Modelado Dinámico de Microrredes con Generación Eólica: Enfoque Práctico

Resumen: El amplio uso de la generación distribuida y la incursión de las microrredes (MR) sugiere la implementación de un estimador de estados a nivel de baja tensión. Con base a la información proporcionada por el estimador, los centros de control (CC) ejecutan tareas importantes de control y planificación. Con el objetivo de contar con un modelo no lineal que permita capturar los diferentes fenómenos dinámicos de una MR aislada. En este artículo se propone un modelo algebrodiferencial de una MR que incluye aerogeneradores de velocidad variable y generación hidroeléctrica; así mismo se considera un esquema de control que permite reducir los cambios en la frecuencia, además de lograr la regulación de voltaje. Los resultados muestran que el modelo captura diferentes fenómenos ocasionados principalmente por variaciones de carga, viento, entre otro tipo de perturbaciones.

¿Cómo citar?

Natanael Vieyra, Paul Rolando Maya Ortiz & Luis M. Castro. Modelado Dinámico de Microrredes con Generación Eólica: Enfoque Práctico. Memorias del Congreso Nacional de Control Automático, pp. 524-529, 2018.

Palabras clave

Estimación de estados, Generador doblemente alimentado, Generador síncrono, Microrred aislada

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