The Jackery Explorer 1000 v2 is a 1kWh‑class portable power station designed for camping, RV weekends, and light home backup. It’s positioned between the older Explorer 1000 and the higher-output 1000 Plus, with a modern LiFePO4 battery, stronger inverter output, and much faster charging than earlier generations.
Quick Specs (Explorer 1000 v2)
| Battery capacity | 1070Wh |
| Battery type | LiFePO4 (LFP) |
| AC output | 1500W rated / 3000W surge (manufacturer claim) |
| Charging | AC wall, car, and solar (panel-dependent) |
| Fast charge | Jackery advertises “Emergency Super Charge” (0–100% in ~1 hour, app-enabled) |
| App control | Yes |
What’s Improved vs Older Explorer 1000 Models
The original Explorer 1000 was a solid entry-level unit, but it used older lithium-ion chemistry and charged slowly by today’s standards. The Explorer 1000 v2 is a meaningful upgrade if you care about longevity, faster top-ups, and higher real-world usability for common appliances.
- LiFePO4 battery chemistry for long service life (Jackery commonly advertises ~4,000 cycles to ~70% capacity on LFP models).
- More usable output at 1500W rated, which helps with kitchen gear and power tools that would trip smaller inverters.
- Much faster AC charging than older generations, including an emergency mode for rapid top-ups.
- USB-C support aimed at modern devices (laptops, tablets, newer phones).
- App control for monitoring and (on some firmware modes) controlling charge behavior.
Charging: Wall, Car, and Solar (What to Expect)
Charging speed is one of the biggest reasons people upgrade. In practice, your charge time depends on the mode you use and the conditions (especially for solar). For the fastest AC charging, Jackery advertises an app-enabled emergency mode that can charge from 0–100% in about 1 hour under ideal conditions.
- Wall (AC): best for fast recharges at home or on-grid campsites.
- Car (12V): useful while driving, but typically slow—best as a “top-up” rather than a full recharge.
- Solar: great for multi-day trips; performance depends heavily on panel wattage, sun angle, clouds, and wiring.
If you’re pairing it with Jackery panels, the SolarSaga 200W is a common match for this size of power station. For best results: keep the panel aimed at the sun, avoid even small shadows, and keep the unit in the shade so it stays cool.
Ports & Real-World Use (What It Can Run)
A 1070Wh power station is a “sweet spot” for off-grid weekends: big enough to be useful, still portable enough to move around. The 1500W inverter rating makes it more flexible than older 1000W-class units. Just remember: runtime depends on watts and usage patterns, and inverter losses mean you’ll never get the full 1070Wh as usable AC energy.
- Great for: CPAP, laptops/Starlink, fridge cycling, lights, fans, camera batteries, and small kitchen devices in short bursts.
- Not ideal for: space heaters, large air conditioners, or long high-wattage cooking sessions unless you have a solar plan (or a larger expandable system).
Where to Buy (Keep Your Warranty Clean)
You can start here on Jackery’s official listing: Explorer 1000 v2. If it’s temporarily out of stock, you can also check Amazon—just make sure the seller is Jackery or an authorized reseller.
Good Alternatives (If the 1000 v2 Is Out of Stock)
Stock changes quickly. If the Explorer 1000 v2 is unavailable or the price spikes, the closest substitutes are other 1kWh–1.2kWh LFP power stations with ~1500W–2000W inverter ratings. Look for: LFP chemistry, a strong warranty, and a charging speed that fits your travel style.
- EcoFlow DELTA 2: popular 1kWh-class LFP unit with fast charging and expansion options.
- BLUETTI AC180: strong inverter rating for the size; a common pick for portable backup.
- Anker SOLIX C1000: another well-known LFP competitor in the same capacity class.
Explorer 1000 Family Comparison (Simple)
| Explorer 1000 | Explorer 1000 Plus | Explorer 1000 v2 | |
| Where to Buy | Jackery + major retailers | Jackery + major retailers | Jackery official listing (and sometimes major retailers) |
| Capacity | ~1002Wh | 1264Wh | 1070Wh |
| Expandable | No | Yes | No |
| Rated / Surge Output | 1000W / 2000W | 2000W / 4000W | 1500W / 3000W |
| Battery Chemistry | Lithium-ion | LiFePO4 | LiFePO4 |
| App Control | No | Yes | Yes |
FAQ (Explorer 1000 v2)
It depends on the fridge’s average watts and how often the compressor cycles. Many modern fridges average roughly 50–150W over time, which can translate to several hours to well over a day of intermittent runtime. For the most accurate estimate, measure your fridge with a watt meter and plan for inverter losses.
Often yes, as long as the appliance stays within the unit’s rated output (1500W) and surge limits. High-draw appliances can work in short bursts, but they drain the battery quickly—so they’re best paired with a solar plan or used sparingly.
For most people, yes. LiFePO4 (LFP) batteries typically deliver far more charge cycles and are more tolerant of frequent use. The tradeoff is often slightly lower energy density versus some lithium-ion chemistries, but the longer lifespan is usually worth it for a power station.
Warranty policies vary by region and seller. In general, it’s safest to buy from Jackery directly or from Jackery-branded / authorized storefronts. If you buy on Amazon, confirm the seller is Jackery (or authorized) and keep your proof of purchase.
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Greg DeWitt is a contributor at Off Grid Power Boom, where he reviews and compares off-grid power solutions. He’s based in Arizona and uses off-grid power systems frequently—prioritizing straightforward explanations, verified specs, and practical recommendations for real people.
Editorial focus: portable power stations, solar generators, panels/accessories, and off-grid living gear.