Advanced Level Training - 2 days (16 hours)

About Ansys Maxwell Wireless Power Transfer Training by CADIT

In-depth training in simulating wireless charging systems with Ansys Maxwell: coil misalignment parametric sweeps, frequency-domain analysis, system-level integration with Simplorer and Reduced Order Models, field visualization, and shield loss calculation.

Perfect for Engineers and researchers developing wireless power transfer systems.

Learning Outcomes

By the end of this training, you will be able to:
1. Create a wireless charging model for Maxwell simulation with an impedance boundary.
2. Connect a circuit to the Maxwell coil assembly FEA model for frequency domain solutions.
3. Set up and simulate a complete Simplorer system model using Maxwell Reduced Order Model (ROM) for time domain solutions.
4. Conduct post-processing analyses for field visualization with resonant coils.
5. Evaluate the coil assembly FEA system model with calculated eddy currents inside the shield volume.

Course Content

1. Wireless Charging Model Creation
   - Develop a wireless charging model in Ansys
   - Maxwell using impedance boundary conditions.
   2. Circuit Integration with FEA Coil Model
   - Connect an external circuit to the Maxwell coil assembly FEA model for frequency domain simulation.
   3. System-Level Simulation in Simplorer
   - Set up and simulate a complete system model in Ansys Simplorer using the Maxwell
   - Reduced Order Model (ROM) for time domain analysis.
   4. Field Visualization and Post-Processing
   - Perform post-processing to visualize electromagnetic fields, focusing on coils operating at resonance.
   5. Eddy Current Evaluation in Shielding
   - Structures
   - Analyze eddy currents within the shield volumes of the coil assembly to evaluate overall system performance.

HRDCorp Claimable Ansys Maxwell course

Certificate of completion provided. If based in Malaysia, this course can be reimbursed with the HRDCorp Program through our certified trainers.