Improvement of Conventional MPPT Techniques P&O and INC by Integration of Fuzzy Logic

Mohammed Zerouali, Salaheddine Zouirech, Abdelghani El Ougli, B. Tidhaf, Hafida Zrouri
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引用次数: 8

Abstract

This paper presents the most popular techniques used to track and extract maximum power point for a photovoltaic system as traditional ones: Perturb and Observe ‘P&O’, Increment of the conductance ‘INC’ or intelligent using Fuzzy logic FL. And by combining two techniques, P&O with the Fuzzy logic (Fuzzy-P&O) and the INC with the fuzzy (Fuzzy-INC), the proposed system allows us to generate more power and reduce the voltage ripple which guarantees a stable system. All modeling and simulations of different MPPT techniques are done under Matlab Simulink environment. Therefore, the simulation results show the performance and limitations of each algorithm and the efficiency of the combined techniques.
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模糊逻辑集成对传统MPPT技术P&O和INC的改进
本文介绍了光伏系统跟踪和提取最大功率点最常用的传统技术:扰动和观察“P&O”,电导增量“INC”或智能模糊逻辑FL。通过结合模糊逻辑的P&O (Fuzzy-P&O)和模糊的INC (Fuzzy-INC)两种技术,所提出的系统可以产生更多的功率并减少电压纹波,从而保证系统的稳定。各种MPPT技术的建模和仿真均在Matlab Simulink环境下完成。因此,仿真结果显示了每种算法的性能和局限性以及组合技术的效率。
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