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Reference based Maximum Power Point Tracking Algorithm for photo-voltaic power generation

机译:基于参考的最大功率点跟踪算法,用于光伏发电

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摘要

Daily Increasing electricity demand let the world think about alternative energy sources. Solar energy is one promising source of energy for future. Advanced solar material provides efficient energy conversion. For maximum efficiency, solar system use Maximum Power Point Tracking Algorithm like Perturb & Observe, Incremental Conduction etc. In stand-alone PV System as well as in grid connected PV system, irradiance dependent output power should be controlled properly with some advanced control strategies and storage devices. Proposed reference based MPPT can make PV System to operate at any point of PV Curve to generate required power. Reference based MPPT technique has been simulated using MATLAB/Simulink and results are investigated in this paper.
机译:每天电力需求的增长让世界考虑替代能源。太阳能是未来的一种有前途的能源。先进的太阳能材料可提供有效的能量转换。为了获得最大效率,太阳能系统使用最大功率点跟踪算法(例如“扰动和观测”,“增量传导”等)。在独立光伏系统以及并网光伏系统中,应通过一些高级控制策略来适当控制与辐照度有关的输出功率。存储设备。提议的基于参考的MPPT可使PV系统在PV曲线的任意点运行以产生所需的功率。使用MATLAB / Simulink对基于参考的MPPT技术进行了仿真,并对结果进行了研究。

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