Overview
As modern power systems face aggressive requirements for efficiency and power density, Ansys Saber significantly eliminates design risks and reduces costly physical prototyping cycles.
Ansys Saber is a simulation tool for designing power system electronics by enabling electronics engineers to build and test a digital twin of complex systems before making any physical hardware.
In our second workshop, participants will gain a further understanding of the benefits of using SaberRD, the latest enhancements, as well as gaining a hands-on introduction in modeling and simulation of power management and control system electronics.
What Attendees Will Learn
- Robust Design & Sensitivity Analysis
- Monte-Carlo and Pareto Analysis
- Worst Case Analysis
- Fault Analysis
- Stress Analysis
Who Should Attend
- Power Electronics Engineers: Professionals developing power converters, motor drives, battery management systems and switch-mode power supplies who wish to use Ansys Saber to optimize power efficiency and simulate multi-domain behavior.
- System Validation & Reliability Engineers: Quality teams running worst-case analyses, stress-testing, and statistical reliability studies looking to build Saber system models to eliminate flaws prior to hardware production.
- Functional Safety Engineers: Compliance experts executing automated fault-effect simulations to satisfy strict global safety standards like ISO 26262.
- Renewable Energy & Power System Engineers: Developers working on solar inverters, wind turbine controllers and power distribution.
Date / Time:
October 8, 2026
11:00 AM - 2:00 PM ET
Venue: Virtual
- Cost:
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