Jackery Explorer Models Compared 2026: Which Size Do You Need?

Disclosure: some links below are affiliate links, which means I may earn a commission at no extra cost to you.

If you run a store and want a Jackery Explorer power station that keeps your laptop, router and label printer alive through an outage, the short answer is this: as of October 2026, Jackery’s current US lineup runs from the 288 Wh Explorer 300D at a listed $209 to the 5,040 Wh Explorer 5000 Plus at a listed $3,499, and the listed price per watt hour ranges from about $0.49 to $0.97. For most home offices the 1,000 Wh class is the sweet spot, for a small warehouse or booth you are looking at 2,000 Wh and up, and I built the tables below so you can size it yourself from the spec sheets. I run Ecommerce Paradise as a practical resource for people building high-ticket stores, and a backup power purchase is one of those boring business continuity decisions that only matters on the day you need it.

Two ground rules for this article. Every product spec and price comes from Jackery’s own pages, which I loaded on October 30, 2026. I did not test any of these units, so nothing here is a performance claim, only a spec-sheet comparison plus my own arithmetic and opinion, which I label as opinion.

Jackery Explorer Models Compared: Spec Sheet Table (October 2026)

This is the core comparison. All figures are what Jackery lists on each model’s product page. Where a page did not state a figure, the cell says “not stated” instead of a guess. Scroll sideways on a phone if needed.

Every model in the table lists LiFePO4 (lithium iron phosphate) battery chemistry, and every model lists a 3+2 year warranty except the 5000 Plus, which lists 5 years. Jackery’s pages say the extended coverage applies when you buy from jackery.com directly, so a unit bought elsewhere may carry different terms. The 300D page also carries conflicting warranty wording in its FAQ and banners, so confirm the term before you buy.

The Explorer 300 v2 row deserves a note. Its page showed a sold out message and a “Notify Me” prompt when I loaded it, so I would treat it as a model to watch rather than one you can count on buying today.

Price and Price per Watt Hour (Listed Prices, October 30, 2026)

Price per watt hour is the fastest way to compare size classes. I used the listed price of the power station alone, with no solar panels bundled, and divided by the listed capacity. The arithmetic is shown so you can check it.

Prices on Jackery’s pages are not stable and not always consistent between pages. For example, the collection page I loaded showed $519 (next to $589) for the new 1000 v2 while the product page showed $559 for the black power-station-only option, which is why I used the product page for every row. Always confirm the number in your cart. Stock labels were also inconsistent, with “Sold Out” tags sitting next to working buy buttons on several pages, so treat availability as something to check on the day you order. Jackery’s pages also show bundles with solar panels at different prices, and I excluded those so the per-Wh comparison stays apples to apples.

Three takeaways from the arithmetic. First, the cheapest listed price per watt hour in this set is a near tie: 999 / 2,042 gives $0.4892 for the 2000 v2 and 619 / 1,264 gives $0.4897 for the 1000 Plus. Second, the two 1,536 Wh units differ by $230 (1,079 minus 849) for identical capacity, so the 1500 Ultra costs about 27% more per Wh than the 1500 v2 (1.27 times). Third, the Explorer 1000 v2 page lists a two-unit kit for $1,099, which works out to 1,099 / 2,140 = $0.51 per Wh, slightly more than a single 2000 v2 at $0.49.

Want to see current pricing on any of these? Check today’s Jackery listings here, and compare against the spec table above before you add anything to a cart.

Model by Model: What Each Explorer Is Built For

Below is the plain-language version of the tables. The “who it fits” lines are my opinion based on the specs, not on testing.

Explorer 300D and Explorer 300 v2 (288 Wh)

These two share the same listed capacity but are different tools. The 300 v2 lists 300 W of AC with a 600 W surge and dual AC outputs per its page copy (the spec table gives no outlet count), so it can run a laptop charger, a small monitor or a router from a wall-style plug. The 300D, as its page describes it, is a DC-focused unit with USB-C ports, a 12 V port and no AC outlet listed, and it weighs 5.5 lb. For a store owner, the 300D is a phone, tablet and laptop (USB-C) charger, while the 300 v2 can run anything small with a standard plug. At $0.73 and $0.97 per Wh these are the most expensive per unit of energy, which is normal for the smallest class.

My opinion: buy this class if your only goal is keeping a phone, hotspot and one laptop alive for a few hours at a trade show or during a short outage. Do not size a warehouse around it.

Explorer 1000 v2 (1,070 Wh)

This is the model most home-office owners will look at first. It lists 1,500 W rated output, 3,000 W surge, three AC outlets, a 400 W maximum DC input when doubled and a 23.8 lb weight. Its listed $559 works out to $0.52 per Wh. The page also lists kits, including a version bundled with a 200 W SolarSaga panel and a two-unit option, so pay attention to which option you are looking at when you compare prices.

It fits a desk setup with a laptop, one or two monitors, a router and a modem for most of a working day, based on my sizing math further down.

Explorer 1000 Plus (1,264 Wh)

The 1000 Plus costs $60 more than the 1000 v2 ($619 vs $559) for 194 more watt hours (1,264 minus 1,070), and it lists 2,000 W rated output with 4,000 W surge. Its spec table lists a weight of 32 lb, although a highlights line on the same page says 24 lb, so check the weight in your own cart before you buy if you plan to carry it. The page lists an 800 W maximum DC input when the inputs are doubled, and says the system can be expanded with battery packs, up to roughly 5 kWh in total with up to three packs.

Expansion matters for a store owner because your needs change. If you start with a home office and later add a small stockroom, an expandable station lets you add capacity instead of replacing the unit. That is my reading of the spec, and you should price the expansion packs before assuming it is cheaper than buying a bigger unit up front.

Explorer 1500 v2 and Explorer 1500 Ultra (1,536 Wh)

Same capacity, different design. The 1500 v2 lists 2,000 W rated and 4,000 W surge at 31.97 lb for $849. The 1500 Ultra lists 1,800 W rated and 3,600 W surge at 38.6 lb for $1,079, with an 800 W solar input figure that the 1500 v2 page does not state. The Ultra’s page also says it does not support external battery packs. On the spec sheet alone, the v2 gives you more AC output, less weight and a lower price, while the Ultra’s main listed advantage is the stated 800 W solar input. If you will never connect a large solar array, the numbers favor the v2.

One caution on cycle life. The 1500 v2 page says 6,000+ cycles, but it does not state the capacity percentage retained at the end, so it is not directly comparable with the 4,000-cycles-to-70% figure on most other models. I covered why vendor cycle life numbers are hard to compare in my Bluetti vs Jackery comparison.

Explorer 2000 v2 (2,042 Wh)

This is the value leader on the price-per-Wh table at $0.49, with 2,200 W rated, 4,400 W surge, three AC outlets and a 400 W maximum DC input when doubled. At about 39.5 lb it is not much heavier than the 1500 Ultra. Because it lists a base price of $999 with no crossed-out price, it is also the cleanest number to plan around. Its page shows both a sold out label and active buy buttons, so check stock.

It is my default pick for a small warehouse office or an inventory room where you want a router, a few laptops, a label printer and lights to stay on for a few hours.

Explorer 2000 Plus (discontinued per Jackery’s page)

You will still see the 2000 Plus in search results. Jackery’s own product page says the model has been discontinued and shows every purchase option as sold out, although the collection page I loaded still listed a new unit at $1,199, so Jackery’s pages disagree with each other. I left it out of the main tables for that reason. It listed 2,042.8 Wh, 3,000 W rated, 6,000 W surge, five AC outlets, 61.5 lb and expansion of 2 to 24 kWh. If you find one from a third-party seller, the 3+2 year warranty on Jackery’s page applies to purchases from jackery.com, so confirm the seller’s terms.

Explorer 5000 Plus (5,040 Wh)

The 5000 Plus is a different class of equipment. It lists 7,200 W rated output, 14,400 W surge, five AC outlets including a 120/240 V 30 A outlet, a 134.5 lb weight and a 5-year warranty when bought from jackery.com. Jackery lists expansion up to 30 kWh per unit with additional battery packs. The Basic option is $3,499, which is $0.69 per Wh, and the page showed a Sold Out label on that option when I loaded it. Bundles with solar panels or a transfer switch were listed at higher prices (for example $4,639 with two SolarSaga 500 X panels), and I did not use those in the per-Wh math.

At 134.5 lb this is a stay-in-place backup unit, not something you carry to a trade show. It is the only one in this list that I would consider for powering a small shop or a home backup circuit, and I covered whole-home sizing in my guide to the best solar generator for home backup.

How to Size an Explorer for Your Store: Formula and Worked Examples

You need two checks: energy (watt hours) and power (watts). The formula for energy is:

Watt hours needed = (load in watts x hours) / 0.85

The 0.85 is my own planning assumption for conversion losses when running AC devices from a battery. It is not a Jackery specification, and real efficiency varies with load, so treat every result as an estimate. For power, add up the running watts of everything you plug in and compare with the rated AC figure, then check any motors or compressors against the surge figure. These are examples, not predictions of any unit’s actual runtime.

Example 1: phone and laptop only (70 W for 4 hours)

Energy needed: 70 x 4 = 280 Wh, divided by 0.85 = about 329 Wh. A 288 Wh unit gives roughly 288 x 0.85 / 70 = 3.5 hours at that load, a little short of 4 hours. A 1,070 Wh unit gives about 13.0 hours.

Example 2: home office (115 W for 8 hours)

Say a laptop at 65 W, a monitor at 30 W and a router plus modem at 20 W, for a total of 115 W. Energy needed: 115 x 8 = 920 Wh, divided by 0.85 = about 1,082 Wh. The 1,070 Wh Explorer 1000 v2 gives 1,070 x 0.85 / 115 = about 7.9 hours, essentially a full workday. The 1,264 Wh 1000 Plus gives about 9.3 hours.

Example 3: warehouse office (350 W for 4 hours)

Router, switch, two laptops, a thermal label printer and LED lights could add up to about 350 W. Energy needed: 350 x 4 = 1,400 Wh, divided by 0.85 = about 1,647 Wh. A 1,536 Wh unit gives 1,536 x 0.85 / 350 = about 3.7 hours, which falls short. The 2,042 Wh 2000 v2 gives about 5.0 hours. This is why I would not buy a 1,500 class unit for this job.

Example 4: trade show booth (400 W for 8 hours)

A display screen, lighting, a card reader and a laptop might draw 400 W. Energy needed: 400 x 8 = 3,200 Wh, divided by 0.85 = about 3,765 Wh. The 2000 v2 gives 2,042 x 0.85 / 400 = about 4.3 hours, so one unit covers half a day. The 5,040 Wh 5000 Plus gives about 10.7 hours but is heavy to move. A second 2000 v2 or a cheaper plan, such as plugging into booth power and keeping the Explorer only as a payment terminal and router backup, may be more realistic. Check the show’s rules on battery equipment before you travel.

If you want a deeper walkthrough, my guide on how to size a solar generator covers the same math in more detail.

Matching an Explorer to Three Store Owner Scenarios

Home office

Your goal is to finish a call, save work and keep the router online. The 1000 v2 or 1000 Plus covers a working day at around 115 W by the math above. The power rating is not the limit here, and the 3 AC outlets are plenty. If you are a solo operator, this is business continuity on a small budget, and the cost is a line item you can discuss with your accountant. If you are setting up your company structure, my guide on business formation for high-ticket dropshipping explains why keeping equipment purchases clean under the business matters.

Warehouse or stockroom backup

Dropshippers often have no warehouse at all, but if you hold some inventory or run a 3PL hand-off space, the useful loads are networking, a pack-out laptop, label printers and lights. This is where the 2000 v2 earns its spot. For heavy equipment such as a compressor or a power tool, check the surge column and read my job site power station guide, which sizes on startup surge. Never use a power station as a substitute for fire and electrical safety planning, and do not run it in a way its manual does not allow.

Trade show booth

Weight and runtime pull in opposite directions. The 1000 v2 at 23.8 lb is realistic to carry. The 5000 Plus at 134.5 lb is not. Rather than power an entire booth from one unit, I would use a mid-size Explorer for the items that must not drop, such as the card reader, router and one display, and plan the rest around venue power.

What the Spec Sheet Does Not Tell You

A spec sheet is a starting point. A few things it cannot tell you:

• Real runtime. Runtime depends on your actual draw, temperature and inverter losses. My 0.85 factor is an assumption.
• Stock and final price. Several Jackery pages showed sold out tags beside active buy buttons, and prices differed between the collection page and product pages.
• Cycle life comparability. Jackery states 4,000 cycles to 70%+ on most models and 6,000+ cycles with no percentage on the 1500 v2.
• Warranty terms. The 3+2 year language is tied to buying direct from Jackery, so read the policy before buying elsewhere.
• Your own wiring needs. For anything that connects to a home electrical panel, you need a licensed electrician.

On safety, the U.S. Consumer Product Safety Commission is clear that fuel-burning portable generators must be run outdoors at least 20 feet from homes with the exhaust facing away, and it recommends battery-operated carbon monoxide alarms. See the CPSC carbon monoxide page for the full guidance. A battery power station has no engine exhaust, which is one practical reason store owners choose them for indoor office use, but follow the manual for ventilation and charging.

For planning, FEMA’s Ready.gov outage sheet advises deciding in advance which items get power first and charging devices before an outage. The sheet is here: Ready.gov power outage guide. That “priority list” idea is the same approach I used in the worked examples above.

Alternatives to Jackery for Business Backup Power

If the Jackery lineup does not fit, compare other brands on the same spec sheet basis. I have written a Jackery vs EcoFlow comparison. The Bluetti vs Jackery article works the same way, and both use manufacturer pages for the numbers.

I did not pull Bluetti specs for this article, so I will not quote them here. You can browse the lineup through this Bluetti link and compare watt hours, rated output and price per Wh with the tables above. Use the same method for every brand: list price, capacity, rated and surge watts, outlets, solar input, cycle life and warranty.

If you want a wider list, my portable power stations roundup is spec-sheet based as well. You can also check Bluetti through this second Bluetti link if the first page does not show the model you want.

Is a Power Station Itself a Product You Can Sell?

Because I write for high-ticket sellers, one side note. Portable power is a high-ticket category with large baskets, and the same Wh and watt vocabulary used above is how buyers shop. If you are exploring it as a niche, start with my high-ticket niches list.

Then read what high-ticket dropshipping is so you understand the model. Supplier terms, warranty handling and returns are the hard parts of this category.

My guide to finding suppliers for high-ticket products walks through how to vet them. Do not assume any brand will approve you as a reseller; check each brand’s own terms.

Buying Checklist for a Store Owner

1. List the devices you must keep running and add up their watts.
2. Decide how many hours you need, then apply the formula above.
3. Check the rated and surge watts against your largest load.
4. Compare price per Wh using the cart price, not the crossed-out price.
5. Confirm stock, the warranty terms for where you are buying and the return window.
6. Keep the receipt with your business records and ask your accountant how to treat the purchase.

FAQ

Which Jackery Explorer size do I need for a home office?
For a typical 115 W setup (laptop, monitor, router, modem), the Explorer 1000 v2 at 1,070 Wh gives about 7.9 hours by my estimate and the 1000 Plus at 1,264 Wh gives about 9.3 hours. These are calculated from the listed capacity with a 0.85 efficiency assumption, not tested runtimes.

What is the cheapest Jackery Explorer per watt hour?
Using listed station-only prices on October 30, 2026, the Explorer 2000 v2 ($999 for 2,042 Wh, about $0.49) and the Explorer 1000 Plus ($619 for 1,264 Wh, about $0.49) were effectively tied. Prices and stock change often, so recompute with the cart price.

Is the Jackery Explorer 2000 Plus still sold?
Jackery’s product page said the model has been discontinued and showed every option as sold out, while the collection page I loaded still listed a new unit at $1,199. The pages conflict, so check before you plan around it. The 2000 v2 is the current 2,042 Wh model on the pages I checked.

Do Jackery Explorer power stations use LiFePO4 batteries?
Every model I compared lists LiFePO4 chemistry. Most list 4,000 cycles to 70%+ capacity, while the 1500 v2 lists 6,000+ cycles without stating a retention percentage.

Can a Jackery Explorer run a whole business?
Not in general. The smaller units suit a desk, router and printers, and the 5000 Plus lists 7,200 W rated output, but you should size by your actual loads and use a licensed electrician for any panel connection. This article is a spec comparison, not electrical advice.

Related Articles

If you are weighing backup power for a store, these guides go deeper on reviews, brand comparisons and sizing.

• Jackery Review 2026
• Bluetti vs Jackery in 2026
• Jackery vs EcoFlow (2026)
• Best Solar Generator for Home Backup in 2026
• How to Size a Solar Generator

Trevor Fenner

Trevor Fenner is an ecommerce entrepreneur and world traveler from Seattle, Washington, and the founder of Ecommerce Paradise, a platform focused on helping entrepreneurs build and scale profitable high-ticket ecommerce and dropshipping businesses. With over a decade of hands-on experience, Trevor specializes in high-ticket dropshipping strategy, niche and product selection, supplier recruiting and onboarding, Google & Bing Shopping ads, ecommerce SEO, and systems-driven automation and scaling. Through Ecommerce Paradise, he provides free education via in-depth guides like How to Start High-Ticket Dropshipping, advanced training through the High-Ticket Dropshipping Masterclass, and fully done-for-you turnkey ecommerce services for entrepreneurs who want a faster, more hands-off path to growth. Trevor is known for emphasizing sustainable, real-world ecommerce models over hype-driven tactics, helping store owners build scalable, sellable, and location-independent brands.

He maintains homes in Seattle and Bali, spends most of the year overseas, and usually returns to Seattle for about a month each summer.

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