Publication: Fiabilidad de un sistema eléctrico con energía eólica : credito de capacidad
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2012
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2012-10-31
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Abstract
En los últimos años ha habido un aumento del nivel de integración de energía eólica en las redes de energía. Sin embargo, debido al carácter intermitente de la energía eólica, por lo general es difícil determinar la penetración compatible para un nivel admisible de fiabilidad de la red. Para ello, el cálculo correcto del crédito de capacidad de la energía eólica (CC) ha tomado relevancia en las fases de planificación y operación de sistemas de energía que contenga distintos tipos de producción de energía. El crédito de capacidad se puede definir como la cantidad de generación eólica que puede sustituir a la generación convencional (firme) manteniendo los mismos niveles de fiabilidad en el sistema. Este proyecto, diseña y desarrolla un código en lenguaje M (con el programa informático Matlab) que simula la actividad de un sistema eléctrico. La simulación estará basada en un estudio de la fiabilidad para distintas situaciones que determinará en el cálculo del crédito de capacidad. __________________________________________________________________________________________________________________
In recent years the level of integration of wind energy into power grids has been increased. However, due to the intermittent character of the wind power, it is usually difficult to determine the level of penetration compatible with an acceptable level of the power grid reliability. To do this, the correct calculation of the capacity credit of wind power (CC) has gained importance in the planning and operation of power systems containing different types of energy. The capacity credit can be defined as the amount of wind generation that can replace conventional generation (firm) maintaining the same levels of reliability in the system. This project develops and designs a code in M language of Matlab software, to simulate the activity of a power system. The simulation is based on a study of the reliability for different situations that determine the capacity credit calculation.
In recent years the level of integration of wind energy into power grids has been increased. However, due to the intermittent character of the wind power, it is usually difficult to determine the level of penetration compatible with an acceptable level of the power grid reliability. To do this, the correct calculation of the capacity credit of wind power (CC) has gained importance in the planning and operation of power systems containing different types of energy. The capacity credit can be defined as the amount of wind generation that can replace conventional generation (firm) maintaining the same levels of reliability in the system. This project develops and designs a code in M language of Matlab software, to simulate the activity of a power system. The simulation is based on a study of the reliability for different situations that determine the capacity credit calculation.
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Energía eólica, Sistemas eléctricos