Review of Power Quality Issues in Smart Grid

Gobu R, Dineshkumar M, Kalaiyarasi K, A. P., Bharathi Priyan M, Neelam Sanjeev Kumar
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Abstract

Many factors must be considered and adapted to the new circumstances when converting outdated electrical systems to intelligent ones. The importance of discussing power quality when discussing electrical systems cannot be overstated. Although much research and development has gone into the development of devices that improve power quality. In the near future, the power quality features of intelligent electrical systems will need to be updated. A variety of factors, including but not limited to changes in load utilization, the unique demands that modern devices place on electrical systems, savvy consumers, and unpredictable demand, are driving up the cost of power quality improvement devices. To do so, novel strategies must be employed to recognize novel challenges, and make use of novel energy resources. This section discusses the various methods for improving electrical quality. Furthermore, it discusses the novel resources and challenges presented by intelligent grids. The issue of “transition conditions of power quality” has received considerable attention as a means of transitioning to the next generation of devices designed to improve power quality.
智能电网电能质量问题综述
在将过时的电力系统转换为智能系统时,必须考虑许多因素并适应新的情况。在讨论电力系统时,讨论电能质量的重要性怎么强调都不为过。尽管许多研究和开发已经投入到改善电能质量的设备的开发中。在不久的将来,智能电气系统的电能质量特征将需要更新。各种因素,包括但不限于负载利用率的变化、现代设备对电气系统的独特要求、精明的消费者和不可预测的需求,正在推高电能质量改进设备的成本。要做到这一点,必须采用新的策略来认识新的挑战,并利用新的能源资源。本节讨论提高电气质量的各种方法。此外,还讨论了智能电网带来的新资源和挑战。“电能质量的过渡条件”问题作为过渡到旨在改善电能质量的下一代设备的一种手段受到了相当大的关注。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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