Performance Improvement of Solar Cell using Modified Boost Converter

S. Visalakshi, R. Raj, M. Aswin, R. Santhosh, A. Yuwaraj
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Abstract

A boosting DC-DC converter’s ultimate objective is to transform a low DC voltage into a greater DC voltage. This paper proposes the designing of two different converters one is the improved DC-DC upheave converter and another is the normal DC-DC upheave converter. Comparison is done between voltage that is generated from the normal boost converter to improved boost converter and energy extraction efficiency is improved. the solar power oscillates with the sunlight’s powerfulness in order to make the comparison more effective, in the closed environment the solar panel is provided with the artificial indoor light source. The system’s performance is researched using MATLAB/SIMULINK simulation. After completing the simulation study, the same will be implemented in hardware and performance of both the traditional and enhanced boost converter is studied.
改进升压变换器对太阳能电池性能的改善
升压DC-DC变换器的最终目标是将低直流电压转换成更高的直流电压。本文提出了两种不同变换器的设计,一种是改进的DC-DC升压变换器,另一种是普通的DC-DC升压变换器。对普通升压变换器和改进升压变换器产生的电压进行了比较,提高了能量提取效率。太阳能功率随太阳光的强弱而振荡,为了使比较更有效,在封闭环境中太阳能板上装有人工室内光源。利用MATLAB/SIMULINK对系统的性能进行了仿真研究。在完成仿真研究后,将在硬件上对传统升压变换器和增强型升压变换器进行性能研究。
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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