Optimizing Wireless Power Transfer Systems Through Simulation

Inductive wireless charging works by generating a magnetic field between two coils — a transmitter and a receiver — to transfer energy without physical contact. Wireless power transfer (WPT) technology is revolutionizing how energy is transmitted in various industries. By enabling power delivery without physical connections, WPT is attractive for use in applications such as electric vehicle charging, consumer electronics, medical implants, and industrial automation. Achieving efficient and reliable power transfer requires careful optimization of coil design, resonance tuning, and electromagnetic field control.

In this webinar, Dr. Nirmal Paudel will demonstrate how simulation-driven design can enhance the performance and efficiency of WPT systems. This event will cover key modeling techniques with the COMSOL Multiphysics® software for predicting electromagnetic behavior, optimizing coil configurations, and assessing power transfer efficiency. The presentation will highlight practical strategies to improve system performance, reduce energy losses, and address critical design challenges in WPT applications.

This webinar is ideal for engineers, researchers, and product development teams looking to deepen their understanding of WPT technology and improve design outcomes through simulation.