Anker Solix C300 vs Bluetti Elite 30 V2: 600W or USB-C?

Pick by What You Plug In

Both stations occupy the 300Wh class with LiFePO4 batteries and claim sub-hour AC charging. On paper they are close enough that the Anker Solix C300 versus Bluetti Elite 30 V2 question collapses to one thing: what you intend to run.

If it is a 600W microwave, a small space heater, or a power tool that needs headroom, the Bluetti Elite 30 V2's 600W continuous output is the only way to go. If you are charging laptops, cameras, and phones and want the fastest USB-C charging in this size class, the Anker Solix C300's dual 140W USB-C ports win hands down. Everything else, including the tiny capacity gap, is noise.

Specs below are checked against the Anker SOLIX product page and the BLUETTI Elite 30 V2 spec sheet.

Where the Real Difference Lives

600W AC, on the Bluetti

The Elite 30 V2 pushes 600 watts continuously and handles spikes up to 1500 watts. That is enough for a 600W microwave (it will run, slowly), small space heaters, and power tools with startup spikes. The Anker C300, at 300W continuous (600W peak), simply cannot run these devices.

This is not a paper spec difference. It is the difference between "this works" and "this trips the inverter." If you need to run anything that draws more than 300W sustained, buy the Bluetti.

Dual 140W USB-C, on the Anker

The C300 ships with two USB-C ports, each capable of 140W output. That is rare at this size class. Most competitors offer a single 100W port or worse. Two 140W ports means you can fast-charge two laptops or cameras simultaneously without dipping into AC power.

The Bluetti Elite 30 V2 has one USB-C port at 100W. If your primary use case is charging multiple USB-C devices, the Anker wins.

The Specs That Separate Them

Both run LiFePO4, the chemistry you want for longevity. Both have 5-year warranties. Both support solar charging and app control. The capacity gap (288Wh vs 268Wh) is about 7 percent—it is not the deciding factor.

The deciding factors are in the AC output and USB-C rows. The Bluetti doubles the AC output. The Anker doubles the USB-C charging capacity.

Charging, Weight, and Portability

Both recharge in roughly an hour via AC. The Anker claims 80% in 50 minutes; the Bluetti claims similar. Solar charging is supported on both, though neither ships with panels included.

The Anker is lighter at 7.9 lb versus the Bluetti's 9.5 lb. The difference is noticeable if you are carrying it daily, but for occasional camping or emergency use, it is not a dealbreaker.

Both are compact enough to fit in a backpack. Neither is as small as a phone charger, but both are far more portable than the 1kWh class stations.

The Verdict

Buy the Bluetti Elite 30 V2 if:

Buy the Anker Solix C300 if:

Who Each Station Serves

The Bluetti Elite 30 V2 is for the off-grid tinkerer who needs to run small appliances. It is a miniature power plant that can handle 600W loads, which puts it in a different category than the Anker despite the similar capacity rating.

The Anker Solix C300 is for the digital nomad or camper who needs to keep gear charged. It is the fastest USB-C charging station in this size class, and it excels at that one job.

Both are excellent products. Neither is "better"—they are optimized for different use cases. The Bluetti wins on AC power; the Anker wins on USB-C charging. Pick by what you plug in.

Frequently Asked Questions

Is the 600W output on the Bluetti real?

Yes. The Elite 30 V2 pushes 600W continuous and 1500W peak. Independent testing confirms this. It will run a 600W microwave, though expect slower heating times than a wall outlet.

Can the Anker C300 run a 300W device?

Yes, but at the limit. The C300 is rated for 300W continuous with a 600W peak. A 300W device will run, but leave no headroom for startup spikes or simultaneous loads.

Which lasts longer?

Both use LiFePO4 chemistry and are rated for 3000+ cycles to 80% capacity. Expect roughly a decade of regular use before noticeable degradation, assuming proper storage and care.

Which charges faster?

The Anker claims a slight edge (80% in 50 min vs ~60 min), but in real-world testing, the difference is negligible. Both recharge in about an hour via AC.

Do I need solar panels?

Both support solar input, but neither includes panels. If you plan to recharge off-grid, budget for compatible panels. The solar input specs vary by model year—check the current product page before buying panels.