双模块输入并联输出并联(IPOP)连接双有源半桥(DAHB)变换器的无传感器电流共享方法

Shijie Wu, Lei Li, Weiwei Liu
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引用次数: 4

摘要

本文首先简要介绍了双有源半桥(DAHB)的工作原理和电流失配的原因,然后介绍了一种双模块输入并联输出并联(IPOP)连接的DAHB变换器的无传感器电流共享方法。该方法通过单次扰动估计模块参数比。对参数较大的模块的占空比,根据估计的模块参数比,通过计算的修正量进行补偿。仿真结果表明,该估计补偿方法可以很好地实现无传感器电流共享。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Sensorless Current Sharing Method for Two Module Input-Parallel Output-Parallel(IPOP) Connected Dual Active Half-Bridge(DAHB) Converters
This article briefly introduces the working principle of dual active half-bridge(DAHB) and the reasons for current mismatch at first, then describes a sensorless current sharing method for two module input-parallel output-parallel(IPOP) connected DAHB converter. This method estimates module parameters ratio by a single perturbation. The duty ratio of the module with larger parameters is compensated by a calculated correction amount according to estimated module parameter ratio. Simulations show that this estimation and compensation method can achieve sensorless current sharing well.
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