Multi Microgrid Current Quality Conditioning using Active Custom Power Conditioner

M. Gayatri, V. Mahesh, A. M. Parimi
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Abstract

Multi Microgrid (MMG) generally constitutes two or more microgrids (MGs), connected together. The MGs in turn incudes renewable energy resources. The variable and nonlinear loads connected to the MMG, when connected MMG has been subjected to many power quality issues that are based on current such as unbalance, neutral currents and harmonics. An Active Custom Power Conditioner (ACPC) provides a solution to all these concerned problems. The ACPC in addition to neutral and unbalance compensation provides harmonic mitigation. This is achieved by adapting active power filtering with proposed control technique. A novel control technique based on 1-phase PQ theory is proposed to improve its performance in providing harmonic compensation and compared with conventional control techniques like UVTG, 3-phase PQ theory with varying load conditions in the MMG.
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使用有源自定义功率调节器的多微电网电流质量调节
多微电网(MMG)通常由两个或多个连接在一起的微电网(mg)组成。MGs又包括可再生能源。连接到MMG的可变和非线性负载,当连接MMG时,会受到许多基于电流的电能质量问题,如不平衡、中性电流和谐波。有源自定义电源调节器(ACPC)为所有这些问题提供了解决方案。除中性点和不平衡补偿外,ACPC还提供谐波缓解。这是通过将有源电力滤波与所提出的控制技术相适应来实现的。提出了一种基于单相PQ理论的新型控制技术,以提高其谐波补偿性能,并与UVTG、三相PQ理论等传统控制技术进行了比较。
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