Digital twin of the power converter controller

Power conversion applications

Build a real-time digital replica of the preferred grid-code compliant power converter
Set the nominal power rating & grid settings
Select the grid support function or grid forming modes
Model your power conversion application: power system feeder, micro-grid, off-grid system
Research of the modeled power conversion application: execute test cases within Typhoon HIL control center or with the open source test platforms
Validate your power system control and operation strategies
Conduct grid integration and interoperability studies

Accelerate your power converter control development and deployment with the cost effective, proven and reliable controller platform
Develop model-based control within the graphical Typhoon HIL software environment even without a need to write C code manually.
Auto-generate control code and straightforwardly integrate with the AIT firmware stack into one-click-ready-to-build target application firmware
Upload the application firmware into your target controller via the secure AIT built-in bootloader and Boot Flasher application (no JTAG required!)
Test and validate the control design with Typhon HIL system
Plug the controller into your target power converter, and run it!

Build your own graphical user interface by utilizing a wide selection of HIL SCADA widgets
Access the application parameters and the controller settings via AIT CLI

AIT Data Logger – log the target application and power converter data into the CSV file
AIT Scope/Phasor/Locus tool – a powerful diagnostic tool, able to capture the internal controller waveforms, state space vectors, statuses, and display them as scope snapshot-, phasor- and locus-diagrams

Built-in hardware protections designed to ensure the protection of your power converter hardware
Application-specific and user settable firmware faults