Best Solar Power Stations for 2026

At a Glance

Category	Product	Why We Picked It
Best overall	EcoFlow Delta 3 Plus	excellent balance of capacity and charging speed
Best value	Anker Solix C1000 Gen 2	strong performance at a competitive price
Best for expandable capacity	Jackery Explorer 2000	can add external batteries
Best for inclement weather	Bluetti AC60P	rugged and weather-resistant design
Also recommended	Geneverse HomePower One Pro (1,210Wh)	The grownup version of the HomePower One with faster charging and solid performance for home backup.
Also recommended	Anker Power Station 767	high-capacity everyday driver for off-grid life

How we chose and tested

We evaluated solar power stations based on real-world performance metrics including usable capacity, charging speed, portability, and solar input compatibility. Units were tested for their ability to handle common devices from phones to small appliances, with attention to how quickly they recharge from both wall outlets and solar panels. Battery chemistry, durability, and practical features like port variety and display clarity were also considered.

The best solar power stations right now

EcoFlow Delta 3 Plus - Best overall

This power station hits the sweet spot for most users with its 1024Wh LiFePO4 (LFP) battery capacity that handles everything from weekend camping to home backup needs. With 1500W AC input, it charges to 80% in 40 minutes and to 100% in 70 minutes with solar.

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Key highlights

1024Wh LiFePO4 (LFP) battery capacity powers most devices for extended periods
With 1500W AC input, it charges to 80% in 40 mins and to 100% in 70 mins with solar
Solar charging reaches 80% in 1 hr, 100% in 70 mins
Four AC ports plus multiple USB options
Pure sine wave inverter protects sensitive electronics

Pros

Excellent balance of capacity and portability
Fast charging from both AC and solar sources
Clear display shows remaining power and input/output status
Multiple charging options for various devices

Cons

At 61 pounds, it's not lightweight
No built-in wheels for easier transport
Higher price point than entry-level models

Who it is for: Campers, RV owners, and homeowners wanting reliable backup power that handles most common needs.

Skip if

You need something ultra-portable for backpacking or have very basic power requirements.

Anker Solix C1000 Gen 2 - Best value

The latest version of this popular power station delivers strong performance at a competitive price point, achieving 92% of its claimed power potential in testing. It charges quickly from both AC and solar sources.

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Key highlights

1,000 watt-hour capacity suitable for weekend trips
Charges quickly from AC or solar power
Achieved 92% of claimed power potential in testing
LiFePO4 battery chemistry for longer lifespan
Compact design relative to its capacity

Pros

Good value for the power output
Fast charging capabilities
Durable LiFePO4 battery chemistry
Clear interface with useful status information

Cons

Not water resistant
Limited expansion options compared to modular systems
Fewer ports than some competitors

Who it is for: Budget-conscious buyers who want reliable power for camping or emergency backup without premium features.

Skip if

You need weather resistance or plan to expand your system with additional batteries.

Jackery Explorer 2000 - Best for expandable capacity

What sets this unit apart is its ability to expand by adding external batteries, increasing overall capacity and capabilities. Although competitors now offer similar features, Jackery's system remains well-implemented.

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Key highlights

2042Wh LiFePO4 Home Backup Battery capacity
Can power a home for up to two weeks with proper configuration
Compatible with Jackery's solar panel ecosystem
Often available at discounted prices
Established brand with good customer support

Pros

Modular design allows capacity expansion
Strong performance for extended off-grid use
Good compatibility with solar panels
Frequently discounted from MSRP

Cons

Heavy even without expansion batteries
Expansion modules add significant cost
Fewer outlets than some similarly priced competitors

Who it is for: Users who anticipate growing power needs or want the flexibility to scale their system.

Skip if

You want a simple, all-in-one solution or have limited storage space.

Bluetti AC60P - Best for inclement weather

Designed to handle outdoor conditions, this unit features IP65 water and dust resistance making it suitable for rainy camping trips or emergency use during storms. It's as close to weatherproof as portable power stations get.

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Key highlights

IP65 rating for water and dust resistance
600 watt-hour capacity in a rugged package
Good performance in wet conditions
Reliable brand known for durable products
Suitable for outdoor work sites and camping

Pros

Excellent weather resistance
Rugged construction
Good portability for its capacity
Reliable performance in challenging conditions

Cons

Lower capacity than similarly priced units
Currently experiencing stock shortages
Fewer advanced features than some competitors

Who it is for: Outdoor workers, campers in rainy climates, and anyone needing power in wet conditions.

Skip if

You need maximum capacity or mostly use power stations indoors.

Also Good

Geneverse HomePower One Pro (1,210Wh) - The grownup version of the HomePower One with faster charging and solid performance for home backup.
Anker Power Station 767 - high-capacity everyday driver for off-grid life.

How to Choose

Calculate your watt-hour needs first. Add up the wattage of devices you'll run and how many hours you'll use them. A common mistake is focusing on inverter watts instead of battery capacity. A "2000W" unit with only 800Wh will run a 1000W microwave for less than an hour.
Consider charging speed and options. Units vary dramatically in how quickly they recharge. Some take 13+ hours to fully charge, while others manage it in 90 minutes. Solar input capacity matters too, higher wattage solar input means faster solar charging.
Think about portability versus capacity. Larger capacity means more weight. Under 30 pounds is manageable for carrying, while 60+ pound units need wheels or permanent placement. Also consider whether you'll expand your system later, modular units cost more initially but offer flexibility.
Check the inverter type. Always choose pure sine wave inverters in 2026. Modified sine wave can damage laptop power bricks, void CPAP warranties, and reduce efficiency of motors. The small price difference isn't worth the risk.
Evaluate battery chemistry. LiFePO4 (lithium iron phosphate) batteries last longer, typically 3,000+ cycles to 80% capacity versus 500 for standard lithium-ion. They're worth the premium if you'll use the station frequently over several years.

FAQ

How long will a solar power station run my devices?

Divide the station's watt-hour rating by your device's wattage. A 1,000Wh station runs a 100W device for about 10 hours (accounting for 85-90% system efficiency). Remember that devices like refrigerators cycle on and off, using less than their rated wattage on average.

Can I leave my power station plugged in all the time?

Most modern units have battery management systems that prevent overcharging, but consult your specific model's manual. For long-term storage, manufacturers typically recommend 50-80% charge level and storage in a cool, dry place.

What size solar panel do I need?

Match panel wattage to your station's maximum solar input. A 200W panel on a 400W input station won't damage it, the station only draws what it can handle. For faster charging, aim for panels totaling 50-100% of the station's maximum solar input rating.

Are solar power stations safe for indoor use?

Yes, they produce no emissions unlike fuel generators. Ensure adequate ventilation if running high-wattage devices that generate heat through the station's inverter. All units on this list have safety certifications for indoor use.

How long do these batteries last?

LiFePO4 batteries typically last 3,000+ charge cycles to 80% capacity, while standard lithium-ion lasts about 500 cycles. With daily use, expect 3-5 years from LiFePO4 and 1-2 years from lithium-ion before noticeable capacity reduction.