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Stabalization of solar-panel energy system for Pakistani household

机译:稳定巴基斯坦家庭的太阳能电池板能源系统

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摘要

Renewable energy resources such as Sun and wind are getting popular and easier to use day by day. It is a better method to fulfill our demands as sun is a continuous source of energy for Earth. Many countries are fulfilling their demands by Solar Panels. Solar panel is used as a converter between sunlight and electrical energy. This research paper is going to tell that how to obtain electrical energy from sunlight more efficiently and effectively. For this purpose, we need to design a system based on power electronics, consists of a positive output Luo-converter and a double closed loop controller. In this way we can reduce the variation of the output of solar panel from 20 % to 1 %. This is how we can stabilize our unstable electrical energy obtained from Sun and this stable energy can be linked to the main grid line. In order to increase its efficiency this power electronics design can be installed easily. This theory is verified with the help of a software simulation and results I obtained are shown in this paper.
机译:诸如太阳和风之类的可再生能源正变得越来越流行,并且日渐易于使用。由于太阳是地球的持续能源,因此这是满足我们需求的更好方法。许多国家正在满足太阳能电池板的要求。太阳能电池板用作阳光和电能之间的转换器。该研究论文将告诉您如何更有效地从阳光中获取电能。为此,我们需要设计一个基于电力电子设备的系统,该系统由一个正输出Luo转换器和一个双闭环控制器组成。通过这种方式,我们可以将太阳能电池板的输出变化从20%降低到1%。这就是我们可以稳定从太阳获得的不稳定电能的方法,并且可以将这种稳定能量链接到主电网。为了提高效率,可以轻松安装此电力电子设计。借助软件仿真验证了该理论,并在本文中显示了我获得的结果。

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