Investigating the effect of device dimension on the silicon solar cell, by using the PC1D numerical simulation environment, we report strong correlation of efficiency of the silicon solar cell with its size. The results showcase finer efficiency at the lower n-type thickness and higher p-type thickness. The internal quantum efficiency (IQE) and external quantum efficiency (EQE) too exhibit variation with the device size. As a whole, based on the statistical analysis, especially regression, variance, and best subsets selection, the paper depicts that the p-type thickness, ISC and VOC are the preeminent parameters to model the silicon solar cell
AbstractSilicon photovoltaic cells are subject to a range of material, optical and electrical influe...
The operation of a crystalline silicon solar cell was studied by a methodology based on collection e...
We have studied the influence of defects on silicon heterojunction solar cell efficiency by a method...
Investigating the effect of device dimension on the silicon solar cell, by using the PC1D numerical ...
Simulation model of solar cell device is developed to investigate the optimization of conversion eff...
Silicon solar cells are prevailing types in the commercial market due to their stability, robustness...
This paper presents a development of numerical method to determine and optimize the photocurrent de...
Silicon solar cell design parameters were investigated to determine their bearing on cell efficiency...
Consumption of energy has been increasing rapidly through centuries since Industrial Revolution whic...
To develop accurate models for silicon solar cells, a mathematical description of the physical mecha...
The rapid development of novel solar cell concepts requires an accurate and reliable modeling to obt...
AbstractIn this paper we present a novel approach to investigate the influence of non-uniformity in ...
We determine the uncertainties on simulated efficiencies of silicon solar cells due to uncertainties...
International audienceNowadays in laboratories and in industries, distribution in solar cells sizes ...
Increasing silicon solar cell efficiency plays a vital role in improving the dominant market share o...
AbstractSilicon photovoltaic cells are subject to a range of material, optical and electrical influe...
The operation of a crystalline silicon solar cell was studied by a methodology based on collection e...
We have studied the influence of defects on silicon heterojunction solar cell efficiency by a method...
Investigating the effect of device dimension on the silicon solar cell, by using the PC1D numerical ...
Simulation model of solar cell device is developed to investigate the optimization of conversion eff...
Silicon solar cells are prevailing types in the commercial market due to their stability, robustness...
This paper presents a development of numerical method to determine and optimize the photocurrent de...
Silicon solar cell design parameters were investigated to determine their bearing on cell efficiency...
Consumption of energy has been increasing rapidly through centuries since Industrial Revolution whic...
To develop accurate models for silicon solar cells, a mathematical description of the physical mecha...
The rapid development of novel solar cell concepts requires an accurate and reliable modeling to obt...
AbstractIn this paper we present a novel approach to investigate the influence of non-uniformity in ...
We determine the uncertainties on simulated efficiencies of silicon solar cells due to uncertainties...
International audienceNowadays in laboratories and in industries, distribution in solar cells sizes ...
Increasing silicon solar cell efficiency plays a vital role in improving the dominant market share o...
AbstractSilicon photovoltaic cells are subject to a range of material, optical and electrical influe...
The operation of a crystalline silicon solar cell was studied by a methodology based on collection e...
We have studied the influence of defects on silicon heterojunction solar cell efficiency by a method...