Enhancement of Modified Multiport Boost Converter for Hybrid System

S. Padmakala, S. Gomathi, A. Akilandeswari, M. Banu, S. Padmapriya, M. Gnanaprakash
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引用次数: 11

Abstract

In recent year requirement of Renewable Energy plays a vital role. These energy sources became familiar due to its characteristics like no emission of greenhouse gases and it makes an environment to be healthier. Hybrid system mostly uses the input sources like solar energy, wind energy, fuel cell or etc. The Hybrid system uses two or more sources instantly for power generation. Modified Multiport Bidirectional Boost Converter (MMBC) acting as an interfacing device between source and load. Normally boost converters are enhanced in the system to achieve high voltage gain and high efficiency. MMBC providing better dynamic characteristics with high gain, high efficiency with low ripple factor. MMBC found to be a good conversion device for the hybrid system. MMBC implemented by Hybrid system gives good stability. MMBC consists of three input ports from that two inputs are considered as Renewable Energy sources and remaining one source as a battery.
改进的多端口升压变换器在混合动力系统中的增强
近年来,可再生能源的需求起着至关重要的作用。这些能源因其不排放温室气体和使环境更健康等特点而为人所熟知。混合动力系统主要采用太阳能、风能、燃料电池等输入源。混合动力系统使用两个或多个电源立即发电。改进型多端口双向升压变换器(MMBC)作为源和负载之间的接口器件。通常,升压变换器在系统中被增强以实现高电压增益和高效率。MMBC具有高增益、高效率、低纹波因数等优良的动态特性。发现MMBC是一种很好的混合动力系统转换装置。混合系统实现的MMBC具有良好的稳定性。MMBC由三个输入端口组成,其中两个输入被认为是可再生能源,剩下的一个输入被认为是电池。
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