DOI:
https://doi.org/10.14483/2322939X.18620Publicado:
2020-12-10Número:
Vol. 17 Núm. 2 (2020)Sección:
Investigación y DesarrolloGenerador lineal para un generador eólico de baja potencia, selección, diseño y simulación en comsol multiphysic
Linear generator for a low power wind generator, selection, design and simulation in comsol multiphysic
Palabras clave:
Electromagnetismo, Elementos Finitos, Flujo Magnético, Generador Lineal, Imanes Permanentes, Simulación (es).Palabras clave:
Electromagnetism, Finite elements, Linear generator, Magnetic flux, Permanent Magnets, Simulation (en).Descargas
Resumen (es)
En el presente documento se expone un estudio comparativo de tres topologías propuestas de generador lineal, a partir de la recopilación de los estudios consignados en la literatura científica, son modeladas por medio de simulaciones en 2D en COMSOL y se analizan los resultados obtenidos tomando como indicador de desempeño la potencia de salida y el comportamiento bajo carga, como contribución al proyecto de investigación TOPOLOGÍAS DE GENERADOR EÓLICO DE BAJA POTENCIA. Los resultados obtenidos son satisfactorios resaltando la primera de las topologías propuestas, que presenta el mejor comportamiento bajo carga y un valor adecuado de potencia de salida para aplicaciones de baja potencia. Gracias al empleo de herramientas computacionales se evita la construcción de varios prototipos, lo que da la posibilidad de generar un banco virtual de pruebas para futuros desarrollos en esta área y lograr un avance en la investigación de estos dispositivos en Colombia.
Resumen (en)
This document presents a comparative study of three proposed linear generator topologies, based on the compilation of studies reported in the scientific literature, they are modeled by means of 2D simulations in COMSOL and the results obtained are analyzed taking output power and behavior under load as a performance indicator, as a contribution to the research project TOPOLOGIES OF LOW POWER WIND GENERATOR. The results obtained are satisfactory, highlighting the first of the proposed topologies, which presents the best behavior under load and an adequate output power value for low power applications. Thanks to the use of computational tools, the construction of several prototypes is avoided, which gives the possibility of generating a virtual test bench for future developments in this area and achieving a breakthrough in the research of these devices in Colombia.
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