Your panels. The right connection.

✓Charging voltage

17.1 VLimit: 12–58 VWithin limit

✓Voltage in cold weather

22.6 VLimit: < 58 VWithin limit

✓Current per used input

5.9 ALimit: ≤ 10 AWithin limit

✓Power per used input

100 WLimit: ≤ 500 WWithin limit

One 12–58V input, 10A and 500W maximum.

Short-circuit current (Isc): 6.3 A per used input. Still verify protection and wiring requirements.

Calculation assumes: 1 identical strings across 1 used input(s).

Modeled power ceiling: 100 W. A limit, not a forecast of solar yield or permission to connect.

✓Charging voltage

17.1 VLimit: 11–60 VWithin limit

✓Voltage in cold weather

22.6 VLimit: < 60 VWithin limit

✓Current per used input

5.9 ALimit: ≤ 15 AWithin limit

✓Power per used input

100 WLimit: ≤ 500 WWithin limit

One 11–60V input, 15A and 500W maximum.

Short-circuit current (Isc): 6.3 A per used input. Still verify protection and wiring requirements.

Calculation assumes: 1 identical strings across 1 used input(s).

Modeled power ceiling: 100 W. A limit, not a forecast of solar yield or permission to connect.

✓Charging voltage

17.1 VLimit: 11–60 VWithin limit

✓Voltage in cold weather

22.6 VLimit: < 60 VWithin limit

✓Current per used input

5.9 ALimit: ≤ 15 AWithin limit

✓Power per used input

100 WLimit: ≤ 500 WWithin limit

Two independent 11–60V inputs; each accepts 15A and 500W, for 1,000W total.

Short-circuit current (Isc): 6.3 A per used input. Still verify protection and wiring requirements.

Calculation assumes: 1 identical strings across 1 used input(s).

Modeled power ceiling: 100 W. A limit, not a forecast of solar yield or permission to connect.

✓Charging voltage

17.1 VLimit: 11–60 VWithin limit

✓Voltage in cold weather

22.6 VLimit: < 60 VWithin limit

✓Current per used input

5.9 ALimit: ≤ 8.2 AWithin limit

✓Power per used input

100 WLimit: ≤ 600 WWithin limit

One XT60i input: 11–28V at 8.2A, then 29–60V at 14.5A, with 600W maximum.

Short-circuit current (Isc): 6.3 A per used input. Still verify protection and wiring requirements.

Calculation assumes: 1 identical strings across 1 used input(s).

Modeled power ceiling: 100 W. A limit, not a forecast of solar yield or permission to connect.

✓Charging voltage

17.1 VLimit: 16–60 VWithin limit

✓Voltage in cold weather

22.6 VLimit: < 60 VWithin limit

✓Current per used input

5.9 ALimit: ≤ 10.5 AWithin limit

✓Power per used input

100 WLimit: ≤ 200 WWithin limit

Two parallel DC8020 inputs; each supports 200W and 10.5A, for 400W total with matched panel groups.

Short-circuit current (Isc): 6.3 A per used input. Still verify protection and wiring requirements.

Calculation assumes: 1 identical strings across 1 used input(s).

Modeled power ceiling: 100 W. A limit, not a forecast of solar yield or permission to connect.

✓Charging voltage

17.1 VLimit: 11–60 VWithin limit

✓Voltage in cold weather

22.6 VLimit: < 60 VWithin limit

✓Current per used input

5.9 ALimit: ≤ 12 AWithin limit

✓Power per used input

100 WLimit: ≤ 200 WWithin limit

Two DC8020 inputs share a 400W ceiling. Jackery documents 11–16V at 8A and 16–60V at 12A per high-voltage input, with 21A combined maximum.

Short-circuit current (Isc): 6.3 A per used input. Still verify protection and wiring requirements.

Calculation assumes: 1 identical strings across 1 used input(s).

Modeled power ceiling: 100 W. A limit, not a forecast of solar yield or permission to connect.

✓Charging voltage

17.1 VLimit: 11–60 VWithin limit

✓Voltage in cold weather

22.6 VLimit: < 60 VWithin limit

✓Current per used input

5.9 ALimit: ≤ 15 AWithin limit

✓Power per used input

100 WLimit: ≤ 500 WWithin limit

Two independent 11–60V inputs; each accepts 15A and 500W, for 1,000W total.

Short-circuit current (Isc): 6.3 A per used input. Still verify protection and wiring requirements.

Calculation assumes: 1 identical strings across 1 used input(s).

Modeled power ceiling: 100 W. A limit, not a forecast of solar yield or permission to connect.

✓Charging voltage

17.1 VLimit: 12–145 VWithin limit

✓Voltage in cold weather

22.6 VLimit: < 145 VWithin limit

✓Current per used input

5.9 ALimit: ≤ 15 AWithin limit

✓Power per used input

100 WLimit: ≤ 1,200 WWithin limit

One 12–145V input, 15A and 1,200W maximum. Keep the complete string open-circuit voltage inside the documented range.

Short-circuit current (Isc): 6.3 A per used input. Still verify protection and wiring requirements.

Calculation assumes: 1 identical strings across 1 used input(s).

Modeled power ceiling: 100 W. A limit, not a forecast of solar yield or permission to connect.

×Charging voltage

17.1 VLimit: 30–150 VOutside limit

✓Voltage in cold weather

22.6 VLimit: < 150 VWithin limit

✓Current per used input

5.9 ALimit: ≤ 15 AWithin limit

✓Power per used input

100 WLimit: ≤ 1,600 WWithin limit

This check models the 30–150V, 15A and 1,600W high-PV input. A separate low-PV input accepts 11–60V, 20A and 1,000W; together EcoFlow lists 2,600W total.

Short-circuit current (Isc): 6.3 A per used input. Still verify protection and wiring requirements.

Calculation assumes: 1 identical strings across 1 used input(s).

Only the listed primary input is modeled. This station has another, different PV input that this result does not model.

Modeled power ceiling: 100 W. A limit, not a forecast of solar yield or permission to connect.

×Charging voltage

17.1 VLimit: 32–58.4 VOutside limit

✓Voltage in cold weather

22.6 VLimit: < 58.4 VWithin limit

✓Current per used input

5.9 ALimit: ≤ 8 AWithin limit

✓Power per used input

100 WLimit: ≤ 400 WWithin limit

Two SDC inputs; each is documented at 32–58.4V, 8A and 400W maximum. External MPPT modules are required.

Short-circuit current (Isc): 6.3 A per used input. Still verify protection and wiring requirements.

Calculation assumes: 1 identical strings across 1 used input(s).