基于模糊逻辑的Buck-boost变换器在低压太阳能收集中的应用

Chetan P. Ugale, V. Dixit
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引用次数: 16

摘要

本研究是关于实现能量收集的解决方案,以最大限度地提高太阳能电池板的输出电压,并收集太阳能电池板的废能用于低压应用。随着太阳能应用范围的扩大,需要开发用于利用这种能源的改进材料和方法。影响整体效率的主要因素包括太阳能电池效率、源辐射强度和存储技术。为了解决这一问题,利用升压变换器开发了不依赖辐照度和温度的太阳能系统。模糊控制器根据太阳能板电压的变化产生可变占空比。产生的占空比应用于输出依赖的降压-升压转换器,用于低电压应用,如电池充电。充电电池将用于停车场、楼梯、走廊等照明。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Buck-boost converter using Fuzzy logic for low voltage solar energy harvesting application
This research paper is about implementing energy harvesting solutions to maximize the output voltage of solar panel and to harvest the waste energy from solar panel for low voltage application. As the range of applications for solar energy increases, the improved materials and methods used to harness this power source needs to be developed. Major influences on overall efficiency include solar cell efficiency, intensity of source radiation and storage technique. To circumvent this problem this technique is implemented by solar energy system independent on irradiance and temperature developed by using buck-boost converter. Fuzzy logic controller generate variable duty cycle depends on variable solar panel voltage. Generated duty cycle is applied to buck-boost converter on which output is depends which is used for low voltage application such as battery charging. The charge battery will be used for lightening the parking, staircase and quoridor etc.
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