Best 120/240V portable power stations for home circuits and pumps
Top pick
Apex 300
BLUETTI Apex 300
Among these, BLUETTI Apex 300 is the lightest native 120/240V starting point and can grow into a much larger system. EcoFlow DELTA Pro 3 has about 48 percent more base energy, and Anker F3800 Plus about 39 percent more. Whichever you pick, begin with the exact receptacle, per-leg current and motor startup your circuit requires.
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Total inverter watts count for less than native split-phase voltage, receptacle amperage and motor startup.
Guide updated , Product data updated , Amazon.com / United States
By the numbers
What the data shows
What we found across the portable power stations we compare, plus the checked facts behind each finding.
01
How many fit
Only 4 of the 50 models checked meet every need here: “I need output that is natively 120V and 240V”, “I want to power chosen circuits in my home”, “Solar will be a real part of how I recharge”, and “My computer or router should switch to backup on its own”.
4 models fit, out of 50 checked02
Why it helps
BLUETTI Apex 300 lists 2,764.8 Wh for battery capacity, 149% above the 1,111 Wh median.
BLUETTI Apex 300
2,764.8 Wh
Typical (median)
1,111 Wh
Models with this figure
50 of 50
Show the facts and the math
Models in the comparison
50 models
Sources
6 covering these models
Product data updated
How we countedThe count uses each product's current fit ratings for “I need output that is natively 120V and 240V”, “I want to power chosen circuits in my home”, “Solar will be a real part of how I recharge”, and “My computer or router should switch to backup on its own”. 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. The median draws on the 50 of 50 models that publish comparable figures.
The facts and sources behind each product in this recommendation
Product
Needs it meets
Facts we checked
Sources
BLUETTI Apex 300
120V / 240V
Circuit backup
Faster solar
Fast transfer
3,840W rated and 7,680W surge AC output, with 2,764.8Wh LFP capacity
30A and 50A connections, with native 120/240V output
Expansion from one unit to a documented multi-unit 58kWh-class system, with 2,400W direct solar input
Before you compare battery sizes, line up voltage, receptacle, per-leg current, neutral and motor startup. A 240V label by itself doesn't prove that a station can run the pump or circuit you intend.
01
Apex gives the lighter modular base
Native 120/240V comes from a single base unit, and it weighs about 31 pounds less than DELTA Pro 3 and about 53 pounds less than F3800 Plus. For direct USB and 12V use you need the optional DC Hub.
02
More energy comes standard on the alternatives
Nameplate energy is about 48 percent higher on EcoFlow than on Apex, and about 39 percent higher on Anker. That stretches runtime before expansion batteries come into the budget.
03
Motor startup can decide the outcome
Inductive loads such as well pumps and compressors can demand a large burst for a moment. Look at the exact load, receptacle and per-leg limits rather than comparing total inverter watts alone.
04
Wiring into a circuit is a job for professionals
Even a listed transfer accessory doesn't make every panel connection safe. Put neutral, grounding, interlock and transfer requirements into the installation plan you make with a qualified electrician.
An example with real numbers
How long it runs at a steady 500W
The example works from base capacity with an 85 percent usable-energy allowance.
The mathnominal watt-hours × 0.85 ÷ 500 watts
There are no expansion batteries connected.
The load holds at 500W.
No separate allowance for DC Hub and panel losses.
How long it runs at a steady 500W
Situation
Apex 300
F3800 Plus
DELTA Pro 3
Estimated runtime
4.7 hours
6.5 hours
7.0 hours
What it tells youAnker and EcoFlow give longer base runtime, and Apex is easier to move.
Watch out forA qualified electrician should confirm the receptacles, per-leg current, neutral, grounding, transfer hardware and motor startup.
Check these before you buy
Make sure the 240V output is native and note the exact receptacle.
Find out how much current each leg can supply.
Verify what pumps and compressors need at startup.
The transfer hardware should be approved and installed for the circuit.
Only once compatibility is proven should you compare energy, solar input and expansion.
3 options
The top pick and the alternatives
01
Apex 300
BLUETTI, Apex 300
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.
Top pick ifThe most flexible way to start with 120/240V in a single box
Key facts
3,840W rated and 7,680W surge AC output, with 2,764.8Wh LFP capacity
30A and 50A connections, with native 120/240V output
The catch
The base unit has no direct USB or 12V outputs. If you want portable DC use, you need the optional DC Hub.
This refined, wheeled 4,096Wh station provides 4,000W output and native 120/240V, and it works with a wide range of batteries, panels and generators.
Pick this instead ifIt is the pick for more base energy and a polished home-integration ecosystem, once the exact circuit hardware is confirmed.
Key facts
4,000W rated AC output, with 4,096Wh LFP capacity
10ms transfer mode and native 120/240V output
The catch
Weighing roughly 115 pounds, it is a wheeled home system rather than something to carry casually. Most circuit-level automation also needs additional EcoFlow hardware.