Solar cell parameter extraction, with less than 10% percentage error, integrating the Co-Content function, using up to order 6 Simpson integration method, and 51 measured points per volt or less, in the case of a percentage noise of the maximum current
Victor-Tapio Rangel-Kuoppa
Abstract
In this article, the solar cell parameters (within the one-diode solar cell model) are obtained with less than 10% error, integrating the Co-Content function using up to order 6 Simpson integration method, and as a function of the number of measured points per volt and a percentage noise of the maximum current. It is shown, that less than 10% error (in some cases around 1%) can be obtained, in case the percentage noise is as larger as 0.1%, using higher order Simpson integration than 1, the usually used trapezoidal integration method.
Topics & Concepts
Extraction (chemistry)Function (biology)Content (measure theory)Analytical Chemistry (journal)Order (exchange)StatisticsBiological systemMathematicsMaterials scienceProcess engineeringChemistryEnvironmental scienceEngineeringChromatographyMathematical analysisEconomicsEvolutionary biologyBiologyFinanceChalcogenide Semiconductor Thin FilmsSilicon and Solar Cell TechnologiesPhotovoltaic System Optimization Techniques