HIL Connect.

Directly interface your industrial controller to Typhoon HIL real-time emulator without any modifications to the controller hardware or software.

 

 

Why HIL Connect?

To completely test, verify, and certify your power electronics controller in hardware-in-the-loop configuration it is critical that the controller under test is not modified in any way. Controller has to “feel” that it is controlling the real converter hardware, meaning that all the current/voltage/optical I/O interfaces have to behave as the real power stage signals. All the interface signals have to be provided by HIL and impedances and signal levels have to be matched.

Typhoon HIL engineers refined their immense power electronics industry experience into Connect interface system to support all the true power electronics controller I/O interfaces. Finally, we can work with you to modify interface connectors so you can use the exact same cables for connecting real power stage to the controller to connect the controller to the HIL.

HIL 602 Connect 6U

 

 

 

 

 

Measurement subsystem emulation

Flexible input/output current, voltage, and optical transducers seamlessly interface with all the controller IO signals

 

Measurment subsystem emulation

 

 

 

 

 

Microgrid test bench

Test your microgrid controller with a HIL test bench comprising multiple real inverter controllers directly interfaced to HIL via a single HIL Connect box.

 

 

connect ugrid

 

See where is HIL Connect also applicable

 

 

 

 

HIL Connect customization steps

Customized connectors, voltage/current I/O levels, and power supplies according to your controller IO specification.

 

GIF 1
GIF 2
GIF 3

 

 

 

 

HIL Connect example systems

Current, voltage, optical transducers and amplifiers with minimal customization interface with all the controller IO signals. True Plug and Play HIL.

 

For more details take a look at HIL Connect brochure

Example1

+/- 10 V voltage output

+/- 175 mA current outputs

72 V @ 1 A battery emulators

thermistor emulators

5 V digital outputs

 

HIL Connect

0 - 5 V voltage outputs

+/- 5 V voltage outputs

+/- 100 mA current outputs

5 V digital inputs

3.3 V and 24 V digital outputs

 

HIL Connect

+/- 10 V analog outputs

+/- 180 V voltage outputs

+/- 1.736 V analog inputs

+/- 3 A current outputs

24 V digital IO

 

DMC Firewall is developed by Dean Marshall Consultancy Ltd