Find the right fit

Use this compatibility calculator to help determine the electrical compatibility of PV modules with the Enphase IQ Microinverter family.

Print in landscape orientation for best results.

Temperature range
Enter the LOWEST daytime, PV cell temperature and the highest AVERAGE temperature when sunlight will be on the array. The BOM is the recommended source for weather data in Australia. In a particular location you can look up the Extreme Low temperatures for Australian locations by clicking here.
Please fill in the temperature range from low to high
Please fill in all required data.
Temperature range
Enter the LOWEST daytime, PV cell temperature and the highest AVERAGE temperature when sunlight will be on the array. The BOM is the recommended source for weather data in Australia. In a particular location you can look up the Extreme Low temperatures for Australian locations by clicking here.
Please fill in the temperature range from low to high
Please fill in all required data.
  • Compatible
  • Not compatible
Add module
Start the calculation
Select make
Select model
Temperature range
Enter the LOWEST daytime, PV cell temperature and the highest AVERAGE temperature when sunlight will be on the array. The BOM is the recommended source for weather data in Australia. In a particular location you can look up the Extreme Low temperatures for Australian locations by clicking here.
Please fill in the temperature range from low to high
Please fill in all required data.
V
V
A
A
Add and calculate
Please fill in all required data.
Calculate
Notice

Enphase microinverters can be paired with PV modules that match appropriate electrical specifications. Do not connect an Enphase microinverter to a module that the calculator indicates is incompatible. A PV module should not exceed the maximum input DC voltage (Udcmax ) and Maximum Module Isc of the specific Enphase microinverter model. Doing so may void the warranty. Datasheet information for all products can be found in the Enphase Documentation Centre.

V2-AU-EN-02-23