JPB Software Solutions LLCIndependent affiliate reviewCompare specs

Independent editorial comparison by JPB Software Solutions LLC. We are not paid by these manufacturers. As an Amazon Associate I earn from qualifying purchases: some Amazon links on this page are affiliate links, and commissions never influence our rankings.

Buying guide · Updated October 2026

Best Portable Power Stations: Anker vs Jackery vs EcoFlow vs BLUETTI

We compared four popular ~1kWh LiFePO4 power stations for backup power, camping, RV use and solar charging.

Our verdict

Best overall

Anker SOLIX C1000 Gen 2

It has the most continuous AC power here (2,000W) and the fastest listed full recharge (49 minutes). It also has 600W solar input and a sub-10ms UPS, at a portable 24.9 lb.

The 30-second answer

Which one should I buy?

  • Best overall

    Anker SOLIX C1000 Gen 2 portable power station, official product photo

    Anker SOLIX C1000 Gen 2

    Choose this if: You want the best balance of power, fast charging, portability and backup capability.

    • 2,000W output
    • 49 min full recharge
    • 600W solar
    • Under 10ms UPS
    • 24.9 lb
    View on Amazon
  • Best for expandable home backup

    EcoFlow DELTA 3 portable power station, official product photo

    EcoFlow DELTA 3

    Choose this if: You want to start at about 1kWh and may expand toward a much larger backup system.

    • Expandable to 5kWh
    • 6 AC outlets
    • Under 10ms UPS
    • 1,800W output
    View on Amazon
  • Best for solar / off-grid

    BLUETTI Elite 100 V2 portable power station, official product photo

    BLUETTI Elite 100 V2

    Choose this if: Solar charging and off-grid use matter more than expansion.

    • 1,000W solar input
    • 1,800W output
    • 10ms UPS
    • 25.3 lb
    View on Amazon
  • Best for portability

    Jackery Explorer 1000 v2 portable power station, official product photo

    Jackery Explorer 1000 v2

    Choose this if: You want the lightest option and 1,500W output is enough.

    • 23.8 lb
    • 1,070Wh
    • 3,000W surge
    • Carry-handle design
    View on Amazon

The trade-off in one sentence

Anker
More AC power and the fastest charging, but no capacity expansion.
EcoFlow
The best expansion and home-backup flexibility, but the heaviest unit here, with half BLUETTI's solar input.
BLUETTI
Excellent solar capability, but no confirmed expansion like EcoFlow's.
Jackery
The lightest, with a slightly larger battery, but the lowest AC output and solar input of the four.

Side by side

Compare the specs

Category winners are highlighted only where the difference is meaningful. Capacity, surge and UPS are close enough that we don't name a winner.

Portable power station specifications with category winners
SpecAnker SOLIX C1000 Gen 2EcoFlow DELTA 3BLUETTI Elite 100 V2Jackery Explorer 1000 v2
Capacity1,024Wh1,024Wh1,024Wh1,070Wh
Continuous AC output Winner2,000W1,800W (2,200W X-Boost)1,800W (2,700W Power Lifting)1,500W
Surge / peak3,000W peak3,600W3,600W3,000W
Solar input600W500W Winner1,000W400W
Wall charging Winner0–100% in 49 min (1,600W UltraFast, enabled in app)0–100% in 56 min (1,500W)0–80% in 45 min (1,200W)About 1.7 h standard; 1 h Emergency Super Charge
Weight24.9 lb27.6 lb25.3 lb Winner23.8 lb
Outlets10 ports total Winner6 AC · 13 outputs total4 AC3 AC
UPS switchoverUnder 10msUnder 10ms10msNot listed
ExpansionNo WinnerYes — up to 5kWhNot listedNot listed
Battery cycle life4,000 cycles to 80%4,000 cycles to 80%4,000+ cycles4,000 cycles to 70%
WarrantyNot listed5 years5 years3 years (+2 when bought from Jackery.com)
Best useOne compact ~1kWh station that performs strongly across most usesHome backup you can grow from 1kWh toward 5kWhSolar and off-grid use: camping, RVs, cabinsCarrying it often, when 1,500W is enough
BuyView on AmazonView on AmazonView on AmazonView on Amazon

Swipe sideways to see all four models →

“Not listed” means we couldn't confirm the figure on the manufacturer's official page. Figures are as published by each manufacturer.

Still unsure?

Not sure which one to buy?

  1. 1

    Need expandable home backup?

    Yes EcoFlow DELTA 3

    No

  2. 2

    Is maximum solar charging important?

    Yes BLUETTI Elite 100 V2

    No

  3. 3

    Want the lightest unit, and 1,500W is enough?

    Yes Jackery Explorer 1000 v2

    No

  4. Then get our overall pick

    Anker SOLIX C1000 Gen 2

    View on Amazon

In depth

Each model, honestly

Anker SOLIX C1000 Gen 2 portable power station, official product photo

Anker SOLIX

Anker SOLIX C1000 Gen 2

Our pick

Why we like it

It has the most continuous AC power in this group and the fastest listed wall charge, yet it is the second-lightest. That balance makes it the safest pick for most buyers.

Key advantages

  • 2,000W continuous output — highest here
  • Full recharge in 49 min
  • 600W solar input
  • Under 10ms UPS
  • 24.9 lb

What you give up

  • No battery expansion
  • Lower solar ceiling than BLUETTI (600W vs 1,000W)
  • Fastest charging must be enabled in the app

Best for: One compact ~1kWh station that performs strongly across most uses

EcoFlow DELTA 3 portable power station, official product photo

EcoFlow

EcoFlow DELTA 3

Why we like it

It is the only model here that can grow with extra batteries, and it has the most AC outlets. That makes it the strongest base for a home backup setup.

Key advantages

  • Expandable up to 5kWh
  • 6 AC outlets, 13 outputs
  • Under 10ms UPS
  • 3,600W surge
  • 5-year warranty

What you give up

  • Heaviest here (27.6 lb)
  • Lowest solar input after Jackery (500W)
  • Extra batteries add cost and weight

Best for: Home backup you can grow from 1kWh toward 5kWh

BLUETTI Elite 100 V2 portable power station, official product photo

BLUETTI

BLUETTI Elite 100 V2

Why we like it

Its 1,000W solar input is double EcoFlow's and two-and-a-half times Jackery's, so it refills fastest from the sun — what matters most off-grid.

Key advantages

  • 1,000W solar input — highest here
  • 1,800W output, 3,600W surge
  • 10ms UPS
  • 25.3 lb
  • 5-year warranty

What you give up

  • Slowest full wall charge here (1,200W max)
  • Expansion not confirmed by BLUETTI
  • Fewer AC outlets than EcoFlow

Best for: Solar and off-grid use: camping, RVs, cabins

Jackery Explorer 1000 v2 portable power station, official product photo

Jackery

Jackery Explorer 1000 v2

Why we like it

It is the lightest unit here and stores slightly more energy, with a simple carry handle. It's a good fit if you move it a lot and don't run high-wattage appliances.

Key advantages

  • Lightest here (23.8 lb)
  • 1,070Wh — slightly more capacity
  • 3,000W surge
  • Simple carry-handle design

What you give up

  • Lowest continuous output (1,500W)
  • Lowest solar input (400W)
  • Only 3 AC outlets

Best for: Carrying it often, when 1,500W is enough

Practical context

What can a ~1kWh power station actually do?

Two numbers matter: watt-hours (how long it lasts) and continuous watts (what it can run at once). Runtimes below assume about 870Wh usable from a 1,024Wh battery after inverter losses.

  • Wi-Fi router

    Assumed 10W

    ~87 h

  • LED lights (a few rooms)

    Assumed 30W

    ~29 h

  • CPAP (no humidifier)

    Assumed 40W

    ~22 h

  • Laptop

    Assumed 60W

    ~15 h

  • TV

    Assumed 100W

    ~8.7 h

  • Refrigerator (average while cycling)

    Assumed 100W

    ~8.7 h

  • Microwave

    Assumed 1,200W

    ~44 min

  • Coffee maker

    Assumed 1,600W

    ~33 min

Approximate estimate — actual runtime depends on appliance consumption and inverter losses. Check your appliance's label for its real wattage.

Why 1,500W vs 1,800W vs 2,000W matters

Continuous output is the ceiling for everything running at once. Against a 1,600W coffee maker (assumed):

  • Anker2,000W · Can run it
  • EcoFlow1,800W · Can run it
  • BLUETTI1,800W · Can run it
  • Jackery1,500W · Too much load

Know the basics

Buying guide

Capacity

Watt-hours (Wh) is stored energy. About 1kWh can, in theory, run a 100W load for about 10 hours; expect somewhat less in practice.

Output

Continuous watts is what the unit supplies all the time. Surge watts is a brief burst for motors and compressors that spike at start-up.

Battery chemistry

All four use LiFePO4, rated for about 4,000 cycles. LFP is valued for long life and thermal stability; the trade-off is a little more weight.

Charging

Fast wall charging matters before a storm. A higher solar limit lets you use more panels, but real output depends on sunlight and your panels.

Portability

More capacity and output usually mean more weight. These units weigh 23.8–27.6 lb — carryable by one adult, not something to hike with.

Home backup vs camping

For home backup, prioritise UPS, outlets and expansion. For camping and RVs, prioritise weight and solar input.

FAQ

Frequently asked questions

What size portable power station do I need?

Add up the watts of what you want to run at the same time — that must stay below the unit's continuous output. Then multiply each device's watts by the hours you need it; the total should fit within roughly 80–90% of the rated Wh, because conversion losses reduce usable energy.

Is 1000Wh enough for home backup?

For short outages and essentials — lights, router, phones, a laptop, possibly a fridge for some hours — often yes. It will not run a whole house or central air. If you expect long outages, choose an expandable model.

Can a portable power station run a refrigerator?

Usually, if the station's continuous output and surge cover the fridge's running watts and start-up spike. Check the fridge's label. Runtime depends on how often the compressor cycles, so it varies widely.

Can these power stations be charged with solar panels?

Yes, all four accept solar input — from 400W (Jackery) to 1,000W (BLUETTI). Real-world solar charging depends on sunlight, panel angle and temperature, so expect less than the maximum.

What is the difference between a portable power station and a generator?

A power station stores electricity in a battery: it is silent, has no emissions and can be used indoors, but its energy is limited. A fuel generator makes power continuously while it has fuel, but it is loud, needs maintenance and must never run indoors.

Is LiFePO4 better for a portable power station?

LiFePO4 (LFP) cells typically last many more charge cycles and are more thermally stable than older lithium-ion chemistries, at the cost of being somewhat heavier per Wh. All four models here use LiFePO4.