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Connection of a series hybrid filter in isolated microgrid for harmonic compensation

机译:用于孤立的MicroGrid中的串联混合滤波器进行谐波补偿

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In recent years the electric energy sector has been experiencing an expansion into distributed generation, and in this context microgrids have been achieving increasing importance. A microgrid is formed by a set of microsources of electric power, loads and storage elements, which may operate connected or isolated from the main grid. However, since it is based on generators composed of programmable electronic converters, microgrids have usually low short-circuit power what makes them very susceptible to power quality (PQ) problems. This paper presents an analysis of the series operation between passive and active filter connected to an AC microgrid operating isolated from the main grid. Through simulation it will be evaluated the series hybrid filter performance in harmonic compensation and damping of harmonic resonance, contributing to improving the power quality in the microgrid.
机译:近年来,电能部门已经经历了分布式发电的扩展,在这种情况下,微电网一直在实现越来越重要。通过一组微电池由一组电源,负载和存储元件形成,该电力,载荷和存储元件可以与主电网连接或隔离。然而,由于基于由可编程电子转换器组成的发电机,微电网通常具有低短路功率,因此使它们非常容易受到电能质量(PQ)问题。本文介绍了连接到从主电网隔离的AC微电网操作的被动和有源滤波器之间的串联操作的分析。通过仿真,将评估谐波补偿和谐振谐振的谐振补偿和阻尼的串联混合滤波器性能,有助于提高微电网中的电力质量。

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