直流微电网应用中独立微电网先进控制器的比较分析

Bhavya Pandya, Siddharth Joshi
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引用次数: 0

摘要

小型风力发电系统是解决孤立负荷的解决方案之一,为减少温室效应提供了一个有希望的解决方案。本章描述了结合最大功率点跟踪特性的风能转换系统的仿真分析。将变电流摄动与观测算法、变步长摄动与观测算法等MPPT算法与wcs相结合。在连续时变风速下的闭环模型中进行了对比分析。采用传统的固定增益控制器进行闭环仿真。针对固定增益控制器的局限性,采用增益调度比例积分控制器和好增益方法对比例积分控制器进行了调优分析。对比分析了固定增益控制器、增益调度比例积分控制器和最佳增益调优比例积分控制器对上述MPPT方法的影响。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Comparative Analysis of Advanced Controllers for Standalone WECs for DC Microgrid Applications
The small-scale wind energy generation system is one of the solutions to empower the isolated loads and provides a promising solution to decrease the greenhouse effect. This chapter describes the simulation analysis for wind energy conversion system incorporated with maximum power point tracking feature. The MPPT algorithms like variable current perturb and observe algorithm and variable step perturb and observe algorithm are incorporated with WECS. The comparative analysis is done in the closed-loop model in continuous time-varying wind speed. The closed-loop simulation is performed using a conventional fixed gain controller. To address the limitations of the fixed gain controller, the analysis is done using the gain scheduling proportional integral controller and the good gain method to tune the proportional integral controller. The comparative analysis between the fixed gain controller, the gain scheduling proportional integral controller, and the good gain method to tune proportional integral controller for above-stated MPPT methods is shown.
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