EdX

Smart grid: fundamentos técnicos (edX)

Smart grid: fundamentos técnicos (edX)

Aprende los fundamentos técnicos de una smart grid; la configuración de las capas inferiores y la forma en que se interconectan los dispositivos, casas y edificios inteligentes (internet of things) a la red inteligente de manera general. El conocimiento de los fundamentos técnicos de las smart grid o de las redes inteligentes son una necesidad actual para quienes buscan comprender las evoluciones energéticas globales.

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Las smart grids combinan áreas que antes no se encontraban en las redes eléctricas convencionales, como son los sistemas de comunicaciones o los sistemas inteligentes de toma de decisiones.
Sin estas áreas, la integración de fuentes alternas de energía a las redes eléctricas estarían incompletas y no se podrían explotar de la manera eficiente.
Por esta razón es necesario conocer cómo una smart grid se interconecta con los dispositivos inteligentes de casas o edificios en el IoT o Internet de las cosas, que al igual que las compañías de energía pueden suministrar, administrar y vender la energía eléctrica producida.
En este curso el estudiante comprenderá el concepto de red inteligente analizando sus capas inferiores, profundizará en la generación de energía eólica y energía solar de manera experimental y teórica cuando se interconectan a la red inteligente, además podrá comprender la función de los sistemas eléctricos de potencia en las redes inteligentes.
A partir de este MOOC el estudiante podrá:
Profundizar en el conocimiento de sistemas eléctricos de potencia
Analizar cómo cambian los escenarios energéticos a partir de las smart grid, las cuales predominarán en unos cuantos años y permitirán volvernos consumidores y generadores de energía eléctrica.
La seguridad, en este caso la ciberseguridad, es fundamental en el smard grid, en este curso conoceremos las características de seguridad más relevantes en las redes inteligentes.
This course is part of the Sustentabilidad energética y la smart grid Professional Certificate.

What you'll learn

  • Aplicar las bases teóricas de las redes eléctricas inteligentes a partir de cálculos experimentales de generación de energía convencional, eólica y solar; para que comprendas el funcionamiento de una red inteligente
  • La contribución de la energía eólica en una red inteligente
  • La energía solar en la red inteligente
  • Identificar los sistemas de monitoreo para redes inteligentes
  • Conocer cómo se aprovecha la energía renovable en la smart grid

Syllabus

1. Contribución de energía solar en la red inteligente
1.1 Introducción a las redes inteligentes y fuentes alternas de energía solar
1.2 Generación de energía solar
1.3 Modelos de celdas solares
1.4 Laboratorio de smart grid: estudio de energía solar

2. Energía eólica en una red inteligente
2.1 introducción a las fuentes alternas de energía eólica en redes inteligentes
2.2 Generación de energía eólica
2.3 Modelos básicos de generadores eólicos
2.4 Laboratorio de smart grid: energía eólica a la red

3. Sistemas de monitoreo para redes inteligentes
3.1 introducción a los sistemas de monitoreo en redes inteligentes
3.2 Control supervisor y adquisición de datos
3.3 Seguridad cibernética
3.4 Monitoreo de una red con un sistema SCADA

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