Anker SOLIX C300 vs DJI Power 1000

Two of six scenarios land on an actual winner, and both go to the Power 1000. CPAP Overnight needs roughly 320Wh, more than the C300's full 288Wh — the smaller unit can't finish the night, while the Power 1000 uses just 37% of its capacity. Tailgate Party asks for about 670Wh; the C300 runs out before it gets there, and the Power 1000 clears it using 77% of what it has.

The other four go to neither, and the near-misses matter as much as the outright misses. Remote Workday needs about 910Wh, and the Power 1000 comes up just short too, at 105% of its own capacity — even the bigger unit isn't quite enough for a full day of laptop-and-monitor work. Weekend Camping, an 8-hour blackout, and Van Life Daily ask for even more, up to 4,685Wh for van life, putting them out of reach of either station. That's not a flaw in either unit. It's a sign those jobs call for a different category of gear.

Sticker price says C300, cost per lifetime kWh says Power 1000 — and the second number is the one that should decide a purchase you'll own for years. The C300 costs $0.35 for every kWh it delivers over its rated cycle life; the Power 1000 costs $0.17, roughly half, because $699 buys more than 3.5 times the capacity on a battery rated for 1,000 more cycles.

The same story shows up before cycle life even enters the picture. At raw purchase price, the C300 runs $1.04 per Wh of capacity against the Power 1000's $0.68. There isn't a price-efficiency number on this page that favors the C300 — its case has to rest on something other than cost per unit, which is exactly what the rest of this page is for.

9.1 lbs is a one-hand grab off a shelf on the way out the door. 28.7 lbs is a two-hand lift you plan for — set it down, don't drop it on your foot. That's 19.6 lbs of difference, and it isn't arbitrary: the extra weight is an inverter built for 2,200W continuous instead of 300W, plus a battery holding more than three and a half times the energy.

For a buyer whose heaviest device is a laptop, the C300's whole pitch is that you stop noticing it's in the bag^A1A2. The Power 1000 doesn't lose that fight because it's a worse design. It's simply not competing for that job — it's the unit you carry because you need the 2,200W inverter and the capacity behind it, not because you forgot it was there.

None of the three call-outs here are red flags — all three read as informational, which fits a pair where nothing is actually broken, just priced and sized differently. UPS speed favors the C300, raw cycle count favors the Power 1000, and the warranty is a flat tie at 5 years on both.

Worth noticing is how little any of the three should move the decision on its own. A faster switchover only matters if you're running something that hates a power gap; a higher cycle count only matters if you'll actually put thousands of cycles on the unit; and a tied warranty length says nothing about what a year of that coverage is worth on a $300 unit versus a $699 one. The specifics are in the cards below — the headline is that these are details, not deciding factors.

Anker is the established name here, a consumer electronics giant whose SOLIX lineup spans compact and flagship power stations, but the C300 arrives alongside real signs that support quality is sliding from where it used to be, including AI-driven support responses and complicated return logistics for heavier units. DJI is the opposite shape: almost no power-station track record (its first model shipped in 2024), leaning instead on the global repair network it already built for drones.

Judge the Power 1000 on build and you get the DJI story that actually shows up in reviews — quiet running and dependable output under sustained load^B1B2 — which lines up with a company applying drone-grade engineering to a new category rather than cutting costs to hit a price. The honest risk is the one DJI can't paper over yet: two years isn't long enough to know how the battery ages, and there's no expansion ecosystem if you outgrow one unit.