Almost any solar panel can charge almost any power station, as long as three numbers and one plug line up. Get the voltage wrong and you can damage the input; get the rest wrong and you just charge slower than you paid for.
1. Voltage: the one you cannot exceed
Check the panel’s open-circuit voltage (Voc) against the station’s maximum solar input voltage. Voc rises as panels get colder, which is why electricians correct for the coldest expected temperature, so leave some headroom. A 57.6V panel on a 60V input works on paper but has very little margin on a freezing morning.
2. Amps and watts: the ones that just cap speed
If a panel can push more current or watts than the input allows, the station’s controller simply limits it. You won’t damage anything, but you won’t get the extra either.
3. Series vs. parallel
Series wiring adds voltages together; parallel adds current. On a 60V input, two 22V panels in series are fine, but two 48V panels are not. High-voltage inputs are where series strings make sense.
What our Battery Backup picks accept
EcoFlow Delta 3 Plus: two XT60i inputs, 11-60V, 15A, 500W each. BLUETTI Elite 200 V2: one XT60 input, 12-60V, 20A, 1,000W. Anker SOLIX F3000: Low-PV XT60 at 11-60V, 17A and 800W, plus a High-PV input at 11-165V, 17A and 1,600W. Jackery HomePower 3000: two DC8020 inputs, 12-60V (up to 12A each above 16V), 1,000W combined. Jackery HomePower 2000 Plus v2: two DC8020 inputs, 800W total.
4. The plug
Most panels end in MC4 connectors. EcoFlow and BLUETTI stations and Anker’s Low-PV input take XT60-style plugs, Anker’s High-PV input uses Anker’s own high-voltage solar cable, and Jackery uses DC8020. An inexpensive adapter cable bridges them, as long as steps 1 through 3 check out.
Want to see how much a panel would refill your battery during an outage? Our Whole-Home Energy Calculator lets you pick a panel and a power station, then shows the daily refill, how long your essentials would run and which cable the pair needs.