Introduction To Ansys Saber for Power Electronics Design

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 this workshop, participants will gain a firm 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

• Introduction to Saber, applications, benefits and model building
• Transient and Time-Domain Analyses
• Schematic Capture and Component Libraries
• Frequency Analysis
• Opportunities to ask questions and troubleshoot example models in real-time

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.