SYNAPCITY-DT: Inteligencia energética urbana impulsada por IA para ciudades inteligentes
Un marco de gemelo digital orientado a la decisión para la gestión de energía renovable urbana consciente de la incertidumbre
DOI:
https://doi.org/10.62161/sauc.v12.6349Palabras clave:
Gemelo digital urbano, Ciudades inteligentes, Sistemas energéticos impulsados por IA, Inteligencia de energías renovables, Control consciente del riesgo, Sistemas PV–BESS, Resiliencia urbanaResumen
Este estudio presenta SYNAPCITY-DT, un marco de gemelo digital de energía urbana impulsado por IA para la operación adaptativa de energía renovable bajo incertidumbre. El marco integra el pronóstico fotovoltaico probabilístico, la optimización del almacenamiento de energía en baterías consciente del riesgo y la inteligencia operativa dentro de un entorno unificado de gemelo digital. Utilizando datos operativos reales de un sistema PV–BESS a escala de servicio público en Finlandia, el marco evalúa la propagación de la incertidumbre a través del pronóstico, la planificación y la toma de decisiones operativas. Los resultados muestran que el control adaptativo consciente del riesgo mejora la resiliencia operativa, el aprovechamiento de la flexibilidad y la robustez de las decisiones bajo distintos horizontes de pronóstico. El estudio demuestra el potencial de los gemelos digitales habilitados por IA como sistemas escalables de inteligencia energética urbana que apoyan ciudades inteligentes resilientes y sostenibles.
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