DJI Power 1000 V2 vs Anker C1000 Gen 2: Watts or Ports?

The One Question That Decides This

Most 1kWh portable power stations are near-clones. These two are not. The DJI Power 1000 V2 and the Anker SOLIX C1000 Gen 2 both carry a 1024Wh lithium iron phosphate (LFP) battery rated for roughly 4000 charge cycles, so on paper they sit in the same class. They were not built for the same buyer.

DJI pushed output hard. It rates the V2 at 2600W of AC power, ships dual 140W USB-C ports, and quotes a 0-80% charge in 37 minutes. Anker went wide. The Gen 2 spreads power across ten ports, advertises a 49-minute full recharge that it markets as a Guinness World Record, and behaves like a small UPS during an outage. Pick wrong and you either overpay for watts you never draw or trip a breaker the first time you plug in a heater.

The short version: if you need to run power-hungry gear such as tools, kettles, space heaters, or several appliances at once, the DJI's extra 600W of continuous output is the deciding factor. If your load is a pile of smaller devices and you want the unit to also babysit your router through a blackout, the Anker is the smarter fit.

The Core Specs, Side by Side

Two things are equal and one is not. The 1024Wh capacity and the ~4000-cycle LFP chemistry are functionally identical. Both makers spec their cells to about 80% capacity after 4000 cycles, which works out to roughly a decade of typical camping, backup, or job-site use before you notice real degradation. Treat cycle life as a tie and move on.

Output is where they split. DJI's 2600W rated output is unusually high for a 1kWh unit. Anker caps at 2000W continuous with a 3000W surge for motor starts. For phones, laptops, camera batteries, CPAP machines, and a fridge, either number is plenty. The DJI only earns its keep when you push past 2000W continuously, which most buyers never do.

Where the DJI Power 1000 V2 Pulls Ahead

Output headroom you can feel

2600W continuous means a 1500W space heater, a kettle, or a small power tool runs without pushing the inverter to its limit. On the Anker, that same load combined with anything else starts to crowd the 2000W cap. DJI also publishes a fast partial-charge number (0-80% in 37 minutes) that matters more in the field than a full-charge figure, because most stops are a quick "grab enough to keep shooting" rather than "wait for 100%."

The SDC trick for drone pilots

The SDC port charges DJI drone batteries straight from the station, no separate charger in the bag. If you fly a Mavic, Air, or Avata, that is one fewer brick to carry and it removes the AC-to-DC conversion loss. It is niche, but for that niche it is the single best reason to pick this unit over anything Anker makes.

Output per dollar

When DJI sits in the ~$399-499 band on promotion, it is hard to beat on watts-per-dollar. You are getting 2600W of rated power at a price where competitors usually offer 1800-2000W. The trade-off is that DJI does not prioritize UPS behavior and its power-station app is younger than Anker's, since DJI is newer to this category.

Where the Anker SOLIX C1000 Gen 2 Pulls Ahead

Port count and layout

Ten ports means four AC outlets, dual 140W USB-C, plus USB-A, a car socket, and DC out. You can run a small desk worth of gear without a power strip. For van life, a camp kitchen, or a work-from-anywhere setup, that breadth beats the DJI's drone-focused SDC port if you do not fly DJI.

The fastest full recharge in class

Anker's 49-minute full charge is a real headline, and the company markets the figure as a Guinness World Record. Where DJI's 37-minute number only gets you to 80%, the Anker takes you all the way to 100% in under an hour. If you need a complete battery before the sun moves or the generator shuts off, that matters.

Built for backup, not just for trips

The Gen 2 behaves like a small UPS. It can switch to battery fast enough to keep a router, modem, or NAS alive through a blip, and the app lets you set charge-speed limits to protect delicate electronics. DJI treats backup as a side effect, not a feature. For home-outage prep, that tilts toward Anker.

The cost of that breadth is the 2000W ceiling. Stack a heater on top of a fridge and a microwave and the Anker is the one that trips first.

The Charging Math, Without the Marketing

DJI and Anker quote recharge numbers that are not directly comparable, and each leans on whichever looks better. DJI's 37 minutes is to 80%. Anker's 49 minutes is to 100%. Both are fast for a 1024Wh unit, but neither tells the full story on its own.

LFP cells charge on a curve. The first 80% comes fast under high input, then the battery tapers for the final 20% to protect longevity. That curve is why DJI can advertise a snappy 37-minute figure that stops at 80%, and why Anker's full-in-49 is more impressive than it looks. As a rule of thumb: if you top up in short bursts, DJI's partial-charge speed wins. If you need a complete refill in one sitting, the Anker is faster end to end.

Solar recharge is a separate question and depends mostly on your panel and the weather, not the station. Both accept solar input, so budget for a panel separately either way.

Price Reality Check

Listed prices on 1kWh stations swing with sales, bundles, and retailer, so treat any single number as a snapshot rather than a fact. In recent listings the DJI Power 1000 V2 has shown up around the ~$399-499 mark on promotion, while the Anker SOLIX C1000 Gen 2 has ranged roughly ~$499-799 depending on whether it is bundled with a panel or sold solo. The two can land close together or a few hundred dollars apart depending on the week.

The useful price analysis here is not the dollar figure. It is the value test. If both sit near the same price, you are choosing 600W of extra DJI output versus the Anker's extra ports, UPS behavior, and faster full charge. That is a fair trade either way. If the DJI is on a deep sale and the Anker is not, the value math tilts hard toward DJI unless you specifically need Anker's port count or backup features. Verify current pricing before you commit, because the gap closes and reopens constantly.

How to Decide

For most buyers comparing these two, the Anker SOLIX C1000 Gen 2 is the safer default. (Anker also sells an older 1056Wh / 1800W C1000 without the Gen 2 badge — when a listing does not say "Gen 2", assume it is that older model.) Ten ports, a true full recharge in under an hour, and UPS-style backup cover the way the majority of people actually use a 1kWh station: lots of small devices, occasional outages, and convenience. You give up 600W of output that most households will never draw, and you gain breadth.

The exception is specific and worth honoring. If you run anything over 2000W (power tools, kettles, space heaters, a small microwave) or you fly DJI drones and want SDC charging, get the DJI Power 1000 V2. Its 2600W rating and 37-minute top-up are not marketing fluff. They are the only thing in this class that handles high-draw loads cleanly, and on sale the DJI is often the better deal too. Most people do not need that ceiling. The people who do usually already know it.

Frequently Asked Questions

Is the DJI Power 1000 V2 better than the Anker SOLIX C1000 Gen 2?

Not strictly. They share a 1024Wh LFP battery and ~4000-cycle life. The DJI is better for high-draw loads because of its 2600W rated output, while the Anker is better for running many devices at once and for home backup thanks to its ten ports and UPS behavior. Better depends on what you plug in.

Which charges faster, the DJI Power 1000 V2 or the Anker SOLIX C1000 Gen 2?

It depends on how you measure. DJI reaches 80% in about 37 minutes. Anker reaches 100% in about 49 minutes, a figure it markets as a Guinness World Record. For quick partial top-ups the DJI is faster. For a complete refill in one session the Anker wins.

Can the Anker SOLIX C1000 Gen 2 power a fridge or a space heater?

A fridge, yes, easily, including the compressor surge thanks to its 3000W peak. A space heater is the line. Most draw 1500W, which the Anker's 2000W continuous rating handles on its own, but running a heater plus anything else starts to crowd the limit. That is exactly the gap where the DJI's 2600W matters.

Is 1024Wh enough for a power outage?

For short outages, yes. 1024Wh will keep a router and modem running for a day or more, run an efficient fridge for several hours, or recharge phones and laptops many times over. See the portable power station buying guide for how to size against your actual loads. It will not run a whole house or a large air conditioner. For multi-day outages, look at 2kWh and above.

Does the DJI Power 1000 V2 work as a UPS?

It can supply backup power, but DJI does not market it as a UPS the way Anker does the Gen 2. If instant switchover for a router or NAS during a blip is the goal, the Anker is the better fit.

More 1kWh Power Station Comparisons

If this isn't the exact matchup you need, here are the other 1kWh head-to-heads we've run:

The same models, as live side-by-side comparisons with current prices and review sentiment:

For the watts-versus-watt-hours sizing breakdown, see the portable power station buying guide.

Narrowing a portable power station down to two real contenders is the hard part of shopping for one. Once you are at the final two, Versa AI reads the specs, prices, and owner reviews for any pair you are weighing and lays out the differences in plain terms, so you can pick on facts instead of marketing copy.