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拓扑与电路 双向DC-DC 充电桩 储能系统 ★ 4.0

双向感应电能传输系统的效率优化方案

An Efficiency Optimization Scheme for Bidirectional Inductive Power Transfer Systems

语言:

中文摘要

本文针对双向感应电能传输(BIPT)系统展开研究。相比单向系统,BIPT系统更适用于电动汽车V2G等需双向能量流动的场景。文章旨在通过优化控制策略提升BIPT系统的性能与传输效率,解决在典型BIPT架构下输出功率控制带来的效率损耗问题。

English Abstract

Unidirectional inductive power transfer systems allow loads to consume power, while bidirectional inductive power transfer (BIPT) systems are more suitable for loads requiring two-way power flow such as vehicle to grid applications with electric vehicles. Many attempts have been made to improve the performance of BIPT systems. In a typical BIPT system, the output power is controlled using the pick...
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SunView 深度解读

该研究关注的双向感应电能传输技术(BIPT)是无线充电领域的核心,与阳光电源的电动汽车充电桩业务高度契合。随着无线充电技术在乘用车及商用车领域的商业化进程,该优化方案可提升充电桩的能量转换效率,降低热损耗。建议研发团队关注该拓扑的控制算法,将其与现有的充电桩产品线及iSolarCloud智能运维平台结合,探索未来在车网互动(V2G)场景下的无线能量交互应用,提升产品在高端充电解决方案中的竞争力。