Estabilizador de Sistemas de Potencia usando Control Predictivo basado en Modelo

Manuel A Duarte-Mermoud, Freddy Milla

Resumen

Se propone un estabilizador de potencia predictivo para amortiguar oscilaciones de potencia en un sistema eléctrico de potencia(SEP) formado por una sola máquina conectada a una barra infinita (Single Machine Infinite Bus, SMIB). Este enfoque considera un análisis de estabilidad de pequeña señal, usando un modelo incremental alrededor de un punto de operación. El estabilizador proporciona señales de control óptimas, debido a que además de utilizar el controlador predictivo basado en modelo (Model Predictive Controller, MPC) sus parámetros se optimizan fuera de línea empleando un algoritmo de optimización por enjambre de partículas (Particle Swarm Optimization, PSO). Su comportamiento se compara con un estabilizador del sistema potencia convencional, con parámetros también optimizados con PSO fuera de línea. Para validar la metodología propuesta, se presentan numerosas simulaciones de respuestas dinámicas del SMIB, para diferentes condiciones de operación y perturbaciones.


Palabras clave

Sistemas eléctricos y electrónicos de potencia; Estabilizador de sistemas de potencia (PSS); Estabilizador predictivo de sistemas de potencia (PPSS); Control predictivo basado en modelo (MPC); Optimización por enjambre de partículas (PSO); Simulación

Clasificación por materias

Control de procesos industriales, sistemas energéticos, mineros, ingeniería civil y edificios

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Referencias

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