Development of a Single-Sided Flux Magnetic Coupler for Electric Vehicle IPT Charging Systems
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Abstract
Inductive power transfer is a practical method for recharging electric vehicles because it is safe, convenient, and reliable. The performance of the magnetic couplers that transfer power determines the overall feasibility of a complete system. Circular couplers are the most common topology in the literature; however, they have fundamentally limited coupling. Their flux patterns necessarily limit the operational air gap as well as tolerance to horizontal misalignment. A new polarized coupler topology [referred to as a double D (DD)] is presented, which overcomes these difficulties. DDs provide a charge zone five times larger than that possible with circular pads for a similar material cost and are smaller. A…
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Topics
Keywords
- Maximum power transfer theorem
- Topology (electrical circuits)
- Magnetic flux
- Electrical engineering
- Air gap (plumbing)
- Network topology
- Inductive coupling
- Magnetic field
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