Fuzzy Logic Based PV-Battery system for a Standalone Microgrid

Narendra Kumar Mourya, Bharti Koul
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Abstract

This paper proposes a standalone microgrid in integration with photovoltaic array and battery storage system based on fuzzy logic MPPT technique. Solar PV systems are affected by variables like temperature and irradiance and have nonlinear I-V characteristics. Fuzzy logiv MPPT can handle nonlinearities better than any other conventional MPPT technique. in addition with the battery storage system the microgrid can be operate in both islanded mode and grid connected mode. To simulate this system with Solar PV and battery storage system MATLAB Simulink is used. This model can be used more efficiently for remote locations or villages where electricity supplies are not present or it gets affected by too much load shedding. Microgrids in integration with the renewable sources is the future for electrical power generation.
基于模糊逻辑的独立微电网光伏电池系统
本文提出了一种基于模糊逻辑MPPT技术的光伏阵列与电池储能系统集成的独立微电网。太阳能光伏系统受温度和辐照度等变量的影响,具有非线性I-V特性。模糊逻辑MPPT比任何其他传统的MPPT技术都能更好地处理非线性。此外,与电池存储系统一起,微电网可以以孤岛模式和并网模式运行。利用MATLAB Simulink对太阳能光伏和蓄电池系统进行仿真。这种模式可以更有效地用于没有电力供应或受过多负荷影响的偏远地区或村庄。与可再生能源相结合的微电网是发电的未来。
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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