Side by side

Anker SOLIX C300 vs Jackery Explorer 500 v2: Only C300 recharges through USB-C, and Jackery adds energy

Quick verdict

USB-C recharging and a lighter electronics kit are the reasons to choose C300. More stored energy, or a steady load above C300's 300W AC rating but within Jackery's 500W limit, are the reasons to choose Explorer 500 v2. Note that the Jackery listing is a carrying-bag bundle and its USB-C ports only charge devices. Neither station is sized for ordinary high-wattage kitchen appliances.

Before you buy

Why, and what it costs you

Start a six-hour work session with an energy budget

Say the laptop and its accessories average 60W for six hours. That calls for 360Wh delivered.

Where this comes from

60W × 6h = 360Wh. Set the delivered-energy demand against nominal capacity. The numbers assume no efficiency and claim no measured runtime.

The catch

Anker SOLIX C300

A 360Wh work-session requirement is more than its 288Wh store can deliver.

The catch

Jackery Explorer 500 v2

A USB-C source cannot recharge it.

Anker SOLIX C300

Anker SOLIX C300

Why pick it
  • Refill the station from a compatible USB-C power source
  • Take a smaller 288Wh kit along for light electronics
The catch
A 360Wh work-session requirement is more than its 288Wh store can deliver.
See price & reviews on Amazon
Jackery Explorer 500 v2

Jackery Explorer 500 v2

Why pick it
  • Plan on more stored energy for a longer work session at low load
  • Power a verified steady AC load over 300W and within 500W
The catch
A USB-C source cannot recharge it.
See price & reviews on Amazon

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Comparison updated , Product data updated , Amazon.com / United States

What this page compares

C300 and Explorer 500 v2 compared for a laptop workday, a 400W charger, USB-C recharging and the specific carrying-bag bundle.

USB-C recharging and a lighter electronics kit are the reasons to choose C300. More stored energy, or a steady load above C300's 300W AC rating but within Jackery's 500W limit, are the reasons to choose Explorer 500 v2. Note that the Jackery listing is a carrying-bag bundle and its USB-C ports only charge devices. Neither station is sized for ordinary high-wattage kitchen appliances.

Which one fits

Pick the situations that sound like you

  • Provide 360Wh over a six-hour work session

    Not even the nominal energy is there on C300. Jackery has nominal headroom, though losses and load need checking.

    Anker SOLIX C300
    Not suitable
    Jackery Explorer 500 v2
    Depends
  • Charge the station using my compatible USB-C laptop charger

    USB-C input is accepted only by C300.

    Anker SOLIX C300
    Better fit
    Jackery Explorer 500 v2
    Not suitable
  • Run a checked continuous AC load of 400W

    Jackery's 500W total covers 400W, which is more than C300's continuous rating.

    Anker SOLIX C300
    Not suitable
    Jackery Explorer 500 v2
    Good
  • Run a 1500W kitchen appliance in normal mode

    The ordinary continuous output ratings of both are far lower.

    Anker SOLIX C300
    Not suitable
    Jackery Explorer 500 v2
    Not suitable

In practice

Differences you will notice

Start a six-hour work session with an energy budget

Say the laptop and its accessories average 60W for six hours. That calls for 360Wh delivered.

How we worked this out

60W × 6h = 360Wh. Set the delivered-energy demand against nominal capacity. The numbers assume no efficiency and claim no measured runtime.

A USB-C cable might replace the charger on only one station

Explorer 500 v2 has USB-C outputs for the laptop but cannot recharge from USB-C. With a compatible USB-C charger already in the travel bag, C300 can refill the station through its two-way USB-C port.

How we worked this out

Jackery's US support explicitly marks USB-C input as unsupported, whereas C300 supports it. Charging speed depends on the source and the negotiated profile.

A 400W charger changes which appliances qualify

A steady 400W draw is above C300's normal 300W AC rating and inside Jackery's 500W total limit. Before choosing Jackery, check startup behavior and any other connected loads.

How we worked this out

400W sits above 300W and below 500W. The example presumes you have already checked the actual device rating and startup requirements.

Option A
Anker SOLIX C300

Anker SOLIX, A1722

C300

Vertical and easy to carry, this 288Wh LFP station has a 300W inverter and a 140W two-way USB-C port.

Best for
Refill the station from a compatible USB-C power source

Facts we checked

  • Energy stored: 288Wh
  • AC output, continuous: 300W total
  • USB-C recharging: Works via the two-way USB-C port
  • Top USB-C output: 140W, given a compatible device and cable
Option B
Jackery Explorer 500 v2

Jackery, Explorer 500 v2

Explorer 500 v2

This 512Wh LFP station is quiet and simple, with 500W AC output, and it weighs unusually little for the energy it holds.

Best for
Plan on more stored energy for a longer work session at low load

Facts we checked

  • Energy stored: 512Wh
  • AC output, continuous: 500W total
  • USB-C recharging: Not supported
  • Top USB-C output: 100W on one port and 30W on the other

Spec by spec

Where they really differ

Where Anker SOLIX C300 and Jackery Explorer 500 v2 differ
SpecAnker SOLIX C300Jackery Explorer 500 v2In practice
Stored energy288Wh512WhOnce losses and idle consumption are accounted for, energy sets the runtime budget.
Continuous AC output300W total500W totalWhich steady loads qualify depends on the inverter rating, and runtime is a separate matter.
USB-C rechargeSupported through the two-way USB-C portNot supportedA laptop charger cannot recharge the station through Jackery's USB-C sockets, because they are outputs.
Highest USB-C output140W with a compatible device and cable100W on one port, 30W on the otherLook up the laptop's real power requirement and the PD profile it accepts.

Trade-offs

What each pick costs you

With Anker SOLIX C300

  • Normal AC output totals no more than 300W.

With Jackery Explorer 500 v2

  • A carrying bag comes with the selected Amazon identity, so count it in the price comparison.

Change of plan

When the answer changes

A shared USB-C charging source counts for more than a long runtime

Go with Anker SOLIX C300. Jackery does not accept USB-C input, but C300 does.

I have measured an energy need above 288Wh that fits within a checked 512Wh budget

Go with Jackery Explorer 500 v2. The larger nominal store comes from Explorer 500 v2.

Decision guide

How to decide

C300 is the choice when you value USB-C recharging and a lighter electronics kit.

01

Start a six-hour work session with an energy budget

Say the laptop and accessories average 60W over six hours. That means 360Wh has to be delivered. C300 holds 288Wh, so one charge can't cover it, and that is before conversion losses. Jackery holds 512Wh and is the realistic candidate, but its 152Wh nominal margin must still absorb losses, reserve and the station's own consumption. Pick Jackery for this longer session only once you have checked the real average load.

02

A USB-C cable might replace the charger on only one station

A compatible USB-C charger that is already packed in the travel bag can refill the C300 through its two-way USB-C port. Explorer 500 v2 has USB-C outputs for the laptop but cannot recharge over USB-C. C300 is the pick when that shared charging route helps between short sessions. Jackery is the pick for more energy, provided you can bring its AC cable or a compatible DC charging setup.

03

A 400W charger changes which appliances qualify

C300's normal AC rating is 300W and Jackery's total limit is 500W, so a device pulling a steady 400W is beyond the first and inside the second. Before choosing Jackery, check startup behavior and whatever else is connected. Surge and power-boost labels do not make C300 an ordinary 400W continuous supply.

Check these before you buy

  • Go by measured average load and startup demand as well as the maximum printed on the charger.
  • Make sure you are looking at the C300 AC model A1722 and not C300 DC, along with the Jackery ASIN B0FRFZ786X carrying-bag bundle.

What this page can’t tell you

  • No runtime or noise testing was done. The limits shown concern energy and connections, so do not read them as guaranteed backup durations.

By the numbers

What the data shows

What we found across the portable power stations we compare, plus the checked facts behind each finding.

Show the facts and the math
Models in the comparison
2 models
Sources
3 covering these models
Product data updated
The facts and sources behind each product in this recommendation
ProductNeeds it meetsFacts we checkedSources
Anker SOLIX C300
  • Refill the station from a compatible USB-C power source
  • Take a smaller 288Wh kit along for light electronics
  • Energy stored: 288Wh
  • AC output, continuous: 300W total
  • USB-C recharging: Works via the two-way USB-C port
  • Top USB-C output: 140W, given a compatible device and cable
Jackery Explorer 500 v2
  • Plan on more stored energy for a longer work session at low load
  • Power a verified steady AC load over 300W and within 500W
  • Energy stored: 512Wh
  • AC output, continuous: 500W total
  • USB-C recharging: Not supported
  • Top USB-C output: 100W on one port and 30W on the other
  • Explorer 500 V2 US technical support: Jackery (maker specs)

Ready to buy

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