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一种用于380V/48V混合直流系统的三端口LCC谐振变换器

A Three-Port LCC Resonant Converter for the 380-V/48-V Hybrid DC System

语言:

中文摘要

直流配电是数据中心供电的有效方案,但380V与48V系统各有利弊。本文提出一种三端口LCC谐振变换器,旨在优化混合直流系统的转换效率与可靠性,减少功率转换级数并降低损耗。

English Abstract

The dc power distribution has become a promising solution to powering datacenters, which can reduce power conversion steps and total power losses. However, both of the two most promising options, 380 V and 48 V dc power distributions, have their own defects that cannot be ignored, such as 380 V dc power distributions have lower reliability and 48 V dc power distributions have lower efficiency. In ...
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SunView 深度解读

该技术在多端口功率变换与高效率转换方面的研究,对阳光电源的储能系统(如PowerTitan、PowerStack)及户用储能产品具有重要参考价值。通过采用三端口LCC谐振拓扑,可有效提升储能PCS在多电压等级接入时的转换效率,减少功率变换级数,从而降低系统热损耗并提升功率密度。建议研发团队关注该拓扑在光储一体化系统中的应用潜力,特别是在优化电池侧与直流母线侧接口、提升系统整体可靠性方面,可作为下一代高集成度储能变流器的技术储备。