Uso de Minimización Irrestricta de una Función Espectral para Estimar la Zona Visible en Matlab 19.0
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Reynaldo Quispe
Verónica Juli
Resumen
Debido a la simplicidad y amplia aplicabilidad, la minimización irrestricta en la zona visible (Vis) es una herramienta importante para resolver muchos problemas de optimización de parámetros y condiciones operativas de sistemas fotovoltaicos. El propósito de este trabajo es usar la minimización irrestricta de una función objetivo simplificada E para estimar la zona Vis. Utilizamos el método cuantitativo y técnica documental, con una muestra de 34 datos experimentales Vis de la estación de la Universidad Heredia. Se utilizó el Software Matlab 19.0 y se aplicó el método paramétrico: minimización de un modelo matemático mediante el algoritmo básico con corrección de Armijo mediante el backtracking. El resultado obtenido es un optimizador factible de E en 33 iteraciones, la cual determinó un modelo de transferencia de la zona Vis de turbidez por aerosoles 3,69x10-2 y capa de ozono (l) 57,40x10-2 cm con parámetros estadísticos de incertidumbre 0,132%, 2,066% para el error de sesgo medio relativo (rMBE) y error cuadrático medio relativo (rRMSE) respectivamente. Se concluyó que la atmósfera de la Universidad Heredia presenta un cielo blanco alternado turbio sin agujero de ozono.
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