Your panels. The right connection.

✓Charging voltage

41 VLimit: 11–60 VWithin limit

✓Voltage in cold weather

53,5 VLimit: < 60 VWithin limit

✓Current per used input

9,8 ALimit: ≤ 15 AWithin limit

✓Power per used input

400 WLimit: ≤ 500 WWithin limit

500 W solar ceiling; 11–60 V, 15 A according to the South African table. The connector and exact cable path are not verified here; no panel compatibility is inferred.

Short-circuit current (Isc): 11 A per used input. Still verify protection and wiring requirements.

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

Modeled power ceiling: 400 W. A limit, not a forecast of solar yield or permission to connect.

✓Charging voltage

41 VLimit: 11–60 VWithin limit

✓Voltage in cold weather

53,5 VLimit: < 60 VWithin limit

✓Current per used input

9,8 ALimit: ≤ 15 AWithin limit

✓Power per used input

400 WLimit: ≤ 500 WWithin limit

1000 W solar ceiling; 11–60 V, 15 A, 500 W per input across 2 inputs according to the South African table. The connector and exact cable path are not verified here; no panel compatibility is inferred.

Short-circuit current (Isc): 11 A per used input. Still verify protection and wiring requirements.

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

Modeled power ceiling: 400 W. A limit, not a forecast of solar yield or permission to connect.

Not assessable: the manufacturer source for this model does not state the solar input current limits. We do not assume them, so this panel combination is neither approved nor rejected here. Check the exact model's manual or ask the manufacturer before connecting panels.

1000 W solar ceiling; 11–60 V, 500 W per input across 2 inputs according to the South African table. Maximum current is not stated. The connector and exact cable path are not verified here; no panel compatibility is inferred.

Short-circuit current (Isc): 11 A per used input. The source does not state the solar input current limit, so we make no claim that this current is above or within it.

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

Not assessable: the manufacturer source for this model does not state the solar input voltage and current limits. We do not assume them, so this panel combination is neither approved nor rejected here. Check the exact model's manual or ask the manufacturer before connecting panels.

500 W solar ceiling listed. The PV voltage/current envelope is not given in the South African table. The connector and exact cable path are not verified here; no panel compatibility is inferred.

Short-circuit current (Isc): 11 A per used input. The source does not state the solar input current limit, so we make no claim that this current is above or within it.

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

Not assessable: the manufacturer source for this model does not state the solar input voltage and current limits or the number of solar inputs. We do not assume them, so this panel combination is neither approved nor rejected here. Check the exact model's manual or ask the manufacturer before connecting panels.

1600 W solar ceiling listed. The PV voltage/current envelope is not given in the South African table. The number of PV inputs is not stated. The connector and exact cable path are not verified here; no panel compatibility is inferred.

Short-circuit current (Isc): 11 A for the whole array (the number of solar inputs is not stated, so no per-input value is calculated). The source does not state the solar input current limit, so we make no claim that this current is above or within it.

The source does not state how many solar inputs this model has, so the strings are not divided across inputs here.

×Charging voltage

41 VLimit: 11–30 VOutside limit

×Voltage in cold weather

53,5 VLimit: < 30 VOutside limit

×Current per used input

9,8 ALimit: ≤ 8 AOutside limit

?Power per used input

400 WLimit: ≤ 110 WVerify

110 W solar ceiling; 11–30 V, 8 A according to the South African table. The connector and exact cable path are not verified here; no panel compatibility is inferred.

Short-circuit current (Isc): 11 A per used input. Above the modeled current limit: ask the manufacturer to confirm Isc acceptance.

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

Do not assume extra panel wattage is accepted. The manufacturer must approve oversizing; an input may clip or reject it.

✓Charging voltage

41 VLimit: 11–50 VWithin limit

×Voltage in cold weather

53,5 VLimit: < 50 VOutside limit

✓Current per used input

9,8 ALimit: ≤ 13 AWithin limit

?Power per used input

400 WLimit: ≤ 220 WVerify

220 W solar ceiling; 11–50 V, 13 A according to the South African table. The connector and exact cable path are not verified here; no panel compatibility is inferred.

Short-circuit current (Isc): 11 A per used input. Still verify protection and wiring requirements.

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

Do not assume extra panel wattage is accepted. The manufacturer must approve oversizing; an input may clip or reject it.

✓Charging voltage

41 VLimit: 11–50 VWithin limit

×Voltage in cold weather

53,5 VLimit: < 50 VOutside limit

✓Current per used input

9,8 ALimit: ≤ 13 AWithin limit

?Power per used input

400 WLimit: ≤ 220 WVerify

220 W solar ceiling; 11–50 V, 13 A according to the South African table. The connector and exact cable path are not verified here; no panel compatibility is inferred.

Short-circuit current (Isc): 11 A per used input. Still verify protection and wiring requirements.

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

Do not assume extra panel wattage is accepted. The manufacturer must approve oversizing; an input may clip or reject it.