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Optimizing Ribbons Structure For Power Gain In Half-Cell Modules

机译:优化半电池模块功率获取的带状结构

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In this work, we demonstrate that modules with halfhalf-cell layout show an increased power by using the triangular ribbon. Firstly, we have studied the impact on power of different triangular ribbon structures by a SunSolve simulation tool. Secondly, on basis of the rectangular and optimizing triangular ribbon structures, we have performed simulation and experimental results for full full-cell modules and half half-cell modules respectively. Both simulation and experimental results agree to a good extent and they show that the power output of half half-cell module with triangular ribbon increase s to about 4.74% than full cell module with rectangular ribbon.
机译:在这项工作中,我们演示了使用半带状布局的模块通过使用三角形色带显示出了更高的功率。首先,我们使用SunSolve仿真工具研究了不同三角带结构对功率的影响。其次,基于矩形和优化的三角形带状结构,我们分别对全电池模块和半电池模块进行了仿真和实验结果。仿真和实验结果在很大程度上吻合,并且它们表明具有三角形带状的半个半电池模块的功率输出比带有矩形带状的半个电池模块的功率输出增加了约4.74%。

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