gen 2
0.9 hr
1,024 Wh
1,097 Wh/hr
1
2
3
4
5
DJI Power 1000 V2
1.0 hr
1,024 Wh
1,041 Wh/hr
1
2
3
4
5
Jackery 2000 v2
2.5 hr
2,042 Wh
817 Wh/hr
1
2
3
4
5
EcoFlow River 2 Pro
1.3 hr
768 Wh
614 Wh/hr
1
2
3
4
5
Jackery Explorer 1000 v2
1.9 hr
1,070 Wh
563 Wh/hr
1
2
3
4
5
Bluetti Elite 100 V2
2.0 hr
1,024 Wh
512 Wh/hr
1
2
3
4
5
Anker Solix C300
1.1 hr
288 Wh
274 Wh/hr
1
2
3
4
5
Goal Zero Yeti 700
2.5 hr
677 Wh
269 Wh/hr
1
2
3
4
5
Jackery 300
4.0 hr
293 Wh
74 Wh/hr
1
2
3
4
5
Anker 521
4.1 hr
256 Wh
62 Wh/hr
1
2
3
4
5
When you get to higher battery capacity models, the charging speed becomes increasingly important and determines the charging time. Charging speed varies widely between models.
We were impressed by the Delta Pro's recharge time and the multitude of different ways you can charge it. Credit: Natalie Kafader
The EcoFlow Delta Pro had the fastest charging speed and a recharge time of 153 minutes. When factoring in its battery size, it was the most impressive power station in terms of charging capabilities. Another thing that sets the EcoFlow apart is the many different ways to recharge. With a separate EV plug adapter, you can recharge the Delta Pro at level 2 EV charging stations in under 2 hours. You can also buy an alternator charger kit from EcoFlow to recharge your power station in the car at 800W, meaning a much quicker recharge than traditional DC powered car charging and the ability to use the energy produced by your vehicle while you drive to a destination.
Considering both the speed and time to charge, below are our ratings for charging speed:
Portability
Our Portability metric looks at the effort required to lift and carry, the ability to roll over different surfaces, and the different dimensions and weights necessary to stack and store your portable power station. Most higher capacity models will use wheels and handles to account for their larger form. Others are inherently more portable due to the nature of their battery size. To separate the good from the great, we analyzed the difference in handle comfort/material, assessed the weight distribution while carrying, and even considered each model's ability to fit within common spaces.
The Jackery 300 and Anker 521 ran away with the best mobility scores, thanks to their small form and light weight.
However, for larger power stations, it was hard to ignore the impressive weight-to-power output ratio of the Anker Solix C1000 Gen 2 at 1024 Wh to just 25.2 lbs. With power output that rivals other units with almost double the weight, the Anker is a favorite for off-grid camping and travel-friendly adventures. The ability to stash the Anker C1000 in the backseat and be lifted comfortably with only one person is a huge plus.
The C1000 Gen 2 is plenty easy to lift and carry, despite its battery size. Credit: Matt Lighthart
The Jackery 2000 v2 offers an even better power-to-weight ratio than the Anker C1000, coming in with 2,042 Wh at 39 lbs — delivering double the power with only a 34% increase in weight over the Anker.
While we liked the ergonomics of Ecoflow's wheels and handle design, there is just no way to consider this 98 lbs product to be easy to move around. Credit: Natalie Kafader
Although we were fans of the EcoFlow Delta Pro's ergonomic handle design and robust telescoping pull handle, it is a beast at 98 lbs, and just not very portable in practice. The newer EcoFlow Delta Pro 3 is even heavier at 114.1 lbs while sporting a similar handle and wheel design.
Features
Our Features metric covers those features we consider practical in day-to-day use, and the overall user-friendliness of each power station.
The most important features are the basics, such as knowing how much battery % you have used, the estimated time to 0% based on your current power use, and, when charging, knowing how long it will take until it is fully recharged. While many power stations offer an app, we consider a power station to be a device you shouldn't have to pull your phone out to operate.
Basic Features
Large Easy to Read Screen?
Displays Battery Charge %
Estimates Time Until Power is 0%?
Displays Power Flow In/Out?
Displays Time Until Fully Charged?
Touchscreen User Interface?
EcoFlow Delta Pro
EcoFlow Delta Pro 3
EcoFlow Delta 3
✖
Anker Solix C1000 Gen 2
✖
Goal Zero Yeti 1500
✖
DJI Power 1000 V2
✖
Jackery Explorer 1000 v2
✖
EcoFlow River 2 Pro
✖
Jackery 2000 v2
✖
Bluetti Elite 100 V2
✖
Anker Solix C300
✖
✖
Goal Zero Yeti 700
✖
✖
✖
Jackery 300
✖
✖
✖
✖
✖
Anker 521
✖
✖
✖
✖
We prefer a large, easy-to-read touchscreen panel on the power station that can provide you with all the basic info at a glance.
A good display is important to manage your power usage. The Anker C1000 Gen 2 is our favorite — simple, easy to use, and provides all the basic info at your fingertips! Credit: Matt Lighthart
Less stress to manage your power usage. A good display goes a long way to avoid unnecessary stress during a power outage, or when off-grid camping, when making sure you have sufficient power available becomes critical.
The Anker Solix C1000 Gen 2 and EcoFlow Delta Pro 3 impressed us not only with their large, easy-to-read screens, but both units display all the important functions discussed above. The Anker C1000 and EcoFlow Delta Pro 3 also function as an uninterrupted power supply.
Will you need any "Specialty Features"? Some of the higher-end units offer advanced features such as the ability to expand the battery capacity or a smartphone app. These are important to be aware of if you want those features. But in practice, most of these Specialty features are not required. We feel the ability to expand the battery capacity is the only specialty feature that deserves significant consideration in your purchase decision; you may find, as we do ourselves, that you desire more power capacity down the road than you calculate you need today.
Does a Power Station make a good UPS? Some power stations offer the ability to work as an Uninterruptible Power Supply (UPS) which can continue to power a device like a Desktop Computer in the event of a power outage. While this sounds like a nifty feature, in practice using a $1,500 Power Station to back up a desktop computer is a waste of money compared to a buying a quality $200 APC or CyberPower UPS, which work better, offer more features, and are a lot less expensive. If this feature comes with the power station you buy that is a plus — but we consider it a nice-to-have feature, not a requirement. For those who are really looking for a UPS system for something like a Desktop Computer, we'd recommend shopping for one separately rather using a power station for that purpose.
auto
Battery Expansion Option?
Smartphone App?
AC Power Bypass Feature?
Uninteruptible Power Supply (UPS)?
EcoFlow Delta Pro 3
DJI Power 1000 V2
EcoFlow Delta 3
EcoFlow Delta Pro
✖
Bluetti Elite 100 V2
✖
Jackery Explorer 2000 V2
✖
Anker Solix C1000 Gen 2
✖
Anker Solix C300
✖
Goal Zero Yeti 1500
✖
Jackery Explorer 1000 v2
✖
✖
EcoFlow River 2 Pro
✖
✖
Goal Zero Yeti 700
✖
✖
Jackery Explorer 300
✖
✖
✖
✖
Anker 521
✖
✖
✖
✖
The Delta Pro 3 has a compelling list of high end features including increased home expansion capabilities, multiple different charging options, and a dialed display. Credit: Matt Lighthart
Considering all of the above factors, with more weight placed on the basic features, here is how we rated the products on Features:
How to Choose A Power Station
Before deciding which power station will be right for you, there are a few key factors to consider. Below are some key questions that summarize key points from our buying advice article.
An electric cooler is very convenient for camping. But, be sure to bring it to a cool temperature at home or when plugged into your car 12v plug while driving, since the initial cooling is when it draws the most power. Credit: Matt Lighthart
Power stations are more limited in the maximum AC wattage and runtime they can provide, which is intuitively obvious. We are all accustomed to plugging in whatever we want into an AC outlet, and it just works. But, off-grid camping power or managing through a multi-day blackout requires planning about what kinds of devices you run to avoid fully depleting your power station prematurely. Dialing in your power station requirements takes discipline: you may need to pull back from what you want, to think about what you really need.
The Power Output section above includes some tables to help you determine what power station capacity will best meet your requirements.
Note that certain kinds of devices, like space heaters, cooking appliances, and charging ebikes, are much more demanding of power than most other common devices. If you desire to run these higher-power devices, you'll want to calculate your power needs more carefully to ensure you have capacity for the runtime you need.
For multi-day power needs, adding optional solar panels may be helpful. Read on below for more info on solar panels.
One of our Editors has invested in a large-scale solar panel system for his home, with 45 solar panels on his roof, and an integrated power station battery capacity of 20 kWh. He notes, “Our home puts more power into the grid each year than we use, and the power station batteries allow us to pull power when needed during lower-rate cost times of the day. And, we push power onto the grid in the summer during the highest rate for reimbursement times of day.” Yet, even with that large-scale home backup system, it does not provide enough power for a 24-hour power outage during winter unless he turns off the breakers for all non-essential circuits. The reality is that providing the daily power most on-grid homeowners are accustomed to is beyond the capability of most solar + power station systems.
We are unabashed fans of electric camping. It can take a yeoman camping trip in the middle of nowhere and turn it into a magical romantic experience or a family fun adventure everyone will remember for years to come. Here's a list of some of our favorite gear and their power requirements:
LED String Lights — ok, we've got to start with this, because whether it is romance, or a magical family experience, it is all about the lighting. For less than $20 for our best buy winner in string lights, which consumes less than 30 watts of power, you can dress up your campsite with 25 warm glowing LED lights. Oooh. So nice. We love it! And, learn how to play guitar too (acoustic, please) for the full monte.
Electric Cooler — we started reviewing electric coolers years ago, but only recently have they become truly awesome. Skip that stop at the store to buy ice, skip all the space taken by the ice, and eliminate the yucky pool of melted water getting in your food on Sunday morning — welcome to the new core tool for camping: the electric cooler. It is a game changer. Pro tip: extend your power station runtime by cooling down your electric cooler using AC power at home, or on the drive plugged into your car 12v plug --it is when cooling down that a powered cooler requires the most electricity.
Outdoor Projector — yeah, that is a thing too. Family camping experience: check! Remote location: check! Pixar movie at your campsite: coolest parents ever! But, do have your power station handy and not fully drained. A quality outdoor projector like the XGIMI Halo+ is a great choice and has its own battery, but if that battery runs out 10 mins before the movie ends, you will go from coolest parents ever to a total meltdown — the power station might save the day (and let you watch more than one movie too)!
LED Lanterns — while there may be some who have nostalgia for old-school kerosene or white gas mantel lanterns, at GearLab we love modern LED Lanterns for safe and quiet task lighting when preparing meals. Even if you have a full set of LED String lights, it is great to have a bright rechargeable LED Lantern (or two) when preparing meals or putting a band-aid on a kiddo.
Induction Electric Burner — not everyone is ready to give up their old-school fuel-based Coleman camping stove, but we think they are going away in the future too. The full electric camping experience embraces an induction burner (1800W) to replace old-school propane and white gas camping stoves (note you'll need induction-compatible pots and pans to go with it). An induction burner is safer when camping with kids, more efficient with power usage than an old-school electric burner, and you'll rid yourself of the fuel, the fumes, and the fire risks associated with an old-school fuel camping stove.
Electric Kettle — boiling water is a recurring task when camping, whether it's for coffee, tea, oatmeal, hot chocolate, or instant “just-add-water” foods. A basic electric kettle (1500W) just makes it so easy and fast.
Electric Griddle — Another slick addition to your electric camping dream set-up is an electric griddle (1500W). They are great for cooking pancakes, eggs, grilled cheese sandwiches, bacon, sausage links, and more.
Keep in mind the power you'll need, which adds up fast. You'll want at least a 2,000 Wh power station, and one with at least 2,000 AC watt support. The cooking devices are high AC Watt so you'll need to run them one at a time unless you buy a higher capacity power station. We love having all three — a kettle, an induction burner, and a griddle — but if space is tight, a burner alone will do. Adding one or two 200 watt solar panels will greatly extend your battery runtime by recharging your power station on sunny days.
No. Many people do not need to invest in solar panels for their power station. The only reason to consider a solar panel is if you need more power over multiple days than your power station can provide. For most people, a suitable power station, like the Jackery 2000 v2 will provide you with adequate power for comfort during a multi-hour blackout and/or a typical weekend camping trip. Obtaining a 12v car adapter charging cable for your power station is a low-cost way to recharge anytime you use your vehicle when camping.
In our experience, it is when you need support for 3 or more days without grid power that a solar panel becomes a necessity.
A 3-day weekend off-grid camping trip can easily drain your power station and leave you with no power halfway into your trip.
For example, we recently did a 3-day family camping trip in the Sierra Nevada mountain range using the Jackery 2000 v2. Our off-grid campsite included amenities such as LED string lights, an electric cooler, an inductive stove, two ebikes, recharging phones and iPads, and a SpaceX Starlink system. That camp setup draws too much power each day to make it through a 3-day trip. But, by using two 200 watt solar panels, we were able to fully charge up each day. One tester said, “It was liberating to camp off-grid, in the middle of nowhere, and with such a cool camp setup. My family had a blast! In fact, we had plenty of power to be out there for a week or more of off-grid camping, so long as the sun kept shining.”
If you want to add solar panels for a power station with a battery capacity in the range of 1,000 Wh to 3,000 Wh, we recommend starting with a 200-watt solar panel, which is a good size for most power stations and sells for less than $400. If that is insufficient, consider adding a second 200-watt panel, which will meet the needs of most people for extended off-grid camping or power blackouts.
Solar Panel Charging Time Estimates
The amount of time it takes a solar panel to charge your power station will depend on the weather, the size of the solar panel, the efficiency of the solar panel at charging, whether you just need to top off charge to 100% or fully charge from 0%, and lastly, the watt-hour capacity of your power station. Our tests of solar panels reveal the following rules of thumb, which we've used in the table below:
4-6 hours of peak sun a day — a good rule of thumb is that you can get 4-6 hours of peak sun charging on a clear, sunny day. Your mileage may vary, but in our experience, those are good numbers for planning your power on an off-grid camping adventure.
80% solar charging efficiency — we've extensively tested solar panels for charging efficiency, and the results vary widely, from as low as 50% to as high as 90% efficiency. For our calculations in the table below, we assume 80% efficiency based on the results of testing of the better quality 200 watt solar panels.
200-watt solar panels for most people — We consider the 200-watt solar panel to be the sweet spot for most people with power stations in the popular size of 1,000 Wh to 2,000 Wh. The 200 watt size packs well, and there is a lot of competition, which means you can get a quality panel for a good price.
Solar Panel Time to Fully Charge
Solar Panel Watts
300 Wh Power Station
1,000 Wh Power Station
2,000 Wh Power Station
3,000 Wh Power Station
4,000 Wh Power Station
100W Panel
3.8 hr
12.5 hr
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✖
✖
200W Panel
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6.3 hr
12.5 hr
✖
✖
(2) x 200W Panels
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3.1 hr
6.3 hr
9.4 hr
12.5 hr
500W Panel
✖
2.5 hr
5.0 hr
7.5 hr
10.0 hr
(2) x 500W Panels
✖
1.3 hr
2.5 hr
3.8 hr
5.0 hr
As you can see in the table above, a 100-watt solar panel is the only option for a low-end power station in the 300 watt or lower capacity, and we consider 100 watt solar panels impractical for any power station with a capacity of 1,000 Wh or higher. We recommend 200-watt panel(s) as the right solution for 1,000 Wh to 2,000 Wh capacity range. A typical need is just to top off your charge each day (rather than providing 100% full recharge), and for that scenario a single 200-watt panel will likely do the job. If you find you need more solar charging, then add a second 200-watt panel. The GearLab team often brings (2) x 200-watt solar panels for our off-grid camping, using a 2,000 Wh power station, since we tend to be more aggressive in our power utilization, using higher-demand devices like electric cooking stovetops and ebike charging.
Pairing a solar panel with your power station unlocks the ultimate off-grid charging solution for extended camping and travel. Credit: Matt Lighthart
Other Notable Power Stations
Competition is high among power station manufacturers, offering consumers a wide range of options to choose from. Below are some of the notable options available, with our thoughts on each.
Jackery HomePower 3000 — The 3000 is the logical step up from the Jackery 2000 v2. It includes all the features we love about the 2000 v2, but with 50% more power. It sells for around $1,200, about $400 more than the Jackery 2000 v2. For that extra $400, you get a significant upgrade in power output, including (1) 30amp AC outlet and (4) 20 amp AC outlets (the 2000 v2 maxes out at 18 amps), and a 3,072 Wh capacity (about 50% more than the 2000 v2's 2,042 Wh). The maximum watts is similarly increased to 3,600 watt max versus the 2000 v2's 2,200 watt max. That added power gives you about 50% more runtime and an enhanced ability to power large home appliances during blackouts, as well as high-power tools like circular saws and table saws. It weighs 60 lbs, which is at the high end of what is manageable for use camping, but if you are OK with that weight, it can serve well for off-grid camping adventures as well as home backup power. For those who need more power output than the Jackery 2000 v2 can deliver, the 3000 is a high-quality upgrade worth considering.
Ecoflow Trail 300 — the Trail 300 is a uniquely designed DC-only small power station that sells for about $150 and provides 288Wh of capacity in a compact and lightweight vertical format. It is small enough to fit in a backpack, but it offers no AC outlets — just (4) USB ports and a 12V car socket. It weighs 6 lbs and is intended for the user who wants to hike into a remote location with ample power to recharge phones and laptops. We consider it an innovative, but niche solution that uniquely addresses a need we think few people have. For hiking into a remote location, power banks are much smaller and lighter, and make for a better backpack-friendly solution. And, if you are car camping, a product like the Jackery 300 is sufficiently small and light, but offers much more capability, including (2) AC outlets, and costs only $30 more.
Jackery Explorer 300D — similar to the Ecoflow Trail 300 noted above, the 300D is lightweight, small enough to fit in a backpack, and offers only USB power (DC-only, no AC outlets). It weighs about 5 lbs and offers 288Wh of claimed capacity. It is marketed for a niche audience who will take it backpacking or hiking, and yet need more power than smaller, lighter and much more convenient power banks, or better yet, a solar power bank product provides. The 300D is a unique solution. But, quite frankly, we consider the 300D, like the Ecoflow 300 noted above, as niche solutions that answer a question not many people are asking.
Pecron E2000LFP — Pecron is a manufacturer of power stations based in China whose products are about 20% less expensive in terms of dollars per Wh capacity. Despite the low prices, we don't recommend the brand due to concerns we have about reliability. User reviews provide evidence of a significant number of reported product failures and warranty returns. Pecron appears to be standing behind the product, and user reviews indicate that they honor their warranty. But, we are left uncomfortable recommending Pecron power stations, despite low street prices.
Ecoflow Delta Pro Ultra X — for those who are looking for a robust whole home backup power solution, the Ultra X delivers big power capacity, 12kWh capacity in the base model, which sells for around $8,000, and expandable to a stunning 180kWh capacity. Combined with Ecoflow's Smart Home Panel 3, the Ultra X can kick in automatically in the event of an outage, so your lights stay on uninterrupted. While offering impressive power, we think the plug-and-play form of the Ultra X is only half the solution. It is expensive, and if you are investing $10k to $20k in this level of power capacity, you will be smart to combine it with rooftop solar panels. A fully integrated solar + battery power solution will require that you obtain a permit from your electrical utility provider so you can sell excess your solar electricity to your power company and draw power from the grid during lower-cost times of day. This class of integrated solar + battery power solutions can deliver significant long-term economic benefits as well as qualify for tax incentives. But, they are not DIY solutions, and you'll need the help of an authorized installer and electrician to put it all together and obtain the necessary permits. If you are interested in this class of solution, we encourage you to solicit competitive bids from reputable solar installers in your area to get a better sense of your options before making a big investment in something like Ecoflow's Ultra X.
Bluetti Elite 30 V2 — The Elite 30 V2 is a small form power station intended for device charging and small appliance use. It offers 288 Wh and weighs 9.5 lbs. It works well for small tasks like charging devices and running small appliances, but there are more compelling options in the 200-300 Wh class.
Jackery Explorer 5000 Plus — The 5000 Plus sports a 5040 Wh capacity, ideal for powering large home appliances during blackouts, with 240V outlet configurations and expansion options capable of supplying multiple days of backup power. A power station this size is a significant investment and is most practical when integrated with your home's circuits via a transfer switch kit, along with solar panels and additional battery packs, which quickly increases the cost and benefit of owning a power station over a gas generator.
Jackery Explorer 500 — The Jackery Explorer 500 shares many of the same qualities as the smaller Jackery 300 but with a bigger battery capacity and higher power output. Though it takes over 5 hours to recharge via a standard wall outlet and has only a single AC port, making it less practical for anything beyond charging phones and laptops.
Goal Zero Yeti 500 — The Yeti 500 is a 499 Wh power station that weighs 16 lbs and produces 500 watts of power output. The Yeti 500 has enough power to run some appliances, such as a CPAP machine, but is underpowered for larger items like coffee makers and induction cooktops. Given the limited ports, like only having 2 AC outlets and just one 60 watt USb-C port, there are more enticing options available in the 500 Wh category.
DJI Power 2000 — The Power 2000 is DJI's debut in the power station market. It's large enough to cover multiple days of camping or keep an appliance or two charged during an outage. It has a couple of enticing features, such as a 30A RV plug and eight USB-C/USB-A ports. However, the proprietary charging ports are disappointing; you'll need to purchase additional accessories for solar or car charging, quickly making the 2000 an expensive option, especially compared to almost every competitor that has built-in solar and car charging ports.
EcoFlow Delta 3 Max — The Delta 3 Max is a beefed up version of the popular EcoFlow Delta 3. It has double the battery capacity at 2048 Wh and a power output of 2400 watts. The tradeoff is that it weighs 44 lbs and costs a few hundred dollars more than the Delta 3. If you like the Delta lineup but need a bit more capability and battery storage, the Delta 3 Max is worth considering.
Anker Solix F3800 — The F3800 is a large, home backup power station that serves as a starting point for building out a full-scale home backup system. It has expandability up to 53.8 kWh, enough to power your home for multiple days during outages. The dual 120V/240V outlet opens up more appliance options, such as clothes dryers and electric ranges, and it also directly supports EV charging via the NEMA 14-50 port. Like any other large, home backup power station, the F3800 is a significant investment and is difficult to transport or move.
Conclusion
Our breakdown of portable power stations aims to simplify the confusing and continually evolving information involved in purchasing one. After months of extensive testing and research, we hope our portable power station review provides the necessary knowledge and guidance to help you make an informed decision about your power needs.
The right portable power station can help supplement your power needs, whether you're on the road, at home, or anywhere in between. Credit: Kenji Mowrey
