Skip to main content

Sungrow inverters

Every Sungrow inverter in the database, with every figure taken from the datasheet. Panel database

Manufacturer 14 with data
Active Sungrow Clear all Found 108 inverters
Model Rated AC Type Phase Euro eff. MPPT Max DC kg/kW Warranty
Sungrow SG350HX 350 kW Grid-tie 3-ph 98.8% 12 1500 V 0.3 kg/kW -
Sungrow SG333HX 333 kW Grid-tie 3-ph 98.8% 12 1500 V 0.3 kg/kW -
Sungrow SG320HX 320 kW Grid-tie 3-ph - 12 1500 V 0.4 kg/kW -
Sungrow SG350HX-US 320 kW Grid-tie 3-ph - 12 1500 V 0.4 kg/kW -
Sungrow SG285HX 285 kW Grid-tie 3-ph 98.8% 12 1500 V 0.4 kg/kW -
Sungrow SG250HX-20 250 kW Grid-tie 3-ph 98.8% 6 1500 V 0.4 kg/kW -
Sungrow SG200HX-US 200 kW Grid-tie 3-ph - 12 1500 V 0.6 kg/kW -
Sungrow SG150CX 150 kW Grid-tie 3-ph 98.2% 7 1100 V 0.7 kg/kW -
Sungrow SG136TX 136 kW Grid-tie 3-ph - 12 1100 V 0.7 kg/kW -
Sungrow SG125CX-P2 125 kW Grid-tie 3-ph 98.3% 12 1100 V 0.7 kg/kW -
Sungrow SG110CX-P2-CN 110 kW Grid-tie 3-ph - 9 1100 V 0.7 kg/kW -
Sungrow SG110CX 100 kW Grid-tie 3-ph 98.5% 9 1100 V 0.9 kg/kW -
Sungrow SG100CX 100 kW Grid-tie 3-ph - 9 1100 V 0.9 kg/kW -
Sungrow SG60KTL-182 60 kW Grid-tie 3-ph 98.7% 1 1000 V 1.0 kg/kW -
Sungrow SG60CX-US 60 kW Grid-tie 3-ph - - 1000 V 1.1 kg/kW -
Sungrow SG50CX-P2 50 kW Grid-tie 3-ph 98.3% 4 1100 V 0.8 kg/kW -
Sungrow SG50CX 50 kW Grid-tie 3-ph 98.4% - 1100 V 1.2 kg/kW -
Sungrow SG50T-CN 50 kW Grid-tie 3-ph - 4 1100 V 0.8 kg/kW -
Sungrow SG40CX-P2 40 kW Grid-tie 3-ph 98.3% 4 1100 V 1.0 kg/kW -
Sungrow SG40CX 40 kW Grid-tie 3-ph 98.3% - 1100 V 1.4 kg/kW -
Reading this table

Rated AC is the continuous output

The nominal AC power from the datasheet, usually the number in the model name. Where only a maximum is published, that is shown instead.

Euro efficiency, not peak

The figure weighted across part loads, which sits below the peak efficiency a datasheet prints first.

kg per kW

Weight divided by rated power, so a 10 kW and a 3 kW unit can be compared for what they cost to mount.

A dash means no data

The manufacturer did not publish it. We never estimate a missing value.