Análisis de un medidor bidireccional utilizado en un sistema de generación fotovoltaico conectado a la red

Danny Joel Changoluisa Toapanta, Paco Jovanni Vásquez Carrera, William Armando Hidalgo Osorio

Resumen


En esta investigación se presenta una revisión sistemática de la literatura sobre el análisis de medidores bidireccionales utilizados en sistemas de generación fotovoltaica conectados a la red eléctrica. Siguiendo el Método Kitchenham, se realizó una búsqueda exhaustiva en bases de datos académicas reconocidas, identificando 27 estudios primarios relevantes. Los principales desafíos identificados incluyeron la precisión de las mediciones en condiciones variables, la mitigación de armónicos y desequilibrios, la sincronización y el desfase, y la integración en redes inteligentes. Se exploraron técnicas propuestas, como algoritmos de sincronización, compensación de desequilibrios y procesamiento de señales, los hallazgos revelaron aspectos relacionados que podrían ser relevantes, proporcionando información valiosa sobre enfoques, desafíos y limitaciones en proyectos de ingeniería de software y sistemas de potencia, También se podría complementar estos hallazgos con una revisión de la literatura de hace aproximadamente 10 años atrás para hacer un análisis completo del tema planteado en el presente artículo.


Palabras clave


Medidores bidireccionales; Sistemas fotovoltaicos; Redes eléctricas; Revisión sistemática; Método Kitchenham.

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DOI: https://doi.org/10.23857/pc.v9i6.7462

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