Conexión de bancada de transformadores trifásicos
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Date
2022-05-09
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Universidad Nacional de Educación Enrique Guzmán y Valle
Abstract
El objetivo de este trabajo de investigación fue desde ya por los años de 1820, con Oersted como su descubridor, se pudo
vislumbrar lo que le depararía el futuro en lo que la utilización del campo magnético se
refiere, que, para ese momento, se tenía en mente la idea de poder transportar la energía
eléctrica a todos los hogares, así de esta manera cumplir con la demanda de una sociedad
que estaba en continuo crecimiento. Así, con el avanzar de la ciencia y tecnología, se pudo
aplicar esos conocimientos a través de hombres como Faraday, Gaulard, Gibss,
Westinghouse y Stanley, y se llegó a crear lo que ahora conocemos como transformadores
y ponerlos al servicio del mundo moderno.
En la actualidad, los transformadores trifásicos cumplen un papel muy importante
dentro de nuestra sociedad, al poder transportar la energía eléctrica distribuyéndola a
través de grandes distancias, tratando de minimizar las pérdidas que son inherentes a este
tipo de aparatos. Sin embargo, debemos entender como es el funcionamiento de estos
transformadores y las diversas conexiones que se realizan sobre ellos para lograr obtener
características inherentes a cada tipo de conexión, que las harán adecuados para
determinadas aplicaciones.
The objective of this research work was already by the years of 1820, with Oersted as its discoverer, it was possible to glimpse what the future would bring in what the use of the magnetic field would be refers, that, at that time, the idea of being able to transport the energy electricity to all homes, thus meeting the demand of a society which was constantly growing. Thus, with the advancement of science and technology, it was possible to apply that knowledge through men like Faraday, Gaulard, Gibss, Westinghouse and Stanley, and came to create what we now know as transformers and put them at the service of the modern world. Currently, three-phase transformers play a very important role within our society, by being able to transport electrical energy distributing it to over long distances, trying to minimize the losses that are inherent to this type of devices. However, we must understand how these functions work. transformers and the various connections that are made on them to obtain characteristics inherent to each type of connection, which will make them suitable for certain applications.
The objective of this research work was already by the years of 1820, with Oersted as its discoverer, it was possible to glimpse what the future would bring in what the use of the magnetic field would be refers, that, at that time, the idea of being able to transport the energy electricity to all homes, thus meeting the demand of a society which was constantly growing. Thus, with the advancement of science and technology, it was possible to apply that knowledge through men like Faraday, Gaulard, Gibss, Westinghouse and Stanley, and came to create what we now know as transformers and put them at the service of the modern world. Currently, three-phase transformers play a very important role within our society, by being able to transport electrical energy distributing it to over long distances, trying to minimize the losses that are inherent to this type of devices. However, we must understand how these functions work. transformers and the various connections that are made on them to obtain characteristics inherent to each type of connection, which will make them suitable for certain applications.
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Citation
Gutierrez Torres, B. J. (2022). Conexión de bancada de transformadores trifásicos (Monografía de pregrado). Universidad Nacional de Educación Enrique Guzmán y Valle, Lima, Perú.