无线电力传输系统中带错位的螺旋方形感应电源垫设计

Marupuru Vinod, D. Kishan, N. H., R. Kannan
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引用次数: 0

摘要

无线电力传输(WPT)可以找到从电力传输到低功率电器到高功率电动汽车电池充电和工业系统应用的潜在应用。感应电源垫是基于磁感应的WPT系统的关键部件。因此,本文对螺旋方形感应垫的磁耦合特性进行了分析。在此过程中,对感应电源板进行了有限元仿真设计。给出了WPT系统中螺旋方形感应垫的耦合系数、自感和互感的建模方法,并对系统的功率和效率进行了分析。
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Design of Spiral Square Inductive Power Pads with Misalignment for Wireless Power Transfer System
Wireless power transfer (WPT) can find the potential applications reaching from power transfer to low power appliances to high power electric vehicle battery charging and industrial systems applications. Inductive power pads are the key components for magnetic induction based WPT systems. Hence, this paper labels the analysis of magnetic coupling characteristics of spiral square inductive pads with various misalignments. In this process the inductive power pads are designed in FEM simulation. The modelling approach is presented to calculate the coupling coefficient, self and mutual inductance of spiral square inductive pads of WPT system and also presented the power and efficiency analysis of the system.
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