基于DSP的光伏系统MATLAB仿真快速原型设计

Enes Durbaba, Eyup Akpinar, A. Balikci, Buket Turan Azizoğlu, Ali Eren Kocamis
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引用次数: 2

摘要

本文介绍了在对功率变换器及其控制器进行仿真时,数字信号处理单元与MATLAB/Simulink之间通信过程的实现。环路中硬件的应用对于设计者评估数字信号处理单元对控制器响应和系统稳定性的影响具有重要意义。在光伏系统中,采用直流升压变换器作为最大功率点跟踪器,预测电流控制器与摄动观测算法相结合。升压变换器的电路保存在Simulink中,而整个控制器则在数字信号处理单元上编程。
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Fast Prototyping of A Photovoltaic System by Using DSP in MATLAB Simulation Loop
This paper presents the realization of communication process between the digital signal processing unit and the MATLAB/Simulink during the simulation of power converter with its controller. The application of the hardware in the loop is of great importance for the designer to estimate the effect of digital signal processing unit on the controller response and system stability. The DC to DC boost converter is operated as the maximum power point tracker and predicted current controller is used with the perturb and observe algorithm in the photovoltaic system. The circuit of the boost converter is kept in the Simulink whereas the entire controller is programmed on the digital signal processing unit.
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