The Pecron F5000LFP takes up to 5,800 W of solar through two solar inputs (each 30–180 V, 25 A, 3,200 W). The quickest refill from a maker panel on sale today: 12 × EcoFlow 400W, 3 in series × 2 strings in parallel on each of its 2 solar inputs, which brings it to 4,800 W and refills its 5,120 Wh in about 1.1 h of full sun.
Solar limit
5,800W
Fastest refill
1.1h of sun
Panels
12× 400 W
The panels cost $7,188 at EcoFlow, checked Oct 11, 2026. At a more typical 70% panel yield the refill takes about 1.5 h. Every arrangement here keeps the panels' open-circuit voltage under the limit on a -10 °C (14 °F) morning. Every panel we track.
12 × EcoFlow 400W on the Pecron F5000LFP: 3 in series × 2 strings in parallel on each of its 2 solar inputs; 4,800 W in.
30 to 180 V open-circuit, 25 A max, 3,200 W, XT60 plug
All inputs together
5,800 W (Pecron: "XT60 *2 30Vdc~180Vdc, 3200W Max, 25A Max (Maximum Power: 5800W when no Power Kit is connected. Maximum Power 6400W is achievable only when a Power Kit is connected.)")
Two panels in series add their voltages; strings in parallel add their currents. A panel's open-circuit voltage (Voc) rises on cold, bright mornings, so each arrangement below is checked with the panel's own temperature coefficient, or -0.35% per °C where the maker publishes none, at -10 °C (14 °F). Strings in parallel are kept within the input's current figure; a single string that could give more is held back by the input itself.
Every maker panel we track, on the F5000LFP
5 of the 18 panels fit, fastest refill first. Each uses every input that can take it; the hours are full sun, from empty.
Maker panels on the Pecron F5000LFP; prices Oct 11, 2026
"Full sun to refill" is the ideal floor: the station taking its input limit every hour. Panels rarely deliver their rating, so the 70% column is closer to a good day, and a usable day holds four to six hours of full sun in most of the US. Panels whose maker does not name an MC4 plug are counted one to an input, since they link to others only through the maker's own adapters.
Cables between panel and station
Anker SOLIX PS400 and other panels with the same plug: MC4 on the panel and XT60 on the station, so you need an MC4-to-XT60 solar cable. Its cable: 2x 9.8ft(3m) MC4 solar charging cable, 1.6 ft (0.5 m) MC4 to XT-60 solar charging cable.
Jackery SolarSaga 500 X: Anderson on the panel and XT60 on the station, so you need an Anderson-to-XT60 solar cable. Its cable: 5m charging cable.
Strings in parallel join through an MC4 branch connector (one Y for each polarity), sold separately.
Panels in series need no extra part: each panel's positive MC4 plug clicks into the next panel's negative.
What a day of sun puts back
Watt-hours back in a day, at a 70% panel yield and the station's input limit. Winter in the northern US gives about 3 hours of full sun, a clear summer day in the Southwest 6 or more.
Watt-hours back per day; the F5000LFP holds 5,120 Wh
Setup
3 h of sun
4 h of sun
5 h of sun
6 h of sun
12 × EcoFlow 400W
5,120 Wha full refill
5,120 Wha full refill
5,120 Wha full refill
5,120 Wha full refill
1 × Jackery SolarSaga 500 X
1,050 Wh21% of the battery
1,400 Wh27% of the battery
1,750 Wh34% of the battery
2,100 Wh41% of the battery
Check another panel on the F5000LFP
Type the figures from the panel's label or spec sheet (they are given at 25 °C). The check assumes MC4 plugs, so panels can go in series or parallel.
Enter the four figures to see how many of these panels the F5000LFP takes, and how to wire them.
Where the solar limits come from
Pecron product page: "6400W Solar Charging Max (2*3200W XT60 port 30V-180V/25A Max);" · "XT60-M: 6400W Max / 2*3200W Max : Voc 30V~180V/ 25A Max;" · "(Single unit: 5800W Max input; with extra battery unit: 6400W Max)"
Pecron user manual (PDF): "XT60 interface supports input voltage range of 30Vdc~180Vdc, maximum input power of 3200W" · "maximum current of 25A. When wired in series" · "open-circuit voltage (Voc) must be less than 180V"
