The catch
BLUETTI Apex 300
The base unit has no direct USB or 12V outputs. If you want portable DC use, you need the optional DC Hub.
Side by side
As the base for a one-box home system, the Apex 300 is stronger. It supplies native 120/240V and scales up into a multi-unit circuit-backup system. The F3000 is better when the job is defined by TT-30, lower complexity and 120V RV loads.
Before you buy
BLUETTI Apex 300 is the better match for “I need output that is natively 120V and 240V” and “I want to power chosen circuits in my home”. Anker SOLIX F3000 is the better match for “I need to connect to an RV directly at 30A” and “I want quicker charging while I drive”.
Where this comes from
This lines up the current strong and useful fit ratings for the exact products. It does not roll them into one overall score.
The catch
The base unit has no direct USB or 12V outputs. If you want portable DC use, you need the optional DC Hub.
The catch
One F3000 on its own only supplies 120V. Native 240V output takes a documented two-unit configuration plus extra hardware.


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Single-unit native 240V flexibility goes up against a more portable, RV-first 120V system.
This one comes down to voltage and direct dc outputs first, then to the limits of your own setup.
Which one fits
BLUETTI Apex 300 lists “Native 120/240V” for voltage, while Anker SOLIX F3000 lists “120V per unit. Two units for 240V”. This can be a hard compatibility check against your power supply, connection and planned load.
It is part of an ecosystem that has a documented transfer panel or inlet path. A qualified electrician may be needed for installation.
Useful status, charge-rate, schedule or reserve settings are available through Wi-Fi or Bluetooth control.
Its transfer mode is documented at 20ms or faster. That doesn’t make it a certified medical or double-conversion UPS.
A documented TT-30 or comparable 30A outlet is included. Before connecting, confirm the voltage, current and your RV inlet.
Vehicle charging gets materially faster with a documented first-party or broadly compatible DC-to-DC accessory. Installation limits still matter.
In practice
BLUETTI Apex 300 is the better match for “I need output that is natively 120V and 240V” and “I want to power chosen circuits in my home”. Anker SOLIX F3000 is the better match for “I need to connect to an RV directly at 30A” and “I want quicker charging while I drive”.
This lines up the current strong and useful fit ratings for the exact products. It does not roll them into one overall score.
BLUETTI Apex 300 meets 3 of the 3 needs this comparison is built around. Anker SOLIX F3000 meets 2 and misses “I need output that is natively 120V and 240V”.
The count uses the current strong and useful fit ratings for these two products. Each need counts once, with no made-up score added on top.
5 of the 50 portable power stations checked fit this need. BLUETTI Apex 300 makes the cut. Anker SOLIX F3000 does not.
The count filters every model in the current category for a strong or useful fit on this single need.
5 of the 50 portable power stations checked handle both “I need output that is natively 120V and 240V” and “I might expand battery capacity later”. BLUETTI Apex 300 makes the cut. Anker SOLIX F3000 does not.
You can reproduce the count by filtering the current category for models with a strong or useful fit on both needs.

BLUETTI, Apex 300
This modular 2,764.8Wh station has native 120/240V output and 3,840W of power, and it can grow from a portable box into a multi-unit home system.

Anker SOLIX, A1782
This wheeled 3,072Wh, 3,600W 120V station has a TT-30 outlet, dual solar controllers and an unusually wide set of generator/alternator recharging options.
Spec by spec
| Spec | BLUETTI Apex 300 | Anker SOLIX F3000 | In practice |
|---|---|---|---|
| Voltage | Native 120/240V | 120V per unit. Two units for 240V | It can act as a strict compatibility test against your power supply, connection and planned load. |
| Direct DC outputs | Optional DC Hub required | Built in | Higher published output is useful only if your room, surface or workload calls for the extra headroom. It does not, by itself, prove better results. |
| Base capacity | 2,764.8Wh | 3,072Wh | It is the stored energy available before you need an expansion battery or a recharge. |
Trade-offs
By the numbers
What we found across the portable power stations we compare, plus the checked facts behind each finding.
Only 5 of the 50 models checked meet every need here: “I need output that is natively 120V and 240V”, “I might expand battery capacity later”, and “I want to power chosen circuits in my home”.
5 models fit, out of 50 checkedAnker SOLIX F3000 lists 3,072 Wh for battery capacity, 11% more than the 2,764.8 Wh on BLUETTI Apex 300.
How we countedThe count uses each product's current fit ratings for “I need output that is natively 120V and 240V”, “I might expand battery capacity later”, and “I want to power chosen circuits in my home”. A need with no documented match is not counted.
How we calculatedThese are nominal watt-hour ratings. How much energy you get out depends on inverter losses, temperature and load. For context, 50 of 50 models publish comparable figures.
| Product | Needs it meets | Facts we checked | Sources |
|---|---|---|---|
| BLUETTI Apex 300 |
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| Anker SOLIX F3000 |
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Ready to buy
Open either model on Amazon for the current price, customer reviews and delivery options.

240V has to come from a single base unit
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Your top priority is a 120V TT-30 outlet
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