DJI Power 1000 V2 vs Anker SOLIX C1000 Gen 2: The 10-Year Cost

Both the DJI Power 1000 V2 and the Anker SOLIX C1000 Gen 2 ship with the same 1024Wh lithium iron phosphate (LFP) pack and the same advertised 4000-cycle lifespan to 80% capacity. DJI lists 14.2 kg on its spec sheet; Anker lands around 12 kg. Both quote dual 140W USB-C ports, four AC outlets, and a recharge time measured in tens of minutes rather than hours.

That identical battery is why most head-to-heads grab the same two differences, 2600W against 2000W of output and 37 against 49 minutes of charge time, and pick a winner. The numbers are real and they come up below. But they barely move the cost you actually pay, because the cell that runs the show is the same in both boxes and it lasts roughly a decade. The honest comparison prices that decade, not the box.

What you actually pay over ten years

Do the division first. At a typical street price around $400 to $500, either unit delivers its 4000 rated cycles at roughly $0.10 to $0.13 per full discharge. That is the only number that is genuinely identical between them, and it is the floor. Everything above it is where the two pull apart.

The first hidden cost is the panel. Neither unit ships with solar in the box, and a 200W panel that meaningfully recharges a 1kWh station during a trip runs roughly $150 to $300 from either brand's storefront or a third party. If you shop for off-grid use, that is a second purchase on top of the station, and it applies equally to both. Fold it into the real price before you compare, because the bundle is usually the honest price.

The second cost is the one nobody quotes: the battery you cannot cheaply replace. LFP cells degrade to about 80% of capacity after 4000 cycles, which is roughly eight to ten years of regular use. Neither DJI nor Anker sells an affordable, user-swappable cell pack for a 1kWh station. When the chemistry finally fades, the realistic fix is a new station, not a repair. So the true cost of either unit is its sticker plus the probability that you buy it again before the decade is out. A station discounted to $399 carries that risk far more comfortably than one at $699.

The third cost is the ecosystem you lock into.

The lock-in you are also buying

DJI's standout port is SDC, which charges DJI drone batteries directly and skips the AC-to-DC conversion brick. If you fly a Mavic, Air, or Avata, that is a real convenience and one fewer thing to carry. It is also the most pointed lock-in on either device: the port only matters if your next drone is also a DJI, and DJI is a newer, smaller player in stationary power than Anker. Its power-station app is younger, its accessory shelf is thinner, and you are betting that the company keeps supporting a category it entered recently.

Anker's bet is breadth instead of a single branded port. The SOLIX line is larger, with expansion batteries, a more mature app, and a UPS mode that switches to battery fast enough to hold a router or NAS through a blackout. The lock-in here is softer but real. The more SOLIX hardware you add, the more the ecosystem's quirks become your quirks, and you are rewarding the company that has been in stationary power longer.

Neither lock-in is a trap on its own. The point is that you are buying a platform commitment, not just a battery, and the platform that already matches your other gear wins on cost-per-year even when the spec sheet says otherwise.

The two box numbers, and why they barely matter

The DJI's 2600W of rated AC output is genuinely higher than Anker's 2000W continuous, with a 3000W surge for motor starts. That extra 600W only earns its keep if you run a space heater, a kettle, or a power tool past what 2000W already covers. Most 1kWh buyers never do, because a station this size is for phones, laptops, a fridge, a CPAP, and the occasional microwave, none of which need 2600W. If that is your load, the headline output figure is money spent on headroom you will not draw.

The recharge gap is the same story in reverse. DJI hits 80% in about 37 minutes; Anker reaches a full 100% in roughly 49 minutes, a figure Anker markets as a Guinness World Record. For a quick field top-up, DJI is faster to a usable partial charge. For a complete refill before the generator shuts off, Anker is faster end to end. In a decade of ownership the difference is a few minutes you will stop noticing by the second trip.

Which one to actually buy

For most buyers the math points to whichever unit is cheaper on the day you buy, and that has been the DJI Power 1000 V2 more often than not. When it lands in the $399 to $499 band it carries the same decade of LFP cycles as the Anker at a lower sticker, and paying less up front is the single biggest lever on total cost of ownership for a device you may replace before year ten. You give up Anker's UPS mode and its extra ports, but you keep money that matters more than headroom you will not use.

The exception is specific. Buy the Anker SOLIX C1000 Gen 2 if home backup is a primary reason you are shopping, not an afterthought. Its ten ports and fast UPS switchover are the one combination the DJI does not match, and if keeping a router or a desk alive through an outage is the job, that capability is worth the premium Anker usually asks. DJI treats backup as a side effect; Anker designed for it. That gap is worth paying for, and it is the only one.

Frequently Asked Questions

Is the DJI Power 1000 V2 or the Anker SOLIX C1000 Gen 2 cheaper to own?

On sticker alone, the DJI has often sold lower in 2026, typically $399 to $499 on promotion versus the Anker around $499 to $799 depending on bundle. The gap widens or shrinks with sales, but the cheaper unit carries the same LFP cycle life, so a lower sticker usually means lower total cost for most buyers.

How long do the batteries actually last?

Both makers rate their LFP cells at about 4000 cycles to 80% capacity, which works out to roughly a decade of typical camping, backup, or occasional use. Neither sells an affordable user-replaceable cell swap for a 1kWh station, so plan for the unit to be replaced, not repaired, near the end of that window.

Do I need to buy a solar panel separately?

Yes, for either. Neither station ships with a panel, and a 200W panel that recharges a 1kWh unit in useful time runs about $150 to $300. If you shop off-grid, fold the panel into the real price before you compare the two stations.

Is 1024Wh enough, or should I move up to 2kWh?

For short outages, camping trips, and recharging small devices many times over, 1024Wh is plenty. It will not run a whole house or a large air conditioner, and multi-day outages push most owners toward 2kWh and above. See the portable power station buying guide for sizing against your real loads.

Does the DJI's SDC port work with non-DJI gear?

The standard AC, USB-C, and USB-A ports run anything. SDC is DJI-specific and only matters if you charge DJI drone batteries, where it removes a separate charger from your bag.

A decade is a long time to commit to a battery platform, and the right call is rarely obvious from the spec sheet alone. Once you have narrowed it to two real contenders, Versa AI reads the specs, prices, and owner reviews for any pair and lays out the differences in plain terms, so you choose on what you will actually pay and use, not on marketing.