将RESs集成到智能电网中的电能质量问题及相关缓解技术

M. Bajaj, Surbhi Aggarwal, A. Singh
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引用次数: 18

摘要

随着不断增长的能源需求和全球环境的缘故,可再生能源的整合得到了证实,配电系统正在向前发展。但是,传统电网向智能电网的转变影响了电能质量,并引发了新的电能质量问题。这些新的电力质量问题的主要原因是可再生能源(RESs)的整合。分析这些电能质量问题对于预测对现代电力系统运行的随机影响和评估适当的解决方案至关重要。本文概述了由于电网集成可再生能源系统的增加而引起的电能质量问题,并对文献中缓解这些问题的最先进解决方案进行了简要回顾。此外,还强调了未来研究减缓技术的机会。
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Power Quality Concerns with Integration of RESs into the Smart Power Grid and Associated Mitigation Techniques
Power distribution systems are advancing day today with the integration of renewable energy vindicated by growing energy demands and the sake of the global environment. But, the transformation of traditional grids into the smarter one has affected the power quality (PQ) and has given rise to new power quality concerns. The main cause, of these new power quality concerns, is the integration of renewable energy sources (RESs). Analysis of these power quality concerns is essential for predicting the stochastic effects on the operation of the modern power system and evaluating the appropriate solution. This paper presents an overview of power quality concerns arose as a result of an increase in grid integrated renewable energy systems and a mini review on state of the art solutions, in the literature, to alleviate those concerns. Besides, the opportunities for future research on mitigation techniques are also highlighted.
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