PECRON’s E3600LFP packs a 3,072Wh LiFePO4 battery and a 3,600W inverter into a 79-pound box, and on Oct. 17, 2026, PECRON’s U.S. store listed it at $999. That price puts it well under most 3kWh stations from the bigger brands. PECRON’s spec sheet lists a 7,000W surge rating, up to 2,400W of solar input, a TT-30R RV outlet and room to grow to 18,432Wh with four EP3800-48V expansion packs. This review walks through those specs, what they mean for home backup and RV use, and the details in the manual worth knowing before you buy.
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I haven’t tested the E3600LFP yet, so this review is based on PECRON’s U.S. product page and the 100–120V user manual. Runtime and charge-time figures marked as estimates are my math from those numbers.
PECRON E3600LFP at a glance
| Spec | PECRON E3600LFP (U.S. 120V model) |
|---|---|
| Battery | 3,072Wh LiFePO4 (51.2V, 60Ah) |
| Cycle life (PECRON) | 3,500+ cycles to 80% capacity |
| AC output | 3,600W rated pure sine wave, 7,000W surge, 100–120V |
| AC outlets | 4 household 120V outlets + 1 TT-30R (RV 30A) |
| DC outputs | XT60 12V/30A, car socket 12V/10A, DC5525 12V/5A (360W DC max) |
| USB | 4 × USB-A 18W, 1 × USB-C 100W, 1 × USB-C 18W, 2 × 15W wireless pads |
| AC charging | 1,800W with the included 15A cable, 3,200W with the included 30A cable |
| Solar input | 2 × XT60 at 32–150V, 20A, 1,200W each (2,400W total) + DC5521 150W |
| Car charging | 12–30V, 150W max |
| UPS | 8–20 ms switchover |
| Expansion | Up to 4 × EP3800-48V (3,840Wh each), 18,432Wh total |
| 240V option | Two units plus PECRON’s 240V box for 7,200W at 240V |
| App | Wi-Fi and Bluetooth |
| Size / weight | 17.5 × 12.1 × 13.8 in; about 79 lb (36 kg) |
| Temperatures | Charge 32–113°F; discharge -4–113°F |
| Warranty | PECRON lists “2+3 years” |
| Price (PECRON U.S. store, Oct. 17, 2026) | $999; $1,798 with one EP3800-48V |
Battery and capacity: what 3,072Wh really gives you
PECRON’s own manual gives a runtime formula: total capacity (3,072Wh) × 0.85 ÷ load in watts. The 0.85 factor accounts for inverter losses and reserve, so it works out to about 2,611Wh of usable AC energy. The table below uses that formula. Real numbers will be lower for loads with big startup surges and higher for loads that cycle on and off.
| Load | Typical draw (assumed) | Estimated runtime |
|---|---|---|
| Wi-Fi router + modem | 25W | ~104 hours |
| CPAP without heated humidifier | 40W | ~65 hours (about 8 nights) |
| 55-inch LED TV | 100W | ~26 hours |
| Full-size refrigerator (cycling average) | 150W | ~17 hours |
| Sump pump, 1/3 hp (while running) | 800W | ~3.3 hours of run time |
| Window AC, 8,000 BTU | 700W | ~3.7 hours |
| 1,500W space heater on high | 1,500W | ~1.7 hours |
For real-world draw numbers to plug into the same formula, see our guides to refrigerator watts and TV watts. If your load has a motor, read surge watts vs running watts before counting on the 7,000W surge figure.
Outputs: built for a house and an RV
The U.S. manual lists four 120V household outlets and one TT-30R, the standard 30-amp RV outlet. That TT-30R matters if you camp: you can plug a 30A RV shore cord straight in without an adapter. The 3,600W rated output is right at what a 30A, 120V RV service delivers (30A × 120V), so an RV owner can run most of a rig, though not every appliance at once.
On the DC side, PECRON caps the DC outputs at 360W combined. The XT60 12V/30A port is the useful one for a 12V fridge or a DC-DC setup, while the 12V/10A car socket covers smaller accessories. USB is ordinary for this class: one 100W USB-C for a laptop, the rest at 18W, plus two 15W wireless pads on top.
Charging: fast on AC, flexible on solar
| Method | Max input (PECRON) | PECRON’s listed time | My estimate, 0–100% |
|---|---|---|---|
| Wall, 30A cable | 3,200W | 1.3 hours | ~1.1–1.3 h |
| Wall, 15A cable | 1,800W | 1.8–2 hours | ~1.9–2.2 h |
| Solar, both XT60 ports | 2,400W | “2 hours by PV” (PECRON CN page) | ~1.5 h at full input; realistically 4–6 h of good sun |
| Solar, DC5521 only | 150W | n/a | ~24 h of full input |
| Car socket | 150W | n/a | ~24 h of driving |
Both AC cables ship in the box, and the manual says the station detects which one you’ve plugged in. A 30A cable needs a 30A outlet, such as an RV pedestal or a dryer-style circuit adapted for it. On a normal 15A wall outlet, use the 15A cable. PECRON’s product page also mentions a customizable charging rate, so you can turn input down on weak circuits.
Solar wiring rules from the manual
The two XT60 inputs are high-voltage MPPT inputs. PECRON says the operating range is 32–150V and the open-circuit voltage (Voc) “must be less than 150V, otherwise, it will damage the unit.” The manual also says to wire no more than two 36V panels or four 18V panels in series per input. Here’s what that means for common setups (estimates, standard test conditions):
| Array per XT60 input | Approx. Voc | Within limit? | Approx. power |
|---|---|---|---|
| 2 × 200W “36V” panels in series | ~90–100V | Yes | ~400W |
| 4 × 100W “18V” panels in series | ~88V | Yes | ~400W |
| 3 × 400W residential panels (~37V Voc) in series | ~111V | Above PECRON’s two-panel guidance; check cold-weather Voc | ~1,200W |
| Single 18V panel | ~22V | No: below the 32V minimum; use DC5521 | ~100W |
One detail to watch: the product page lists the DC5521 input at 12–30V Voc, while the manual says the Voc on that port “must be less than 25V.” Go with the manual’s lower number. For how to read Voc and Vmp on a panel label, see solar panel specs explained and series vs parallel wiring.
UPS mode: good for a fridge, not for a server
PECRON lists an 8–20 ms switchover. The manual says the UPS function is “not applicable to specific applications that need transfer time under 8ms, such as servers and workstations.” It also recommends connecting one device at a time in UPS mode so you don’t overload it. In practice that makes it a solid pass-through backup for a refrigerator, freezer, router or sump pump, while a desktop PC or NAS should still have a dedicated online UPS in front of it.
Expansion and 240V
PECRON’s U.S. page lists the E3600LFP as expandable with up to four EP3800-48V packs at 3,840Wh each, for 18,432Wh total. Older PECRON materials list the smaller EP3000-48V pack instead, so check which pack a bundle includes. Bundle prices on PECRON’s store on Oct. 17 ran from $1,798 with one EP3800-48V to $4,195 with four. The EP3800-48V alone was listed at $799.
| Setup | Capacity | Est. fridge-only runtime at 150W (PECRON formula) |
|---|---|---|
| E3600LFP alone | 3,072Wh | ~17 h |
| + 1 EP3800-48V | 6,912Wh | ~39 h |
| + 2 EP3800-48V | 10,752Wh | ~61 h |
| + 4 EP3800-48V | 18,432Wh | ~104 h |
For 240V loads such as a well pump or a 240V dryer circuit, PECRON sells a 240V box that links two E3600LFP units for 7,200W at 240V. Connecting any power station to house wiring calls for a transfer switch or interlock. Our transfer switch vs interlock guide explains both.
Size, weight and where it lives
At about 79 lb and 17.5 × 12.1 × 13.8 inches, this isn’t something you carry to a picnic table. PECRON sells bundles with a cart. Plan on it living in a garage, utility room or RV storage bay. PECRON’s FAQ says it’s safe to use and charge indoors. For storage, the manual says to switch it off and keep it somewhere dry and ventilated, and PECRON recommends a top-up every few months.
Temperature limits are typical for LiFePO4: charging from 32°F to 113°F and discharging down to -4°F. In a cold garage, you can run loads, but the battery has to warm up above freezing before it’ll accept a charge.
How it compares on paper
| Model | Capacity | AC output | Max solar | Weight |
|---|---|---|---|---|
| PECRON E3600LFP | 3,072Wh | 3,600W | 2,400W | ~79 lb |
| Anker SOLIX F3800 | 3,840Wh | 6,000W (120/240V) | 2,400W | ~132 lb |
| Jackery Explorer 5000 Plus | 5,040Wh | 7,200W (120/240V) | 4,000W | ~134.5 lb |
The E3600LFP is a 120V unit on its own, while the Anker and Jackery have 240V built in. The trade-off is weight and price. For more on the big 240V units, see our Anker SOLIX F3800 vs Jackery Explorer 3000 Pro comparison and the Jackery Explorer 5000 Plus review.
Who it’s for
- Homeowners who want fridge, internet and lights through an outage without paying flagship prices.
- RV owners with a 30A rig who want a TT-30R outlet built in.
- Anyone with a high-voltage solar array who wants up to 2,400W across two inputs.
- Not ideal for anyone who needs native 240V from a single unit, or who wants to move the station often.
Check the current price on PECRON’s E3600LFP page.
FAQ
How long will the PECRON E3600LFP run a refrigerator?
Using PECRON’s formula (3,072Wh × 0.85 ÷ watts) and a 150W average draw, about 17 hours. A newer, efficient fridge that averages closer to 100W would run about 26 hours. These are estimates.
Can the E3600LFP power an RV?
It has a TT-30R outlet and 3,600W rated output, which matches a 30A, 120V RV service. You’ll still need to manage big loads like the air conditioner and microwave so they don’t run at the same time.
Does the E3600LFP have 240V output?
Not on its own. PECRON offers a 240V box that combines two units for 7,200W at 240V.
How fast does it charge?
PECRON lists 1.3 hours with the included 30A cable at 3,200W and about 1.8–2 hours with the 15A cable at 1,800W.
What solar panels work with it?
Each XT60 input takes 32–150V up to 20A (1,200W). Keep the array’s open-circuit voltage under 150V, and follow the manual’s guidance of no more than two 36V or four 18V panels in series per input.
Is the UPS fast enough for a computer?
PECRON lists 8–20 ms and says the function isn’t meant for servers and workstations that need under 8 ms. Many desktops ride through short gaps, but PECRON doesn’t promise it.
Bottom line
On paper, the PECRON E3600LFP offers a lot of capacity for the money: 3kWh of LiFePO4, a 3,600W inverter, dual high-voltage solar inputs and a TT-30R outlet, at $999 on PECRON’s store when I checked. It fits best as a garage-based home backup or an RV power bank. If you need 240V from one box or something you can carry, look at the bigger Anker or Jackery units instead.