Typhoon HIL Blog


EV rapid control prototyping done safely and easily with HIL

Posted by Debora Santo on Sep 22, 2022 1:01:35 PM

Topics: Case Study, e-Mobility

Infenion FTN blog HETOIMAGE


In this blog, learn more about the controller test setup put together for teaching purposes at the Faculty of Sciences of the University of Novi Sad in Serbia, which is integrating solutions from Infineon Technologies and Typhoon HIL.

 

This text is adapted and re-published from a blog written by Emma Azek for Infineon under the title Great development environment for xEV applications with AURIX™ TC275/TC375 Lite Kit and AURIX™ Development Studio.

 

Introduction | Power electronics controller testing made safe


There are several ways to approach controller firmware development and testing for power electronics (PE) applications. When this is done for academic teaching purposes, it is essential that the chosen approach allows for students to learn from their mistakes while gaining valuable hands-on experience with personal and equipment safety ensured. For these reasons, software-in-the-loop (SIL) and controller-hardware-in-the-loop (C-HIL) are often the methodologies of choice for rapid control prototyping (RCP) in academic and industrial environments alike. Working in a simulated real-time environment allows for observing control behavior in diverse scenarios with the safety of students and equipment guaranteed since power flows are represented digitally instead of physically.

 

Solution | Infineon and Typhoon HIL integration for EV testing


The setup is integrating solutions of two companies, Infineon Technologies and Typhoon HIL (see hardware setup in Fig. 1). It consists of an emulator (Typhoon HIL HIL602+ real-time device), a custom interface board built by Typhoon HIL, paired with a controller from Infineon Technologies (AURIX™ TC275 Lite Kit or AURIX™ TC375 Lite Kit, for example), and a PC.


The setup specifications definition, integration, and examples development were done by Dr. Ivan Todorovic for the educational use with his students at The Faculty of Technical Sciences of the University of Novi Sad, Serbia.

 

Infenion setup

Figure 1. The hardware setup consists of the emulator, interface card, controller, and PC.

 

The power electronics power stage is modelled and executed in real-time on the HIL602+ device through the Typhoon HIL Control Center, the interface board adjusts analog and digital signals exchanged between the emulator and the controller, while the controller is programmed using AURIX™ Development Studio and the internal variables are observed using OneEye graphical user interface. A representation of a C-HIL platform setup for the development and testing of EV applications is shown in Figure 2.

 

Emna_Azek_0-1662110773607

Figure 2. C-HIL platform for the development and testing of EV applications. Image taken from the original blog.

 

Learn more | Setup versatility and easy adoption by students


We are inviting you to learn more about this setup on the original blog published on Infineon’s website. You will find more detailed descriptions, additional figures, as well as further information on how this setup works.

 

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Text | Original text by Emna Azek, adapted by Debora Santo.
Visuals | Setup photo and figure provided by Ivan Todorovic, blog cover image by Karl Mickei.
Editor | Debora Santo.

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