Your Competent Partner for Power Electronics Solutions in Wide Scope from Design to Production 

Scope

Applications  

  • Traction converters

  • LV and MV motor drives

  • Grid-tied converters 
  • Battery charger converters
  • and the like

Power Levels 

  • ­>100kW
  • >1MW
  • >10MW

Voltage Levels

  • 400, 690, 1k, 3k, 6k, 11k, 13.8k V­AC
  • 500, 1kV, 1.8k, 5k, 10k VDC

Circuit Topologies

  • Two-level
  • Three-level
  • Five-level H-Bridge

  • Cascaded H-Bridge

  • Modular Multilevel

 

Capabilities

­Design and consultancy for power electronics modules and converter systems

  • ­PE module design along with semiconductor and passives selections
  • ­PE converter system, control and protection design along with circuit topology selection
  • Embedded software development and testing via HIL-based setups
  • ­Design and consultancy respecting product-platform and design-to-manufacture\test\service approaches

­Prototyping and testing for power electronics modules and converter systems

  • ­Fast prototyping PE modules and converters for design validation
  • ­Validation testing according to customers’ requirements, application-specific standards and conditions

­Product development and production of power electronics modules and converter systems

  • ­Final product development according to customers’ requirements and standards
  • ­Production for customers’ orders

Tools

  • Hard­ware
    • DELL 7780 Workstation 
    • PLECS RTBOX 1
    • Imperix B-Box RCP 
  • Software

    • PLECS Standalone

    • PLECS Coder

    • Imperix ACG SDK

Activities

Find our recent activies here.

The project carried out between October 1, 2024, and December 31, 2025, under the TÜBİTAK Technology and Innovation Funding Programs Directorate (TEYDEB) 1507 SME R&D Startup Support Program has been successfully completed.

 

Within the scope of the project titled “Development and Integrated Implementation of a Common Power Converter Platform for MW-Level Electric Vehicle Charging Stations, Battery Energy Storage, and Solar Energy Conversion Applications”:

 

🔹 An integrated system design at 3 MW+ level was completed, and a common power electronics platform was developed.

🔹 SiC MOSFET-based power electronics modules for 1 MW+ systems were prototyped and successfully tested.

🔹 A Hardware-in-the-Loop (HIL) based embedded software development infrastructure was established.

 

🚀 As the project has now reached the commercialization stage, the next step is to develop and validate a power converter system prototype for electrical grid applications.

 

We would like to extend our sincere thanks to the OSSEN project team, TEYDEB officials, the esteemed reviewers and monitoring committee members, and all stakeholders who contributed to this achievement.