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拓扑与电路 三相逆变器 功率模块 有限元仿真 ★ 4.0

SPWM激励下电感集成三相三维卷铁心变压器的建模与优化设计

Modeling and Optimal Design of Inductor-Integrated Three-Phase 3-D Wound Core Transformer Under SPWM Excitation

语言:

中文摘要

本文针对隔离型直流/交流应用,研究了三维卷铁心变压器(3-D-WCT)的建模与优化设计。相比叠片铁心,3-D-WCT具有磁路对称、振动小等优势。文章基于Jiles-Atherton模型建立了非线性磁路模型,旨在优化变压器设计以提升系统效率与功率密度。

English Abstract

Compared with the laminated core transformer, the three-dimensional (3-D) wound core transformer(3-D-WCT) has the characteristics of symmetrical magnetic circuit and low vibration. This article focuses on the modeling and optimal design of the 3-D-WCT for isolated dc/ac application. First, based on the Jiles–Aterton model, a nonlinear magnetic circuit model of the 3-D-WCT is established to calcula...
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SunView 深度解读

该研究对阳光电源的组串式逆变器及储能变流器(PCS)具有重要参考价值。在PowerTitan等大功率储能系统及高功率密度光伏逆变器中,变压器/电感集成设计是减小体积、降低损耗的关键。3-D卷铁心技术带来的磁路对称性和低振动特性,有助于提升产品在复杂工况下的电磁兼容性(EMC)和可靠性。建议研发团队关注该非线性建模方法,将其应用于高频磁性元件的仿真优化,以进一步提升产品功率密度并降低温升,优化散热设计。