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Different Kinds of Maximum Power Point Tracking Control Method for Photovoltaic Systems: A Review

机译:光伏系统的不同种类最大功率点跟踪控制方法综述

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In modern years due to rising environmental issues such as energy cost and greenhouse gas emission have motivated new research into alternative methods of generation of electrical power. A vast deal of new research and enlargement for the renewable energy photovoltaic (PV) system. The PV module is conducted to search out non-polluting and renewable sources. New inventions are in development and exploring the perfection of solar cells to increase the efficiency and reduce the cost of power in per peak watt. The analysis of different kinds of control methods in PV system according to reviewed previous studies, shows that the most useful method is a hybrid technique as compared to other maximum power point tracking (MPPT) control methods. MPPT control method used to optimize the output of solar PV system with variable inputs such as solar radiations and temperature. The MPPT may include the use of a different DC-DC converter and also some different MPPT algorithms such as current based MPPT. Multi-input energy systems for the hybrid wind/solar energy systems need to be developed.
机译:近年来,由于不断上升的环境问题,例如能源成本和温室气体排放,促使人们对替代发电方法进行了新的研究。可再生能源光伏(PV)系统的大量新研究和扩展。进行PV模块以搜索无污染和可再生资源。正在开发新的发明,并探索太阳能电池的完善性,以提高效率并降低每峰值瓦特的功率成本。根据回顾的先前研究,对光伏系统中各种控制方法的分析表明,与其他最大功率点跟踪(MPPT)控制方法相比,最有用的方法是混合技术。 MPPT控制方法用于优化具有可变输入(例如太阳辐射和温度)的太阳能光伏系统的输出。 MPPT可以包括使用不同的DC-DC转换器以及一些不同的MPPT算法,例如基于电流的MPPT。需要开发用于混合风/太阳能系统的多输入能源系统。

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