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PHOTOVOLTAIC NON-LINEAR MEDEL SOLUTION AND IMPROVED PO METHOD FOR MPPT

机译:光伏非线性挤压液和改进的P&O方法MPPT

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For maintaining photovoltaic (PV) generation system at maximum power point, it is necessary to calculate the parameters of PV cell model precisely. The modified expressions for the single diode equivalent circuit parameters of PV cell are derived based on the four basic electric parameters provided by manufacturer. An improved perturbation and observation (P&O) method is proposed to achieve the maximum power point tracking (MPPT). A simulation system based on a MSX-60 PV panel is constructed by Matlab/simulink to predict the output characteristics of PV panel, which are compared with those of the traditional P&O and the incremental conductance (INC) methods. The simulation results indicate that the modified parameter expressions of PV cell are more precise and the PV panel controlled by adopting the improved P&O method has higher tracking efficiency.
机译:为了在最大功率点保持光伏(PV)生成系统,必须精确地计算PV电池模型的参数。 基于制造商提供的四个基本电气参数导出PV电池的单二极管等效电路参数的修改表达式。 提出了一种改进的扰动和观察(P&O)方法以实现最大功率点跟踪(MPPT)。 基于MSX-60PV面板的仿真系统由MATLAB / Simulink构建,以预测PV面板的输出特性,与传统P&O和增量电导(INC)方法相比。 模拟结果表明,通过采用改进的P&O方法控制的PV电池的改性参数表达更精确,PV面板具有更高的跟踪效率。

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