A performance optimization and analysis of graphene based schottky barrier GaAs solar cell

[摘要] Performance optimization of Graphene-GaAs schottky barrier solar cell have been performed by considering variables such as substrate thickness, Graphene thickness, dependence between graphene work function and transmittance. The optimized parameter was extensively used to numerically model the design using TCAD Atlas. The results show the enhanced performance of the design with the optimized thickness of Graphene (0.3μm) and GaAs (10μm), resulting in significant increase in power conversion efficiency from 0.732% to 2.581% and reasonable fill factor up to 70%. It was further analysed that maximum potential was developed in the vicinity of the anode, which results in better charge collection hence improving the overall performance of the solar cell. The results are validated with the reported experimental work.

[发布机构] Dept. of Electronics and Communication Engineering, Manipur Institute of Technology, Imphal; 795004, India^1;Dept. of Electronics and Communication Engineering, NIT, Manipur, India^2;Dept. of ETC, Jadavpur University, Kolkata; 700032, India^3

[效力级别] 机械制造 [学科分类] 航空航天科学

[关键词] Charge collection;Fill factor;GaAs solar cells;Optimized parameter;Performance optimizations;Power conversion efficiencies;Schottky barriers;Substrate thickness