反向潮流分析仪(RPFA):一种评估pv对配电系统影响的工具

G. Ramos, David F. Celeita, Tatiana Quintero
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引用次数: 3

摘要

将可再生能源发电纳入配电系统已成为大多数公用事业公司的关键问题,因为这是提高能源生产标准的全球目标。考虑到上述背景,必须仔细评估这些能源将连接到系统的条件,特别关注可能影响电能质量和能源管理参数的影响,例如谐波失真和本研究中评估的主要挑战:反向潮流。本文提出了一种评估分布式发电(DG)通过光伏板(pv)与现有配电系统连接的方法。以上是为了在案例研究中对pv提供的有功和无功功率的不同情况下的反向流动进行表征。该方法的主要贡献是关注系统的损耗和电流,以检测DG是否在关键情况下意味着反向功率流。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Reverse Power Flow Analyzer (RPFA): A tool to assess the impact of PVs in distribution systems
The inclusion of generation through renewable energy sources (RES) to a distribution system has become a critical matter for most utility companies since it is a global goal to improve energy production standards. Taking into account the above context, the conditions in which these energy sources will be connected to the systems must be carefully assessed with the particular focus on the implications that might affect the parameters of power quality and energy management, such as harmonic distortion and the main challenge evaluated in this study: reverse power flow. This document proposes a methodology to evaluate the connection of distributed generation (DG) through photovoltaic panels (PVs) into existing distribution systems. The above to perform characterization of reverse flows for different situations of active and reactive power provided by the PVs in the case study. The main contribution of this methodology allows focusing on the system's losses and currents to detect whether the DG implies reverse power flows in critical scenarios.
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