论文标题
培养基对电容电源传递能力的影响
Influence of a Medium on Capacitive Power Transfer Capability
论文作者
论文摘要
尽管电容功率传输（CPT）具有优势，但仍首选电感功率传输（IPT）。原因：IPT系统在空气中具有间隙功率密度高400倍。结论性地，IPT可以在空中更距离内传输比CPT更多的功率，但是其他媒体呢？本文给出了有关媒体与空气不同的媒体如何影响电力传输在不同距离上的答案。首先，我们从理论上分析了差距中不同介质的电容耦合。接下来，我们使用有限元软件模拟CPT系统，并将其与理论分析进行了比较。最后，我们在电力电子模拟中采用有限元仿真的结果来检查介质对电力传递的影响。
Despite the advantages of capacitive power transfer (CPT), inductive power transfer (IPT) is still preferred. The reason: IPT systems have a gap power density in air that is 400 times greater. Conclusively, IPT can transmit more power than CPT over greater distances in air, but what about other media? This paper gives an answer on how media, different from air, influence the power transfer over different distances. First, we analyze theoretically the capacitive coupling with different media in the gap. Next, we simulate the CPT system using finite element software and compared it with the theoretical analysis. Finally, we employ the results of the finite element simulation in a power electronic simulation to examine the influence of the medium on the electrical power transfer.
