Examination of MPPT Algorithm on Three Step DC-DC Converter

P. R. Sarkar, A. Minai, M. Bhaskar, R. Pachauri, Sashikant
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Abstract

As a non-conventional energy source, PV installations are being increasingly applied in many applications. Still, a severe challenge in using PV sources is to grab its nonlinear output characteristics, which change with temperature and solar insolation. Photovoltaic (PV) array appearance is suffering from a temperature, solar insolation and array configuration. The benefit of using a Solar Photovoltaic System (SPV) is low cost, easy maintenance, low greenhouse gas emission etc. Maximum point tracker participates a vital part in the SPV system for enhancing efficiency. Hill-climbing technique based MPPT controller enabled with three steps DC-DC converter is applied to extract power from solar PV module and transfer to load. The single diode PV model is studied and the simulation results of MPPT with PV fed three steps DC-DC converter is analyzed.
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三步DC-DC变换器中MPPT算法的检验
光伏发电装置作为一种非常规能源,在许多领域得到越来越多的应用。然而,使用光伏电源的一个严峻挑战是抓住其非线性输出特性,该特性随温度和太阳日照变化。光伏(PV)阵列的外观受到温度、太阳日照和阵列配置的影响。使用太阳能光伏系统(SPV)的优点是成本低,易于维护,温室气体排放少等。最大点跟踪器是提高SPV系统效率的重要组成部分。采用基于爬坡技术的MPPT控制器,采用三步DC-DC转换器,从太阳能光伏组件中提取电能并传输给负载。研究了单二极管PV模型,并分析了PV馈入三步DC-DC变换器的MPPT仿真结果。
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