用摄动观测法优化伺服机构太阳能发电

B. Manna, N. Saha, D. Palit
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引用次数: 1

摘要

日益增长的电力需求使我们目前的技术倾向于像太阳能这样的非传统资源。本文主要研究了在变辐照和变温度条件下,利用伺服机械跟踪系统对光伏组件中的太阳能进行优化。这里还考虑了光伏组件的特定时间和位置。在MATLAB Simulink和编程工具的帮助下,重点研究了如何更好地利用最大功率点跟踪算法“Perturb & Observe”。在这里,在本工作中,主要是通过施加一个输入电压来找出伺服电机的最佳角度,该输入电压为该时刻指定总辐照度下对应的MPPT值电压与计算出的太阳能组件功率电压之间的差电压。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Optimization of solar power using servo mechanism by Perturb & Observe method
Day to day rising power demand makes our present technology lean towards non-conventional resources like solar energy. In this paper, it is focused on optimization of solar energy in PV module by servo mechanical tracking system at variable irradiation and temperature conditions. Here the particular time of day and location of PV module is also considered. Focus has been given to make better use of Maximum Power Point Tracking algorithm “Perturb & Observe” with the help of MATLAB Simulink and programming tools. Here, in this work, it basically concentrates on finding out the optimal angle of servo motor by applying an input voltage which is the differential voltage between the corresponding voltage at MPPT value and voltage at calculated solar module power at specified total irradiance at that instant.
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