滑模控制器与P&O控制器应用于MPPT的比较研究

H. Afghoul, D. Chikouche, F. Krim, A. Beddar
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引用次数: 8

摘要

本文利用MATLAB对光伏系统(光伏板、升压逆变器和电阻负载)进行了仿真,为了证明该系统的有效性,我们在全局算法中采用了两种MPPT方法,一种是经典的,另一种是智能的:第一种是摄动与观测(P&O),用于单机或简单安装,另一种是基于滑模的,这种方法用于需要大型安装时。介绍了这些控制器设计的各个步骤,并进行了仿真。通过对滑模控制器和P&O控制器的性能比较,验证了滑模控制器对工况变化的能量吸收和响应速度快的有效性。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
A compararative study between sliding mode controller and P&O controller applied to MPPT
This paper presents a simulation of PV system (PV panel, boost inverter and a resistance load) using MATLAB, To prove the efficiency of this system we applied two method of MPPT in the global algorithm, one classical and the other one is intelligent: the first one is called Perturbation and observation (P&O) used in stand-alone places or in simple installation and the later is based on sliding mode, this method is used when we need a large installation. The different steps of the design of these controllers are presented together with its simulation. The performance comparison between sliding mode controller and P&O controller has been carried out to demonstrate the effectiveness of sliding mode controller to draw much energy and a fast response against change in working conditions.
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