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Analysis of Boost Converters for PV and Wind in a Hybrid Microgrid

机译:混合微电网中用于光伏和风能的升压转换器的分析

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This paper presents the analysis of two types of boost converter for PV and Wind in a hybrid Micro-grid. The main aim is to improve the voltage gain capacity of conventional boost converter used in PV and Wind sources for a Hybrid micro-grid. Boost converters are dc to dc converter used to increase the input voltage. Conventional boost converters have low voltage gain capacity with high duty ratio. To eliminate this problem a new three level boost converter which improves the voltage gain capacity with low duty ratio is proposed for PV and a new coupled inductor based boost converter is used for Wind, this also has a high voltage gain capacity. Through this modified converter the voltage gain capacity is increased. The circuit is designed in MATLAB/SIMULINK and results are verified.
机译:本文介绍了混合微电网中用于光伏和风能的两种升压转换器的分析。主要目的是提高用于混合微电网的PV和风能源中的常规升压转换器的电压增益能力。升压转换器是用于增加输入电压的直流到直流转换器。常规升压转换器具有高占空比的低电压增益容量。为了解决这个问题,提出了一种新的三电平升压转换器,该器件可在PV较低的情况下提高电压增益能力,而新的基于电感的耦合电感式升压转换器则用于Wind,这也具有高电压增益能力。通过这种改进的转换器,电压增益能力得以提高。该电路是在MATLAB / SIMULINK中设计的,并验证了结果。

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