OP205: Power Electronics Real-Time Simulation with eHS
This course is intended for professionals who want to simulate power electronic circuits with our FPGA-based solver: eHS. This toolbox provides the flexibility and speed required for very fast power conversion applications for HIL simulation. Get a preview of the videos within the e-Learning course below.
GOALS:
- Learn how to run power electronic circuits in real-time for HIL applications
- Take advantage of FPGA high performance for solving power electronic circuits in real-time
- Learn how to design your power electronic circuits with the OPAL-RT Schematic Editor
- Learn how to implement a control algorithm on CPU for your power electronic circuits
- Learn how to interface your power electronic circuits design with an external controller
- Learn how to simulate faults on power electronic converter circuits
See and request the full training program >
GOALS:
- Learn how to run power electronic circuits in real-time for HIL applications
- Take advantage of FPGA high performance for solving power electronic circuits in real-time
- Learn how to design your power electronic circuits with the OPAL-RT Schematic Editor
- Learn how to implement a control algorithm on CPU for your power electronic circuits
- Learn how to interface your power electronic circuits design with an external controller
- Learn how to simulate faults on power electronic converter circuits
See and request the full training program >
System Requirements, System Documentation And Test Models
OP205: Power Electronics Real-Time Simulation with eHS (Video 1)
Table of Contents:
[00:30] System Description Document Location
[00:54] Hardware platform type
[01:12] Bitstream Name & eHS License Class
[02:05] Software Verification
[03:15] Import Test Project in RT-LAB
[03:40] Custom Firmware Configuration
Table of Contents:
[00:30] System Description Document Location
[00:54] Hardware platform type
[01:12] Bitstream Name & eHS License Class
[02:05] Software Verification
[03:15] Import Test Project in RT-LAB
[03:40] Custom Firmware Configuration