The catch
PECRON F3000LFP
A single unit gives you 120V but no 240V.
Side by side
For 3kWh of reserve with less weight to move, the F3000LFP is the one. The E3600LFP wins on its larger solar input, higher-current 12V output and wider expansion path. They start at the same 3072Wh and 3600W continuous AC output, so the E3600LFP’s additional 15.7 lb pays for connections and growth. The base battery is the same size.
Before you buy
The 3072Wh battery stays the same, and the weight drops about 19.9%.
Where this comes from
(79 − 63.3) ÷ 79 × 100 = 19.9%. The comparison is of the standalone stations, leaving out expansion batteries and carts.
The catch
A single unit gives you 120V but no 240V.
The catch
A single unit supplies 120V. To get 240V you need two stations and the matching connection box.


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PECRON F3000LFP and E3600LFP compared on carrying weight, solar voltage, DC output and charging circuit requirements, with battery capacity equal.
Energy and inverter size are the same at the start, and the models diverge in solar, DC and expansion hardware.
Which one fits
F3000LFP weighs 15.7 lb less.
Across its inputs, E3600LFP accepts up to 2400W.
The correctly wired 30A output has headroom, but a 10A socket falls short.
With that charging arrangement, 1800W is the limit for both.
In practice
The 3072Wh battery stays the same, and the weight drops about 19.9%.
(79 − 63.3) ÷ 79 × 100 = 19.9%. The comparison is of the standalone stations, leaving out expansion batteries and carts.
At a steady 500W and an 80% usable-energy allowance, each estimates about 4.92 hours.
3072 × 0.8 ÷ 500 = 4.9152 hours. Runtime shifts with actual inverter losses, temperature and cycling loads.
F3000LFP’s 120V ceiling is already exceeded by an array with 130V open-circuit voltage, and E3600LFP still needs a cold-voltage check against 150V.
Before temperature correction, 130V is 10V over 120V and 20V under 150V. Current, connector and panel operating voltage need checking as well.

PECRON, F3000LFP
This 3kWh station is for buyers who need a full 3600W of 120V output yet still have to move it around. Compared with the E3600LFP it gives up some solar and expansion headroom in exchange for a lighter main unit.

PECRON, E3600LFP
It is meant to sit alongside a larger solar or RV setup. Two solar inputs and a 30A DC output give it a practical role beyond storing 3kWh, but the 79 lb main unit is not a light carry.
Spec by spec
| Spec | PECRON F3000LFP | PECRON E3600LFP | In practice |
|---|---|---|---|
| Base battery capacity | 3072Wh | 3072Wh | Starting energy gives neither a nominal advantage. |
| Continuous AC output | 3600W | 3600W | Combined steady appliance ceilings match. |
| Listed weight | 63.3 lb | 79 lb | F3000LFP is 15.7 lb lighter. |
| Maximum solar input | 1600W | 2400W across two inputs | From a suitable array, E3600LFP can take more. |
| High-power solar voltage range | 25V to 120V | 32V to 150V per input | The voltage window of the chosen model has to be satisfied by a panel string. |
| 12V DC output | 10A | 30A | For a properly wired compatible DC load, E3600LFP has more current headroom. |
| Maximum US AC charging | 1800W | 1800W with 15A cable or 3200W with supported 30A cable | Reaching the 3200W figure takes the specified cable and an appropriate circuit. |
| Maximum expansion capacity | 10752Wh with two EP3800 batteries | 18432Wh with four EP3800 batteries | A larger supported battery system comes with the heavier unit. |
Trade-offs
Decision guide
The F3000LFP is for hauling a 3kWh reserve around. The E3600LFP is for the particular extra connections you need.
Both the F3000LFP and the E3600LFP hold 3072Wh and deliver up to 3600W of continuous AC power. When your equipment fits that rating, going with the lighter F3000LFP costs you no nominal energy. What matters is whether the E3600LFP’s additional solar inputs, higher-current DC connection and expansion support are worth its extra weight.
The E3600LFP has two solar inputs and a higher 150V ceiling, whereas the F3000LFP’s high-power input stops at 120V. Whether an existing panel arrangement fits can hinge on those differences. Add up the panels’ open-circuit voltages, allow for colder conditions and check current too. No high solar wattage rating makes an over-voltage string safe.
The E3600LFP’s 3200W AC charging figure assumes the supported 30A cable and a suitable circuit. In 15A-cable mode it tops out at 1800W, the same maximum as the F3000LFP. Don’t assume the larger headline is available from ordinary household outlets. Follow the manual, and have a qualified electrician check any fixed electrical work.
By the numbers
What we found across the portable power stations we compare, plus the checked facts behind each finding.
25 of the 50 models checked meet every need here: “I want backup power for the essentials at home”, “Solar will be a real part of how I recharge”, and “I might expand battery capacity later”.
25 models fit, out of 50 checkedHow we countedThe count uses each product's current fit ratings for “I want backup power for the essentials at home”, “Solar will be a real part of how I recharge”, and “I might expand battery capacity later”. A need with no documented match is not counted.
| Product | Needs it meets | Facts we checked | Sources |
|---|---|---|---|
| PECRON F3000LFP |
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| PECRON E3600LFP |
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Ready to buy
Open either model on Amazon for the current price, customer reviews and delivery options.

Moving the station is part of the job, and you want to save nearly 16 lb.
See price & reviews on Amazon
Two higher-voltage solar inputs, with up to 2400W combined, are what you want.
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