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Will the Jackery SolarSaga 100 Prime work with the Anker SOLIX F3800 Plus?

Yes. One Jackery SolarSaga 100 Prime works with the Anker SOLIX F3800 Plus: about 24.9 V on a 20°F morning against the station's 165 V limit, and about 99 W in full sun. Two panels: works (1 panel on Solar input + 1 panel on Solar input), about 198 W.

Verdict

Works

1 x SolarSaga 100 Prime into the F3800 Plus (1 panel on Solar input) stays inside 11 to 165 V and under 17 A, even at 20F.

1 x SolarSaga 100 Prime1 panel on Solar input
F3800 PlusSolar input
Expected
99W
Voltage at 20F
24.9V
limit 165 V
Current
5.3A
cap 17 A
  • The brand does not say whether its voltage limit is open-circuit or working voltage, so we check against the stricter open-circuit number.
  • Anker does not say whether its voltage limit is open-circuit or working voltage, so the checker uses the stricter reading.
  • Anker's page: going over 165V can damage the solar input ports.
  • Model JS-100E in the manual. Bifacial: 108 W with light on the back (BNPI).
Cables to buy
  • Use the solar charging cable that came with the station (MC4 on the panel side).
Jackery SolarSaga 100 Prime

100 W, open-circuit 22.7 V, short-circuit 5.5 A, working 18.7 V / 5.3 A. Manual Panel details

Anker SOLIX F3800 Plus

Solar input Solar input: 11 to 165 V; Solar input: 11 to 165 V, 3200 W max. Brand page Station details

Change the count or temperature

Two panels: every way to wire them

WiringInputVolts at 20FAmpsWattsVerdict
1 panel on Solar input + 1 panel on Solar input
The brand does not say whether its voltage limit is open-circuit or working voltage, so we check against the stricter open-circuit number.
Solar input + Solar input24.95.3198Works
2 panels in parallel on Solar input
The brand does not say whether its voltage limit is open-circuit or working voltage, so we check against the stricter open-circuit number.
Solar input24.910.6198Works
2 panels in series on Solar input
The brand does not say whether its voltage limit is open-circuit or working voltage, so we check against the stricter open-circuit number.
Solar input49.75.3198Works

Quick answers

Will the Jackery SolarSaga 100 Prime work with the Anker SOLIX F3800 Plus?

Yes. One Jackery SolarSaga 100 Prime works with the Anker SOLIX F3800 Plus: about 24.9 V on a 20°F morning against the station's 165 V limit, and about 99 W in full sun. Two panels: works (1 panel on Solar input + 1 panel on Solar input), about 198 W.

Can I connect two SolarSaga 100 Prime panels to the F3800 Plus?

Yes, 1 panel on Solar input + 1 panel on Solar input. That gives about 198 W.

What cable do I need to connect the SolarSaga 100 Prime to the F3800 Plus?

Use the solar charging cable that came with the station (MC4 on the panel side).

Is it safe on a cold morning?

Panel voltage rises in the cold. One SolarSaga 100 Prime goes from 22.7 V on its label to about 24.9 V at 20°F and 25.6 V at 0°F. The F3800 Plus accepts up to 165 V on the Solar input.

Where to buy

$199 at the Jackery store, Oct 28, 2026
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$3,000 at the Anker SOLIX store, Oct 28, 2026
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Other panels that work with the F3800 Plus

→EcoFlow 400W Portable Solar Panel, about 800 W with two
→Anker SOLIX PS400 Bifacial, about 800 W with two
→BLUETTI PV350D, about 700 W with two
→Renogy 250W N-Type Bifacial Solar Panel, about 500 W with two
→EcoFlow NextGen 220W Bifacial Portable Solar Panel, about 438 W with two

All 33 panels checked against the F3800 Plus

Rules we applied
  • Anker SOLIX F3800 Plus: solar input 11 to 165 V on the Solar in 1 (Solar input). Anker SOLIX does not say whether this limit is open-circuit or working voltage, so we use the stricter reading: open-circuit voltage on your coldest morning.
  • Cold raises panel voltage: we add 0.30% per °C below 77F (25°C), a typical figure, since this panel does not publish its own. At 20F one panel's 22.7 V becomes 24.9 V.
  • Current over the 17 A cap is safe: the station takes 17 A and you get fewer watts. We count only the capped watts.
  • Max 1,600 W on this input, 3,200 W across all inputs.
Assumptions
  • Cold-morning voltage uses 0.30% per °C, typical for crystalline panels. This panel's own value is not published.
  • Expected watts are the best case in full sun. Real-world midday output is usually 60 to 80% of that.
Sources
Checked Oct 28, 2026