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首页> 外文期刊>Journal of Basic and Applied Physics >Study of the Photothermal Response of a Junction Vertical Parallel Silicon Solar Cell under a Multispectral Illumination
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Study of the Photothermal Response of a Junction Vertical Parallel Silicon Solar Cell under a Multispectral Illumination

机译：多光谱照明下结垂直平行硅太阳能电池的光热响应研究

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摘要

This study investigates the study of the photo thermal response of a junction vertical parallel silicon solar cell illuminated by a multispectral light for a constant modulated frequency. Solving the continuity equation for minority carriers in the base of the solar cell resulting in the terms of the heat equations in the presence of an optical source. The density of minority carriers in excess, the amplitude of the variation of temperature and the heat flux density were studied and analyzed for different angular pulses and junction recombination velocity. It also deals use of a new approach that involves parameter of the solar cell. Based on the normalized carrier’s density, we calculate and plot the temperature and heat flux variation versus base depth, angular frequency, incidence angle and wavelength for different operating conditions.
机译：这项研究调查了在恒定调制频率下，由多光谱光照射的结垂直平行硅太阳能电池的光热响应的研究。求解太阳能电池底部的少数载流子的连续性方程，可以得出在存在光源的情况下热方程的项。研究和分析了不同角度脉冲和结复合速度下过量的少数载流子的密度，温度变化幅度和热通量密度。它还涉及涉及太阳能电池参数的新方法的使用。根据归一化的载流子密度，我们可以计算和绘制温度和热通量随基础深度，角频率，入射角和波长在不同工作条件下的变化。

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