Bluetti Elite 30 V2 vs Jackery Explorer 300 (v2): Same 288Wh LiFePO4 Battery, Double the Output — the Real Differences

Same battery, different machine

The Bluetti Elite 30 V2 and the Jackery Explorer 300 v2 have identical batteries on paper — 288Wh of LiFePO4 — and completely different inverters bolted to them. Bluetti rates its AC output at 600W continuous; Jackery rates the Explorer 300 v2 at 300W. That single number, not the battery, is the real decision in this comparison, and it cuts both ways: the Bluetti runs twice the load, and the Jackery carries 600 g less and spends nothing on inverter headroom you may never use.

Both are current, mainstream picks rather than obscure alternatives. On Amazon’s US best-seller chart for portable power at the time of writing (Aug 2026), the Jackery Explorer 300 sat at #4 with a 4.6-star average across roughly 11,000 ratings, and the Bluetti Elite 30 V2 at #9 with 4.4 stars across roughly 780. The Jackery is the incumbent with the review history; the Bluetti is the newer challenger with the more aggressive spec sheet. Our portable power station overview covers where this sub-300Wh class fits in the wider market; this article is just these two.

Which “Explorer 300” this article means

Jackery currently lists three models with “300” in the name on its US store, and they are not the same machine:

• Explorer 300 v2 — 288Wh, 300W output, LiFePO4. The current model, and the one compared here.
• Explorer 300D — 288Wh, 140W output. A lower-output budget variant.
• Explorer 300 (original) — 293Wh, 300W output. The older generation; Jackery’s page for it does not state the battery chemistry.

The best-selling listing on Amazon is labeled “292Wh | Backup LiFePO4,” which points to the current LiFePO4 generation rather than the 293Wh original; Jackery’s own spec table for the Explorer 300 v2 prints 288Wh (15Ah at 19.2V DC), and manufacturer numbers are what we use here. If longevity matters to you at all, make sure the box you buy says v2: the LiFePO4 chemistry is the whole reason this generation carries a 4,000-cycle claim. Our LiFePO4 vs NMC explainer covers why that chemistry difference is worth more than 5Wh of capacity.

The two stations, side by side

Every figure below comes from the manufacturers’ own US product pages as of August 2026.

Three things in that table decide most purchases.

600W vs 300W, and what the surge numbers actually mean

A 300W inverter runs laptops, camera batteries, drone chargers, CPAP machines, lights, fans and a TV. It does not run most electric kettles, hair dryers, coffee makers or induction plates. A 600W inverter reaches the bottom of that appliance category — and Bluetti’s marketing leans on it hard.

The surge figures deserve more scrutiny than the headline watts. Jackery’s 600W surge peak is a conventional rating: a short-lived allowance above the 300W continuous figure, the kind of headroom that absorbs a motor’s start-up draw within its class. Bluetti’s “1,500W Lifting Power” is a different animal, and the product page is actually explicit about it: the Elite 30 V2 “can momentarily reach up to 1,500W” for pure resistive devices. That means heating elements — a travel kettle, a low-set electric blanket — running at reduced effective power. It is not start-up headroom for compressors, pumps or power tools, and you should not buy this unit expecting a 1,500W-surge machine. For motor loads, the honest planning number on both units is the continuous rating: 600W Bluetti, 300W Jackery.

Sized honestly, the Bluetti still wins this section outright. Double the continuous output from the same 288Wh battery is a real, verifiable advantage; it just runs the battery down twice as fast at full load — 288Wh at a sustained 600W is under half an hour of runtime before conversion losses, so the extra output is for short tasks, not long ones.

Check the BLUETTI Elite 30 V2 on Amazon

Check the BLUETTI Elite 30 V2 on Bluetti.com

Ports: Bluetti has more, Jackery tells you more

Bluetti advertises 9 output ports and highlights one genuinely unusual spec for this size class: a USB-C port with PD 3.1 at up to 140W, enough to fast-charge a 16-inch MacBook Pro at Apple’s full published threshold. What the page does not give you is the per-port breakdown — how the remaining outlets split between AC, USB-A and DC is not published there, which is an odd omission for a spec-driven purchase.

Jackery publishes everything: two AC outlets (120V, 300W total), one 100W USB-C that doubles as a 100W input, one 15W USB-C, one 15W USB-A, and a 12V/10A car port — six outputs, each with its wattage in the spec table. The ceiling is lower (100W USB-C vs 140W), but you know exactly what you are getting, and a 100W port still covers every MacBook Air and 14-inch MacBook Pro at its fast-charge threshold.

If your laptop is a 140W-class machine, the Bluetti’s USB-C is the only port in this comparison that feeds it at full speed. For everything else, the difference is transparency rather than capability.

Recharge speed and solar

Bluetti publishes the more complete recharging picture: 80% in 45 minutes with TurboBoost, a full AC recharge in about 70 minutes at 380W input, a 200W maximum solar input that refills in about 2.2 hours, and a car-socket option in the same ballpark. Jackery’s page claims 80% in one hour from wall or solar — competitive, and honestly quick for the class — but prints no AC input wattage in the spec table, so the two full-recharge times cannot be compared line by line.

On solar, note the asymmetry in what is published: Bluetti states a 200W panel ceiling outright, while Jackery’s US page markets the Explorer 300 v2 in a bundle with its 40W SolarSaga 40 Air panel without printing a maximum PV input figure in the table. Whichever you choose, panel ratings are laboratory numbers — our real-world solar panel output guide covers why a “200W” panel rarely delivers 200W, and what that does to these recharge estimates.

One practical note at the time of writing: the basic Explorer 300 v2 (unit only) showed as sold out on Jackery’s own US store, with the solar bundle still listed. Amazon carried stock of both brands.

Check the Jackery Explorer 300 on Amazon

Longevity, warranty and the UPS question

Both makers claim a 10-year lifespan, but only one defines it. Jackery’s spec table reads “4,000 cycles to 70%+ capacity” — a claim with a measurable endpoint. Bluetti’s page says “over 3,000 cycles and a 10-year lifespan” without stating how much capacity remains at cycle 3,000, so the two figures are not directly comparable, and we will not pretend they are. What is directly comparable is the paper behind them: Bluetti backs the Elite 30 V2 with a 5-year warranty; Jackery lists 3 + 2 years at Jackery.com. Five unconditional years versus a 3-year base with a 2-year extension tied to the purchase channel is a real difference — check the warranty terms of the retailer you actually buy from.

Both units also pitch themselves as mini-UPS boxes. Bluetti claims a ≤10ms switchover with 980W of bypass power — meaning wall power passes through to your gear until an outage flips it to battery — and Jackery claims an industrial-grade UPS with ≤0.01s response. Those are equivalent-class claims (0.01s is 10ms), and switchovers in that range are generally what routers, modems and desktop PSUs ride through. Neither is a certified online double-conversion UPS, and neither page publishes third-party UPS test data, so for genuinely critical equipment read our power station as UPS guide before trusting either bullet point.

A last structural note: Bluetti’s own FAQ confirms the Elite 30 V2 does not accept expansion batteries. Neither does the Explorer 300 v2. At this size, what you buy is what you get — if your backup needs might grow, the generator vs battery backup comparison is the better starting point than either of these.

Price context

Evergreen caution applies — prices move weekly in this category. At the time of writing (Aug 2026), the Explorer 300 v2 was listed around $278 on Amazon, and the Elite 30 V2 was listed around $236 on Amazon, with Bluetti’s own store showing a steep cut from its $449 list price. That inversion is worth sitting with: the newer unit with double the output and the longer warranty was the cheaper one, which usually signals a challenger buying market share against an incumbent’s review count. Shoppers with 1kWh-class needs were looking at a different race entirely — the EcoFlow DELTA 3 Classic and Jackery Explorer 1000 v2 led that segment of the same chart.

Who should buy which

Buy the Bluetti Elite 30 V2 if you want the most capable machine per dollar in this class and you understand what it is: 600W continuous output, a 140W USB-C for big laptops, an 80%-in-45-minutes recharge, a published 200W solar ceiling and a 5-year warranty. Treat the 1,500W Power Lifting figure as a resistive-load-only footnote, not a surge rating, and accept a port list the maker does not fully itemize and a review base still in the hundreds.

Buy the Jackery Explorer 300 v2 if 300W covers your actual loads — and for laptop-camera-phone-CPAP duty it does — and you value the lighter 3.7 kg body, the fully published port-by-port spec sheet, the tighter 4,000-cycles-to-70% battery claim, and roughly 11,000 ratings’ worth of track record. You give up half the output, the 140W USB-C, and two years of warranty relative to Bluetti’s five.

If you are torn, the tiebreaker is a question, not a spec: name the highest-wattage device you will actually plug in. If the answer is over 300W, the Bluetti is the only one of the two that runs it. If nothing on your list crosses 300W, the Jackery’s advantages are the ones you will live with daily.

Check the BLUETTI Elite 30 V2 on Amazon

Check the Jackery Explorer 300 on Amazon

More backup-power guides are on gadget-hub.jp English.