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Motor HILS Solutions

A&D Motor HILS contributes to the efficiency of Motor Control Unit (MCU) development. The interface/fail circuit makes it easy to connect MCU and motor HILS, and enables FPGA-based real-time simulation of large scale precision models.
In addition, the A&D HILS platform HELIOS, which is equipped with a rich lineup of I/O boards, enables the construction of a variety of HILS systems.
The easy-to-use graphical user interface (GUI) tool iTest-VSA provides a GUI for setting parameters and monitoring signals on the FPGA. The system comes with standard models required for MCU development, making it possible to provide ready-to-use applications.

Detail Your Project
HIL System
HILS
hardware in the loop testing
hil system
hardware in the loop

Benefits of Implementing Motor HILS

By modeling the actual equipment (motor, inverter, etc.), you can:

  • Develop MCU Control logic and proceed without waiting for the development of the actual device.
  • Develop and verify on a benchtop without the need to handle large currents and voltages.
  • Develop and verify by isolating disturbance effects that need to be taken into account in the actual devices.
  • Reproduce failure conditions as many times as you like, which is difficult to do with real machines.
  • Shorten development and verification time by automating testing.
  • Develop and verify at home through remote control and monitoring.
HIL System
hardware in the loop testing

By modeling the actual equipment (motor, inverter, etc.), you can:

  • Develop MCU Control logic and proceed without waiting for the development of the actual device.
  • Develop and verify on a benchtop without the need to handle large currents and voltages.
  • Develop and verify by isolating disturbance effects that need to be taken into account in the actual devices.
  • Reproduce failure conditions as many times as you like, which is difficult to do with real machines.
  • Shorten development and verification time by automating testing.
  • Develop and verify at home through remote control and monitoring.

Large-scale, precision models can be run in real time

  • Xilinx’s Kintex-UltraScale enables high-speed computing at up to 200 MHz operation.
  • 5 Gbps board-to-board high-speed communication enables multiple FPGA boards to work together, supporting even larger-scale models.
  • Large RAM capacity enables implementation of precision motor models such as JMAG-RT and spatial harmonics models.

Multiple motor models can be installed on a single board

  • Large-scale FPGAs with multiple motor models and the required number of high-speed analog and digital I/O.

Streamlines debugging process with a variety of verification functions.

  • Fault simulation circuit allows the simulation of a short circuit, ground fault, or wire breakage simulating a real circuit.
  • The self-diagnostic function enables not only daily inspections but also isolation of problems in the event of malfunction.
  • The data logging function enables logging of internal signals of high-speed operations, which can be used for detailed verification and plant model development.

GUI and models can be provided as ready-to-use applications

  • PMSM LdLq motor model, inverter model, fault simulation, sensor model (resolver, rotary encoder, current sensor), simple motor load model, and simple motor controller model are provided as standard applications.
  • Through a partnership with Toyota Technical Development Corporation (TTDC), which has advanced FPGA implementation technology, JMAG-RT-compatible motor models developed by TTDC can be implemented. In addition, A&D patented technology for automatically and accurately thinning out large RTT files enables simulations with minimal loss of accuracy.
  • Validation of MCU’s for hybrid car powertrains.
  • Verification of motor MCU’s for electric vehicle powertrains.
  • Electric Powertrain Development
  • Plant Model Development

XILS Product Lines

Hardware

Helios (Large Scale and Integrated HILS Systems)

Selene (Rapid Prototyping)

ADX (Portable Real Time Simulation & Control)

Procyon (High Speed Real Time Simulation & Control)

FPGA-Board (Increases efficiency of MCU development)

Software

iTest (Test Automation software platform for GUI, test creation, etc.)

GSIL (Software in the Loop)

Labworx (Lab Management server application for integrated management of tests and test facilities)

Get In Touch

United States | Ann Arbor, MI
OPEN MONDAY-FRIDAY 8am-5pm ET
 

SALES: (734) 822-9502

SUPPORT: (734) 822-9556

 

Location

4622 Runway Blvd
Ann Arbor, MI 48108

Email

contact@aanddtech.com

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Location

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Phone:

+44 (1235) 55 04 20 Ext 131

 

Email:

ptservice@aanddeurope.com

A&D Europe | Germany

Location

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D-64295 Darmstadt
Germany

 

Phone:

+49(6151) 397 52 50

Fax:

+49(6151) 397 51 00

 

Email:

info@aanddeurope.com

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