光伏配电网无功功率管理研究进展

Abdan Hanifan Dharmasakya, L. M. Putranto, R. Irnawan
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引用次数: 1

摘要

近年来,配电网中的光伏系统发展迅速。然而,光伏系统的高渗透率可能导致电压质量问题。利用光伏系统中逆变器的无功能力可以克服这些问题。然而,逆变器光伏由于无功功率的存在,会导致逆变器内部损耗增加、有功功率削减、逆变器寿命缩短等弊端。为了弥补这些问题,提出了几种无功激励模型。然而,目前关于配电网中利用光伏逆变器进行无功调度以及无功激励模型的研究尚未见综述。因此,本文有助于对现有的配电网光伏系统逆变器无功调度以及无功激励模型的研究进行深入了解。本文的研究对今后利用逆变器进行光伏系统无功管理的研究具有一定的指导意义。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
A Review of Reactive Power Management in Distribution Network with PV System
Development of photovoltaic (PV) system in distribution network has increased rapidly in recent years. However, the high penetration of PV system may lead to voltage quality problems. Reactive power capability of inverter in PV system may be used to overcome these problems. However, there are several disadvantages that can arise due to reactive power existence in inverter PV such as an increase in internal loss of inverter, active power curtailment, and lifetime reduction of inverter. To compensate these problems, several reactive power incentive models are proposed. However, there is still no review about the current research about reactive power dispatch using inverter of PV system in distribution network as well as reactive power incentive model. Therefore, this paper contributes in providing an insight about the existing research about reactive power dispatch using inverter of PV system in distribution network as well as reactive power incentive model. This paper can be used as a guide to conduct future research about reactive power management using inverter in PV system.
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