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Modeling and Simulation of a Photovoltaic Cell Based on Maximum Power Point Tracking Algorithm

机译:基于最大功率点跟踪算法的光伏电池建模与仿真

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Willi the arrival of global industrialization, the energy shortage becomes increasingly probable and severe. Solar energy as a renewable resource begins to catch the attention of human. As a result, the photovoltaic power generation becomes to he more and more important. The proposed in this paper Maximum Power Point Tracking (MPFT) algorithm can effectively improve the utilization rate of solar energy in the process of photovoltaic power generation. This study describes an improved MPPT algorithm. It presents a predictive control made on the original basis and establishes a stimulation model using the Matlah/Simulink model for experiment. The performed experiment suggests that the improved algorithm can enhance the tracking efficiency of MPPT control and the ulilization rate of solar energy, which is of a great significance for the promotion of photovoltaic systems.
机译:威廉的到来全球产业化,能源短缺变得越来越可能且严重。 作为可再生资源的太阳能开始引起人类的注意。 结果,光伏发电变得越来越重要。 本文提出的最大功率点跟踪(MPFT)算法可以有效地提高光伏发电过程中太阳能的利用率。 本研究描述了一种改进的MPPT算法。 它提出了一种在原始基础上进行的预测控制,并使用Matlah / Simulink模型进行实验建立刺激模型。 所执行的实验表明,改进的算法可以提高MPPT控制的跟踪效率和太阳能的uliLization速率,这对于促进光伏系统具有重要意义。

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