The catch
BLUETTI Elite 30 V2
The 288Wh runtime budget is not extended by its higher inverter rating.
Side by side
Elite 30 V2 fits a short task that needs up to 600W of continuous AC output, or two laptops that each draw more than 30W over USB-C. Explorer 500 v2 fits a bigger energy reserve at lighter loads. Its battery is larger at 512Wh, but AC output tops out at 500W and the second USB-C port at 30W. Treat the power requirement and the runtime requirement as two separate questions.
Before you buy
Suppose both laptops need at least 65W from USB-C to sustain the planned workload. Elite 30 V2 has suitable per-port ratings of 140W and 100W. Jackery's second port is only 30W, so one laptop may need its AC adapter or run below that charging target.
Where this comes from
Each BLUETTI USB-C port rating is above 65W, while Jackery's 30W second port is below it. Port ratings do not promise that every maximum is available at once.
The catch
The 288Wh runtime budget is not extended by its higher inverter rating.
The catch
Its AC rating is below a 550W normal continuous task.


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Elite 30 V2 and Explorer 500 v2 side by side for two laptops, a brief higher-power task and longer electronics runtime on a single charge.
Elite 30 V2 fits a short task that needs up to 600W of continuous AC output, or two laptops that each draw more than 30W over USB-C. Explorer 500 v2 fits a bigger energy reserve at lighter loads. Its battery is larger at 512Wh, but AC output tops out at 500W and the second USB-C port at 30W. Treat the power requirement and the runtime requirement as two separate questions.
Which one fits
Jackery's second USB-C port cannot go beyond 30W.
Of the two, only BLUETTI's normal continuous AC rating reaches 550W.
Jackery has headroom in nominal energy, though conversion losses still have to fit.
Ordinary continuous ratings do not include temporary or resistive-load modes.
In practice
Suppose both laptops need at least 65W from USB-C to sustain the planned workload. Elite 30 V2 has suitable per-port ratings of 140W and 100W. Jackery's second port is only 30W, so one laptop may need its AC adapter or run below that charging target.
Each BLUETTI USB-C port rating is above 65W, while Jackery's 30W second port is below it. Port ratings do not promise that every maximum is available at once.
Elite 30 V2's ordinary AC limit of 600W covers a checked 550W continuous task, and Jackery's 500W limit does not. The BLUETTI battery stores only 288Wh, though, so its loss-free energy ceiling at 550W is about 31 minutes.
Before losses, 288Wh ÷ 550W × 60 = 31.4 minutes. Jackery's 500W continuous rating is below 550W. Startup and aggregate loads need checking separately.
Four hours at a 100W average load takes 400Wh delivered, and Elite 30 V2 cannot supply that from 288Wh even before losses.
This is an energy requirement and not a runtime measurement. 100W × 4h = 400Wh.

BLUETTI, Elite 30 V2
This 9.5-pound, 288Wh station comes with a 600W inverter, 140W USB-C, 200W solar input and a 10ms transfer mode.

Jackery, 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.
Spec by spec
| Spec | BLUETTI Elite 30 V2 | Jackery Explorer 500 v2 | In practice |
|---|---|---|---|
| Nominal battery | 288Wh | 512Wh | BLUETTI has the higher AC output rating, yet Jackery stores more energy. |
| Continuous AC output | 600W total | 500W total | A bigger battery does not automatically handle a higher-power appliance. |
| USB-C output ratings | 140W and 100W | 100W and 30W | The PD profile the second laptop requires can decide it. |
| Approximate carried weight | 9.5lb | 12.6lb | Jackery holds more nominal energy, whereas BLUETTI lowers the weight you carry. |
Trade-offs
Change of plan
Go with BLUETTI Elite 30 V2. Per-port ratings on Elite 30 V2 are 140W and 100W.
Go with Jackery Explorer 500 v2. Where the other stores 288Wh, Explorer 500 v2 stores 512Wh.
Decision guide
Elite 30 V2 is the one for a short task that needs up to 600W of continuous AC output, or for two laptops that each need over 30W through USB-C.
Suppose both laptops need at least 65W over USB-C to keep up with the planned workload. Elite 30 V2 offers 140W and 100W per-port ratings that suit that. Jackery's second port is only 30W, so one laptop may need its AC adapter or have to run below its charging target. BLUETTI is the choice for a direct two-cable setup, once you have checked compatible PD profiles, cables and total output limits. Jackery is the choice when only one laptop needs high-power USB-C and longer runtime counts for more.
Take a 550W continuous task that has been checked. It sits inside Elite 30 V2's 600W ordinary AC limit and outside Jackery's 500W limit. Still, the BLUETTI battery holds only 288Wh, so even with no losses at 550W the energy ceiling is about 31 minutes. Pick it for a brief qualifying task and do not plan on an hour. Pick Jackery for lower-power work where the larger store matters and the appliance stays within its output limit.
Averaging 100W for four hours means 400Wh delivered, which Elite 30 V2 cannot supply from 288Wh even before losses. Jackery, at 512Wh, is the candidate, though usable capacity and reserve still need verifying.
By the numbers
What we found across the portable power stations we compare, plus the checked facts behind each finding.
| Product | Needs it meets | Facts we checked | Sources |
|---|---|---|---|
| BLUETTI Elite 30 V2 |
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| Jackery Explorer 500 v2 |
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Ready to buy
Open either model on Amazon for the current price, customer reviews and delivery options.

Charge two USB-C laptops whose needs fit its 140W and 100W ports
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