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Ansys Maxwell
Wireless Charging

Course Overview

The Ansys Maxwell Wireless Charging course provides users a better understanding of Ansys Maxwell capabilities in simulating wireless charging systems and the workflows to get the best simulation performance and results. This course covers the model creation of wireless charging in Maxwell, parametric sweep of coil alignment, frequency domain analyses, system level analyses utilizing Simplorer and Reduced Order Model (ROM), field visualization, as well as workflows for calculating shield losses.


Teaching Method

Lecture slide files and hands-on simulation workshops build familiarity and productive skill in using Maxwell.  A training certificate is issued on completion of the course.

Learning Outcome

Following completion of this course, you will be able to:

  • Create wireless charging model for Maxwell simulation with impedance boundary.
  • Connect a circuit to the Maxwell coil assembly FEA model for the frequency domain solution.
  • Set up and simulate a complete Simplorer system model using Maxwell Reduced Order Model (ROM) for time domain solution.
  • Set up post-processing analyses for field visualization with coils in resonance.
  • Evaluate coil assembly FEA system model with eddy currents calculated inside the volume of the shields.

 Available Dates

Learning Options

Training materials for this course are available with an Ansys Learning Hub Subscription. If there is no active public schedule available, private training can be arranged. Please contact us.


This is a 1-day classroom course with lecture and hands-on simulation workshops.

  • Lecture: Overview of Wireless Charging
  • Workshops
  • Module 1: Frequency Domain Analyses
    • Frequency Domain Magnetic Analyses
    • Frequency Domain Parametric Analyses
  • Module 2: Circuit Analyses
    • Frequency Domain solution with Maxwell Circuit Design
    • Circuit Analyses
    • System Model - Circuit Analyses with Maxwell Reduced Order Model
  • Module 3: Field Visualization
    • Field Visualization with Coils in Resonance
  • Module 4: Appendix I & II Geometry Setup and Additional Calculation
    • Appendix I: Geometry Creation and Material Assignment
    • Appendix II: Additional Calculation: Skin Depth, C, RDC
  • Module 5: Appendix III & IV Core Loss Calculation and Shield Losses with Eddy Currents
    • Appendix III: Core Loss Calculation
    • Appendix IV: System Model – ROM with Shield Losses with Eddy Currents