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Design and implementation of electronic equipment that emulates photovoltaic panels

机译:模拟光伏电池板的电子设备的设计和实现

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This paper presents the design and implementation of electronic equipment able to emulate the characteristics of current, voltage and power, of solar panels between 50 W and 100 W, with values in irradiance and temperature programed by the user. The device is composed by a flyback converter with a Current Injection Control (CIC) and has a software developed in Labview and Arduino, that allows to the user interact with the device and provide access to changing environmental conditions. Finally, the results are compared with data obtained from photovoltaic panels CNPV and conclusions are presented.
机译:本文介绍了电子设备的设计和实现,该电子设备能够模拟50 W和100 W之间的太阳能电池板的电流,电压和功率特性,并由用户设置辐照度和温度值。该设备由具有电流注入控制(CIC)的反激转换器组成,并具有在Labview和Arduino中开发的软件,该软件允许用户与设备进行交互并提供对不断变化的环境条件的访问。最后,将结果与从光伏板CNPV获得的数据进行比较,并得出结论。

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