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June 18, 2026IET conference proceedings.

A novel analytical model for rapid evaluation of misalignment characteristics in multiphase wireless power transfer systems

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Authors

YZYichong ZhengMFMartin P. FosterDSDavid A. Stone

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Overview

Randomized trial evaluates misalignment performance in wireless power transfer systems, suggesting a novel approach for efficiency.

Key Points

  • This research aims to develop an analytical model for quickly assessing the misalignment characteristics of multiphase wireless power transfer coils.
  • Proposes a novel analytical model for rapid evaluation.
  • Evaluated three-phase, five-phase, and six-phase coil configurations.
  • Compares the new model's results with traditional finite element analysis.
  • Three-phase and five-phase coils are stable against rotational misalignment.
  • Six-phase coil shows higher sensitivity to misalignment attributable to its unique geometry.
  • Novel method significantly reduces computational intensity compared to traditional FEA.

Cite This Study

Zheng et al. (2026) studied this question.

synapsesocial.com/papers/6a338b22630953a74978cdeehttps://doi.org/10.1049/icp.2026.2175
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Also Consider

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  1. 1Modelling And Performance Analysis Of A Static Electric Vehicle Wireless Charging Pad Under Multiple Coil Misalignment2026
  2. 2Design and Optimization of a Misalignment‐Tolerant WPT System Based on Non‐Identical Transmitter and Receiver Coils2026
  3. 3A Novel Multilayer Rectangular Coil Design for Mitigating Misalignment Challenges in Electric Vehicles Wireless Charging System2026
  4. 4FEM-Based Performance Analysis of Circular and Rectangular Planar Spiral Coils for EV Wireless Power Transfer Under Turns Number, Air-Gap, and Misalignment Variation2026
  5. 5Misalignment-Tolerant Coils for a Robust Wireless Power Transfer System2024