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Nov 20, 2021 · In this paper, a high-efficiency wireless power transfer (WPT) system based on magnetic resonant coupling is designed to operate at low frequency for electric vehicle charging. For simplicity, two coils wireless power transfer is proposed. Transmitter and receiver coils of WPT system are designed to improve quality factors and coupling coefficient. Effect of turns, coil radius, and
Nov 27, 2017 · The equivalent circuit analysis is then used to evaluate the efficiency η, the real power P 1 and the primary coil currents I p, when the load power P 2 = 100 W and I 2 = I s = 4.4 A are fixed. The measured values are compared with those obtained by the circuit analysis as reported in Table 3 .
Jan 10, 2022 · Lee, S. et al., High efficiency wireless power transfer system using a two-stack hybrid metamaterial slab. 2019 IEEE Wireless Power Transfer Conference (WPTC), pp. 616–619, (2019).
An ignition coil of low internal impedance and high energy storage and transfer characteristics and having an electrostatic shield between the coil primary and the coil secondary surrounding the primary and additional capacity resonating the secondary to a high frequency providing improved operating efficiency and prolonged spark duration of a spark plug load connected thereto.
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Sep 13, 2019 · A high Q planar-Litz coil has been proposed, which can promote efficiency by up to 40% when the transfer distance is 0.5 cm . The coil is designed by dividing the wide planar conductor lengthwise into multiple strands to reduce the high-frequency conduction losses and to improve the Q -factor.
Dec 01, 2019 · By comparing Figs. 17 with 18, we can see that the output power and efficiency of the coupling coil group A is lower than that of the coupling coil group under different load B. That is because the coupling coil group A's Qk = 1.714 in the above mentioned optimization interval [1.3.2.2], and the coupling coil group B's Qk = 1.07.
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It has over 90% efficiency at 30cm (and exceptionally high efficiency at closer distances), but it is unable to handle high power applications. [2] Radiant CPT is efficient over long distances, but relies on electromagnetic waves to transfer energy. [2] Since the waves are directed, it also requires a line of sight to the receiving module.
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transfer are the most common WPT technologies. The system must satisfy three conditions for efficient mid-range power transfer as shown in Fig. 2, namely: high efficiency, large air gap and high power. Since microwave power transfer has a low efficiency for near field power transfer,
Power Transfer for details) [3]-[6]. High quality factor resonators enable efficient energy transfer at lower coupling rates, i.e., at greater distances and/or with more positional freedom than is otherwise possible (and therefore, this approach is sometimes referred to as “highly resonant” wireless energy transfer or “highly resonant