
SolarSaga 100 Air
100 W panel with an MC4 plug. Expect about 70 W at midday in clear sun.
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The four numbers on the label
Every panel has a sticker on the back with these. The station cares about the first two most.
The highest voltage the panel makes, with nothing plugged in. This must stay under the station's limit, including on cold mornings.
The most current it can push. Stations cap current; over the cap you lose watts, or on some brands it is not allowed.
The working voltage while charging. Must be above the station's minimum or charging will not start.
The working current while charging. Vmp times Imp is roughly the rated watts.
Why it matters: a station's input limit is a hard number. Two of these panels in series on a 10F morning make 66.0 V. That is over a 60 V input, so only a station with a higher limit can take two in series.
Which stations it works with
One panel, 20F morning. 52 take it cleanly, 3 with a catch. Tap a row for the wiring and cables.
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Quick answers
Which power stations work with the Jackery SolarSaga 100 Air?
Of the 86 power stations we can check, 52 take one Jackery SolarSaga 100 Air cleanly, even on a 20°F morning (for example the EcoFlow RIVER 3 Plus, EcoFlow DELTA 3 Plus, EcoFlow DELTA Pro 3); 3 more work with a catch, such as going over the voltage limit on cold mornings.
What is the open-circuit voltage of the Jackery SolarSaga 100 Air?
29.7 V on the label (standard test conditions). It rises in the cold: about 32.5 V at 20°F and 33.5 V at 0°F, so check it against your station's limit on your coldest morning.
Can I wire two Jackery SolarSaga 100 Air panels in series?
In series the voltages add: two make about 59.4 V open-circuit (65.0 V at 20°F). In parallel the currents add: about 8.2 A. Your station must accept whichever you choose.