Enphase Microinverters

Make the most of every roof.

The Microinverter Family

Meet the fourth-generation Enphase microinverter family, the world’s most advanced inverter technology.

A solution for any job

  Enphase M215
Enphase M215
Enphase M250
Enphase M250
Enphase C250
Enphase C250
Enphase S230
Enphase S230
Enphase S280
Enphase S280
Primary Use Residential / Commercial Residential / Commercial Commercial Residential / Commercial Residential / Commercial
Project Voltage 120/208V 120/208V 480Y/277V 120/208V 120/208V
Commonly Used Module Pairing – Input Power 190-280W 210-310W 210-350W 195-285W 235-365W
Module Compatibility 60-cell modules 60-cell modules 60- and 72-cell modules 60-cell modules 60-cell modules
Smart Grid Ready

Enphase M215 Microinverter

The Enphase® M215 is the basic building block for 208/240V systems. Like all of our fourth-generation microinverters, it delivers higher production, greater efficiency, and more rigorous quality standards than anything else out there.

  • Output Power: 225W AC
  • Commonly used module pairing – input power: 190-280W
  • MPPT Range: 27 - 39 V
  • 96.5% CEC Efficiency
  • 96.5% Peak Efficiency
  • Integrated Ground, eliminating the need for a copper grounding wire or WEEB
  • CSA Listed Per UL 1741/IEEE1547

Download the M215 Data Sheet

Enphase-M250-Microinverter

Enphase M250 Microinverter

The Enphase® M250 offers all the advantages of the M215, optimized for modules of 210W to 310W. 

  • Output Power: 250W AC
  • Commonly used module pairing – input power: 210-310W
  • MPPT Range: 27 - 39 V
  • 96.5% CEC efficiency
  • 96.5% Peak Efficiency
  • Integrated Ground, eliminating the need for a copper grounding wire or WEEB
  • CSA Listed per UL 1741/IEEE1547

Download the M250 Data Sheet

Enphase-C250-Microinverter

Enphase C250 Microinverter

The Enphase® C250 supports 480V three-phase systems with 72-cell modules, so it’s a perfect fit for large commercial installations. (Currently offered only in North America.)

  • Output Power: 250W AC
  • Commonly used module pairing – input power: 210-350W
  • MPPT Range: 27 - 48 V
  • Operating Range: 16 - 60 V
  • 96.5% CEC Efficiency
  • 96.5% Peak Efficiency
  • Integrated Ground, eliminating the need for a copper wire or WEEB
  • CSA Listed per UL 1741/IEEE1547
  • 10- or 20-year warranty options

Download the C250 Data Sheet

Enphase-S230-Microinverter

Enphase S230 Microinverter

Built on the fifth-generation platform, the Enphase® S230 Microinverter achieves the highest inverter efficiency for module-level power electronics. With its all-AC approach, the S230 simplifies design and installation for 230 VA installations, and delivers optimal energy harvest.

  • Output Power: 220/230VA
  • Commonly used module pairing – input power: 195 W – 285W
  • Peak Power Tracking Voltage: 27 - 37 V
  • 97% CEC efficiency
  • 97.2% Peak Efficiency
  • Integrated ground, eliminating the need for a copper grounding wire or WEEB
  • CSA Listed per UL 1741/IEEE1547
  • Configurable for variable grid profiles like Hawaiian Electric Company (HECO) Rule 14H, California Rule 21, and others

Download the S230 Data Sheet

Enphase-S280-Microinverter

Enphase S280 Microinverter

Designed for high-powered, 60-cell modules, the advanced grid-ready Enphase® S280 Microinverter is built on the fifth-generation platform and achieves the highest efficiency for module-level power electronics along with cost per watt reduction. With its all-AC approach, the S280 simplifies design and installation for 280 VA installations, and delivers optimal energy harvest.

  • Output Power: 270/280VA
  • Commonly used module pairing – input power: 235 W – 365W
  • Peak Power Tracking Voltage: 27 - 37 V
  • 97.0% CEC Efficiency
  • 97.3% Peak Efficiency
  • Integrated ground, eliminating the need for a copper grounding wire or WEEB
  • CSA Listed per UL 1741/IEEE1547
  • Configurable for variable grid profiles like Hawaiian Electric Company (HECO) Rule 14H, California Rule 21, and others

Download the S280 Data Sheet

Not all inverters are created equal.

See the microinverter difference