非线性物联网应用的并联有源电源滤波器综述

Anuj Sharma, G. Goswami, P. Goswami, Rupali Mahajan
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引用次数: 0

摘要

在物联网应用中越来越多地使用智能传感器,增强了智能自动化的规模。智能工业的应用领域在很大程度上构成了非线性负载传感器。这类元件的非线性特性会导致严重谐波电流的插入,从而导致性能偏差和系统故障。很明显,物联网是一个更广泛的领域,提高电能质量是一个挑战。本文综述了电能质量控制和并联有源滤波器的研究进展。文章属于物联网、有源电力滤波器和电能质量改进方法的不同类型,主要发表在十年之内。文献的审查是通过使基于类别的部分论文的问题明智或分领域进行的。这篇全面的综述将绝对有助于研究人员在大多数智能技术中发现问题和研究差距。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
A Comprehensive Review: Shunt Active Power Filter For Nonlinear IoT Applications
The increasing use of smart sensors in IoT applications enhances the scale of smart automation. The applications area of smart industries constitutes nonlinear load sensors at large level. The nonlinear characteristics of such components causes insertion of severe harmonic current and this result in performance deviation and system failure. It is clear that a wider area is IoT and improvement in power quality is challenge. This paper presents comprehensive review on power quality control and shunt active filters. Articles belong to the category of IoT, Active Power Filter and different types of improvement in power quality methods and were mainly published in a decade. The review of literature has been carried out by making category-based sections of papers issue wise or under sub-area. This comprehensive review will absolutely help to researchers for problem identification and research gap findings in most smart technologies.
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