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Development Of A Computerized I-V-Tracing System For Solar PV Module Testing

机译:用于太阳能光伏组件测试的计算机化I-V追踪系统的开发

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this paper is about a development work of I-V-Curve tracing system. The system is automatic and replaces manual procedure of conventional I-V-Curve tracing method for Photovoltaic Solar Cell or Panel. This system is basically a combination of several blocks consisted by electronic devices and instrument groups. Some blocks are developed for measurement requirements and some are proprietary. This instrument can be used at solar module assembling industry for panel testing. In recent years there are significant rises on the counts of these types of business in developing countries. As this particular requires much lesser cost in comparison to other such type, it is expected that this device may contribute to solar industry to help manufacturing process and quality control. Universities and laboratories may also find this suitable for their purpose. Although there are some little fluctuations in the acquired data, the system can analyze the module characteristics properly.
机译:本文是关于IV曲线追踪系统的开发工作。该系统是自动的,取代了用于光伏太阳能电池或面板的常规I-V曲线跟踪方法的手动过程。该系统基本上是由电子设备和仪器组组成的几个模块的组合。有些模块是为满足测量要求而开发的,有些则是专有的。该仪器可用于太阳能电池组件组装行业的面板测试。近年来,发展中国家这类业务的数量显着增加。由于与其他同类产品相比,该产品所需的成本要低得多,因此,该设备有望为太阳能行业做出贡献,有助于制造过程和质量控制。大学和实验室也可能发现适合自己的目的。尽管采集的数据几乎没有波动,但系统仍可以正确分析模块特性。

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