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首页> 外文期刊>The European physical journal. Applied physics >A differential spectral responsivity measurement system constructed for determining of the spectral responsivity of a single- and triple-junction photovoltaic cells
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A differential spectral responsivity measurement system constructed for determining of the spectral responsivity of a single- and triple-junction photovoltaic cells

机译：构造用于确定单结和三结光伏电池的光谱响应度的差分光谱响应度测量系统

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摘要

A differential spectral responsivity (DSR) measurement system has been designed and constructed at National Metrology Institute of Turkey (TUBITAK UME) to determine the spectral responsivity (SR) of a single-or a multi-junction photovoltaic device (solar cell). The DSR setup contains a broad band light bias source composed of a constructed Solar Simulator based on a 1000W Xe-arc lamp owning a AM-1.5 filter and 250W quartz-tungsten-halogen lamp, a designed and constructed LED-based Bias Light Sources, a DC voltage bias circuit, and a probe beam optical power tracking and correction circuit controlled with an ADuC847 microcontroller card together with an embedded C based software, designed and constructed in TUBITAK UME under this project. By using the constructed DSR measurement system, the SR calibration of solar cells, the monolitic triple-junction solar cell GaInP/GaInAs/Ge and its corresponding component cells have been performed within the EURAMET Joint Research Project SolCell.
机译：在土耳其（Tubitak UME）的国家计量研究所设计和构建了差分光谱响应性（DSR）测量系统，以确定单个或多结光伏器件（太阳能电池）的光谱响应（SR）。 DSR安装程序包含一个基于1000W XE弧灯的由AM-1.5滤波器和250W Quartz-Tungsten-卤素灯，设计和构造的基于LED偏置光源组成的宽带光偏置源。 DC电压偏置电路和探头光束光功率跟踪和校正电路与ADUC847微控制器卡一起控制，与嵌入式C基于C基于C的软件，在该项目下设计和构造。 通过使用所构造的DSR测量系统，在Eurarmet联合研究项目Solcell内执行了太阳能电池的SR校准，单声道三界太阳能电池GAINP / GAINAS / GE及其相应的组分细胞。

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