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Design and implementation of programmable PV simulator

机译:可编程光伏模拟器的设计与实现

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Digital controlled SMPS's (Switched Mode Power Supply) have many benefits and advantages. Nowadays they are highly preferred instead of analog (linear) power supplies due to their high efficiency, small size, and flexibility. In this paper a buck converter which has an output voltage of 0-30V and output current of 0-5A is designed step by step. At this process its calculations and simulations are performed. This converter can process in constant voltage and constant current modes. Also a PV (Photovoltaic) Simulator which can simulate the power output characteristics of various PV panels is added to our device. Lastly, a MATLAB GUI interface is designed to communicate with computer for obtaining the desired PV characteristic.
机译:数控SMPS(开关电源)具有许多优点和优点。如今,由于它们的高效率,小尺寸和灵活性,它们已成为高度替代模拟(线性)电源的首选。本文逐步设计了一个降压转换器,其输出电压为0-30V,输出电流为0-5A。在此过程中,将执行其计算和模拟。该转换器可以在恒定电压和恒定电流模式下进行处理。此外,我们的设备中还增加了一个PV(光伏)模拟器,该模拟器可以模拟各种PV面板的功率输出特性。最后,MATLAB GUI界面设计为与计算机通信以获得所需的PV特性。

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