AIT HIL Controller

Accelerate the development and deployment of your power converter controller with the cost-effective, proven and reliable control platform. Develop model-based control graphically directly from the HIL Control Center environment, automatically generate control code and integrate it directly with the AIT firmware stack into a one-click target application firmware.

Effortlessly create a digital real-time replica of your preferred grid-code-compliant power converter:

• Define the rated power and grid settings.
• Choose between the grid-support function or grid-forming mode.
• Customize the model for your power conversion application (grid-feed-in, microgrid, off-grid system, etc.).
• Execute various test cases using the HIL Control Center (or other open-source testing platforms).
• Validate your control and operational strategies for the power grid.
• Conduct grid integration and interoperability studies.

Design model-based controls graphically directly from the HIL Schematic Editor without manually writing C code:

• Automatically generate control code with just a few clicks.
• Easily integrate with the AIT firmware stack into a one-click build target application firmware.
• Load the application firmware onto your target controller using the secure, AIT-integrated bootloader and Boot Flasher application (no JTAG required!).
• Test and validate your control design with your HIL system.
• Connect the controller to your target power converter and start it!

Create your own graphical user interface using a wide range of HIL SCADA widgets. Access the application parameters and control settings via AIT CLI.

• Built-in hardware protection features to safeguard power converter hardware
• Application-specific and user-adjustable firmware fault settings
• AIT Data Logger - records target application and power converter data in a CSV file
• AIT Scope/Phasor/Locus Tool - a powerful diagnostic tool capable of capturing internal controller waveforms, state-space vectors, and states, displayed as scope snapshots, phasor, and locus diagrams