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3D Study of a Silicon Solar Cell under Constant Monochromatic Illumination: Influence of Both, Temperature and Magnetic Field

In this work, we deal with a three-dimensional modeling study of a silicon solar cell in steady state, at the temperature T, under monochromatic illumination of wavelength ??and placed in a magnetic field B. The use of the maximum diffusion law as a function of the optimal temperature made it possible to choose the values of the magnetic field B in the study of the effective diffusion coefficient Dk,j. The effect of both, the magnetic field B and the temperature T on the excess minority carrier density ?(x, y, z) is analyzed through the determination of the eigenvalues (Ck, Cj), for different grain sizes (gx, gy) and there combination velocity at the grain boundaries Sg.

Auteur(s) : Attoumane Mamadou Moustapha KOSSO1, Moustapha THIAME2, Youssou TRAORE3, Ibrahima DIATTA3, MorNDIAYE3, Lemrabott Habiboullah, Ibrahima LY, Grégoire SIS
Pages : 259-269
Année de publication : 2018
Revue : Journal of Scientific and Engineering Research
Type : Article
Mise en ligne par : NDIAYE Mor