An Optimized Design of T-Compensation Network for Wireless Power Transfer System with Full-Bridge Active Rectifier

Lu, Siyuan; Böttigheimer, Mike; Parspour, Nejila

doi:10.1109/smart55236.2022.9990441

Cited by 3 publications

(2 citation statements)

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“…This system is validated with 2.2 kW prototype WPT system by performing the operation in both open loop and closed loop to analyze the importance of the proposed control strategy. Achieved the power transfer efficiency of 94.3% at 0.2 coupling factor and 92.3 % at 0.12 coupling factor [92].…”

Section: Figure 9 Block Diagram Of the Pulse Generation For Fbarmentioning

confidence: 98%

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A Comprehensive Review on Efficiency Enhancement of Wireless Charging System for the Electric Vehicles Applications

Ramakrishnan,

et al. 2024

IEEE Access

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The increasing Electric Vehicle (EV) market is driven by the desire for more efficient and reliable approaches to recharge EV batteries. Among various charging methodologies for EVs, Wireless Power Transfer (WPT) has gained more attention from EV users due to its features such as safety, low maintenance, comfort, automated operation, and reliability. The innovative WPT method replaces the conductive charging system while maintaining a similar power rating and efficiency. Numerous strategies have been devised to enhance the efficiency and reliability of the WPT model. The primary challenge in WPT is reduction in power transfer efficiency (PTE) as the gap between the coils is increased. Also, the improvement in the PTE depends on various design parameters of the WPT circuit. Therefore, this review article thoroughly investigates recent significant research literatures that explains WPT technology and tailored towards enhancement of PTE. The investigation is carried on various coil configurations, converter topologies and different critical factors to improve PTE such as impedance matching, compensation techniques. Moreover, the research gaps in WPT technology and future scope suitable for static, quasidynamic, and dynamic charging methods are presented. This research can play a crucial role in assisting developers in selecting an optimal design to enhance the WPT system.

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Section: Figure 9 Block Diagram Of the Pulse Generation For Fbarmentioning

confidence: 98%

“…It requires high span variable capacitors and inductors, which may increase overall cost of the system. 2) Impedance Mapped compensation network with dual phase shift control [92].…”

Section: Figure 15mentioning

confidence: 99%