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Modular Hybrid Inverter Design Platform

Power conversion, control and connectivity blocks for rapid prototyping of residential and small commercial hybrid inverter solutions

About

The modular hybrid inverter design platform at a glance

Infineon is developing a modular set of power conversion, control and connectivity blocks to enable the fast prototyping of residential and small commercial hybrid inverter solutions.

Customers can choose and combine state-of-the-art technologies such as TRENCHSTOPTM IGBT H7 or CoolSiCTM MOSFETs? in innovative packages like QDPAK to build different topologies like HERIC or NPC2 - making sure that highest efficiency and lowest cost per kW are no longer a contradiction.

9 kW PV boost converter (2 MPPT)
15 kW PV boost converter (3 MPPT)
6 kW HERIC inverter (1-phase)
10 kW NPC2 inverter (3-phase, IGBT7)
XMC7200 control card

Broad and growing range of functional block designs

The platform provides pre-developed hardware design blueprints for all essential functional blocks needed to build residential and small commercial hybrid inverter solutions:

  • PV boost DC/DC converters with 2 or 3 independent MPP trackers
  • Bi-directional DC/AC inverter blocks for both 1-phase and 3-phase systems: HERIC, NPC2 and B6
  • Bi-directional buck boost DC/DC converters

Software offerings for all functional blocks

Each hardware block design comes with a corresponding software offering.

  • Standard offer: a GUI + binary file package that allows fast and uncomplicated evaluation of the provided hardware design
  • Special offer: Model based design example software source code package, supported by Modus ToolBox

Additionally, there is also a connectivity software solution that allows Over The Air (OTA) updates

The modular hybrid inverter design platform at a glance

Infineon is developing a modular set of power conversion, control and connectivity blocks to enable the fast prototyping of residential and small commercial hybrid inverter solutions.

Customers can choose and combine state-of-the-art technologies such as TRENCHSTOPTM IGBT H7 or CoolSiCTM MOSFETs? in innovative packages like QDPAK to build different topologies like HERIC or NPC2 - making sure that highest efficiency and lowest cost per kW are no longer a contradiction.

9 kW PV boost converter (2 MPPT)
15 kW PV boost converter (3 MPPT)
6 kW HERIC inverter (1-phase)
10 kW NPC2 inverter (3-phase, IGBT7)
XMC7200 control card

Broad and growing range of functional block designs

The platform provides pre-developed hardware design blueprints for all essential functional blocks needed to build residential and small commercial hybrid inverter solutions:

  • PV boost DC/DC converters with 2 or 3 independent MPP trackers
  • Bi-directional DC/AC inverter blocks for both 1-phase and 3-phase systems: HERIC, NPC2 and B6
  • Bi-directional buck boost DC/DC converters

Software offerings for all functional blocks

Each hardware block design comes with a corresponding software offering.

  • Standard offer: a GUI + binary file package that allows fast and uncomplicated evaluation of the provided hardware design
  • Special offer: Model based design example software source code package, supported by Modus ToolBox

Additionally, there is also a connectivity software solution that allows Over The Air (OTA) updates

Diagram_Modular_Hybrid_Inverter_Design_Platform
Diagram_Modular_Hybrid_Inverter_Design_Platform
Diagram_Modular_Hybrid_Inverter_Design_Platform