Design Flyback Converter For Charging Battery using Fuzzy Logic Controller

Renny Rakhmawati, S. Suhariningsih, Silvia Husniatuzzahro’
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引用次数: 2

Abstract

Motorcycle is one of the many private transportation facilities that currently. Unfortunately motorcycles still use energy from fossil fuels which are increasingly rare and not environmentally friendly. So now many developed environmentally friendly electric vehicles from renewable sources. But the battery charging process is needed as energy storage. So this paper offers a flyback converter method that is controlled by fuzzy logic controller. In the battery charging process, the values of Vin, Iin, Vout, and Iout are monitored with an output voltage target of 14.4 V. The fuzzy logic controller can control the output voltage is 14.37 Vdc with error voltage 0.208%.
用模糊控制器设计电池充电反激变换器
摩托车是目前众多的私人交通工具之一。不幸的是,摩托车仍然使用化石燃料的能源,这种燃料越来越稀有,而且不环保。所以现在很多人开发了环保的可再生能源电动汽车。但是电池的充电过程是需要作为能量储存的。为此,本文提出了一种由模糊控制器控制的反激变换器方法。在电池充电过程中,监测Vin、Iin、Vout、Iout的值,输出电压目标为14.4 V。模糊控制器可以控制输出电压为14.37 Vdc,误差电压为0.208%。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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