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Experimental Evaluation of a Photovoltaic System to Feed an AC Load

机译:提供交流负载的光伏系统的实验评估

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The applications of renewable energy systems have become very interesting in various sectors nowadays. One of the most well-known applications is a photovoltaic system. However, the outcomes power generated by the photovoltaic conversion hinges on climatic condition at the site location. In this work, an experimental examination was done to evaluate the performance of photovoltaic system; installation was at the LAGE laboratory (Ouargla University). The system contains two polycrystalline photovoltaic modules, power management unit, a lighting lamp and a data acquisition unit, the solar modules generate a direct current to charge the electric accumulators via solar regulation unit. The power management extension, including a solar controller, a DC-AC inverter, a DC-DC converter (to supply AC and DC loads) and a battery bank. The aim of these experimental tests is to supply such a lamp with clean electricity without using the electrical network, after that to evaluate photovoltaic system components efficiency.
机译:如今,可再生能源系统的应用在各个领域都变得非常有趣。光伏系统是最著名的应用之一。但是,光伏转换产生的输出功率取决于现场位置的气候条件。在这项工作中,进行了实验检查以评估光伏系统的性能。安装在LAGE实验室(瓦尔格拉大学)进行。该系统包含两个多晶光伏模块,电源管理单元,照明灯和数据采集单元,太阳能模块生成直流电,以通过太阳能调节单元为蓄电池充电。电源管理扩展,包括太阳能控制器,DC-AC逆变器,DC-DC转换器(用于提供AC和DC负载)和电池组。这些实验测试的目的是在不使用电网的情况下为此类灯提供清洁的电力,然后评估光伏系统组件的效率。

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