Microinverters

Micro-inverters optimise production panel by panel: each photovoltaic module is managed individually for increased efficiency, even in cases of partial shading or different orientations.

You can monitor the performance of each panel, for a more flexible and better controlled installation, ideal forself-consumption and grid feed-in.

To make the right choice, check the power (VA/W), AC connections (cables, connectors) and, if necessary, the data transfer unit (DTU) accessory.

Choose in 30 seconds

  • Shade/different orientations: opt for micro-inverters (optimisation per panel).
  • Monitoring & supervision: consider a data transfer unit (DTU) if necessary.
  • Compatibility: check the power of the micro-inverter (VA/W) and connections (AC cable, connectors).
  • Scalable installation: ideal if you want to add panels later, while maintaining individual monitoring.

Need a different type of inverter?

Grid-connected inverters
Hybrid inverters

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FAQ - Microinverters

1. What is a microinverter used for? +
It optimizes production panel by panel: each module is managed individually, which improves yield and makes monitoring easier.
2. When are microinverters especially recommended? +
When there is partial shading, multiple orientations, or if you want detailed monitoring of each panel.
3. What should I check regarding power (VA/W)? +
The microinverter power rating should be consistent with the associated panel and the number of modules per microinverter, depending on the model.
4. Do I need a DTU (data transfer unit)? +
Depending on the product range, a DTU (or communication gateway) may be required for monitoring and data reporting.
5. What’s the difference vs a grid-tie inverter or a hybrid inverter? +
A grid-tie (string) inverter manages several panels via one device. A hybrid inverter also adds battery management. A microinverter optimizes module by module.