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Recognition of solar cell modules defects based on optimized BP neural network

机译:基于优化BP神经网络的太阳能电池组件缺陷识别

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摘要

Since the standard BP algorithm to recognize the defects of solar cell modules have the problem of slow convergence speed and easily falls into relative minimum.The recognition method which based on optimized algorithm is proposed.After preprocessing image of electroluminescence infrared image of solar cell component in debris,crack,off-grid,open weld and black pieces,extracting 5 combined invariant moments of the defect as the input of BP neural network.Then network of the BP algorithm with additional momentum,L-M algorithm and standard BP algorithm are used to performance comparison in recognition system.The results indicate that,the BP neural network of L-M algorithm have the advantages of fast convergence speed and high accuracy.The recognition rate of 5 kinds of defect has reached more than 90%.
机译:由于识别太阳能电池组件缺陷的标准BP算法存在收敛速度慢,容易陷入相对最小的问题,提出了一种基于优化算法的识别方法。对太阳能电池组件的电致发光红外图像进行预处理。碎片,裂纹,离网,开焊缝和黑件,提取缺陷的5个组合不变矩作为BP神经网络的输入。然后使用具有附加动量的BP算法网络,LM算法和标准BP算法来实现性能结果表明,LM算法的BP神经网络具有收敛速度快,精度高的优点。对5种缺陷的识别率均达到90%以上。

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