扭曲电网条件下基于ENF的光伏系统控制

Vandana Jain, Ikhlaq Hussain, Bhim Singh
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引用次数: 0

摘要

研究了基于陷波滤波器增强的并网单级光伏系统在电网电压畸变、光伏日照变化和电网电压波动等特殊情况下的控制算法。增强陷波滤波(ENF)控制在电压畸变和直流偏置时从电网电压中提取正序分量。在单级光伏阵列系统中,固定增益的比例积分(PI)控制器在系统暂态过程中不能给出合适的响应。因此,为了克服固定增益PI控制器的缺点,实现了基于模糊的PI控制器增益整定。电压源变换器向电网提供光伏发电。在不同的动态情况下对原型进行测试,以验证系统的性能。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
ENF Based Control for PV System Under Distorted Grid Condition
This paper deals with the control algorithm based upon an enhancement in notch filter (NF) applied to a grid connected single stage solar photovoltaic (PV) system during odd circumstances such as grid voltage distortions, PV insolation variation and fluctuation in the grid voltage etc. The enhanced-notch-filter (ENF) control extracts the positive sequence components from the grid voltages during voltage distortions and direct current (DC) offset. In single stage PV array system, during transients in the system, a Proportional-Integral (PI) controller with fixed gain doesn't give the suitable response. Therefore, a fuzzy based tuning of PI controller gains is implemented in order to overpower the shortcomings of the fixed gain PI controller. The voltage source converter provides the PV power to the grid. Tests are performed at different dynamic situations on a prototype for the validation of the system performance.
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