A PV-WEC Based Microgrid System incorporating Hybrid Islanding Detection Technique

Soumya A. V, J. Edward
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Abstract

This paper investigates the aspects of microgrid formed with distributed energy sources such as Photo Voltaic (PV) solar and wind. Detecting Islanding in a microgrid has become a major challenge in electrical power systems. This project proposes a combination of three islanding detection method, namely voltage unbalance (VU), total harmonic distortion (THD) from passive method and Sandia frequency shift (SFS) from active method. The proposed strategy consolidates the benefits of both active and passive techniques. Moreover, since this project uses the benefits of the SFS method it will not change the system variables and will not lead instability due to any disturbance.
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基于PV-WEC的混合孤岛检测微电网系统
本文研究了利用光伏、太阳能和风能等分布式能源形成微电网的几个方面。检测微电网中的孤岛已成为电力系统的主要挑战。本课题提出了三种孤岛检测方法的组合,即电压不平衡(VU)、被动方法的总谐波失真(THD)和主动方法的桑迪亚频移(SFS)。拟议的战略综合了主动和被动技术的好处。此外,由于本项目使用了SFS方法的优点,它不会改变系统变量,也不会因任何干扰而导致不稳定。
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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