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Comparative Study of Adaptive Single Sensor Based MPPT for PV Applications with Conventional Algorithms

机译:基于自适应单传感器MPPT的光伏应用与常规算法的比较研究

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Photovoltaic (PV) Systems are becoming vital for the existence of mankind nowadays. From bulk power generation to space exploration applications, PV systems finds an important role. To extract power from PV device it has to be operated at its Maximum Power Point(MPP) for which different MPPT algorithms are used. On a relative study of these different MPPT algorithms it is found that most of them suffers from certain problems such as highly oscillatory response and slow tracking time. Most of these algorithms uses both current and voltage sensors, this adds to the issue of reliability of such MPPTs. Here in this study, a Single voltage sensor based Adaptive MPPT is compared with different MPPT algorithms using MATLAB/SIMULINK simulations.
机译:光伏(PV)系统对当今人类的生存至关重要。从散装发电到太空探索应用,光伏系统发挥着重要作用。要从PV设备提取功率,必须在其最大功率点(MPP)上运行,为此使用了不同的MPPT算法。在对这些不同MPPT算法的相对研究中,发现它们中的大多数都存在某些问题,例如高振荡响应和慢跟踪时间。这些算法中的大多数都使用电流和电压传感器,这增加了此类MPPT的可靠性问题。在此研究中,使用MATLAB / SIMULINK仿真将基于单电压传感器的自适应MPPT与不同的MPPT算法进行比较。

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