单相并网光伏微型逆变器比例谐振控制器及LCL滤波器设计

P. Cossoli, M. Cáceres, L. Vera, A. Firman, A. Busso
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引用次数: 7

摘要

本文通过分析LCL滤波器的频率响应,以及用它代替L滤波器的便利性,对LCL滤波器的性能作了简要的描述。此外,还描述了允许其设计和实现的方程。对比例谐振控制器的特性、离散化技术和数字化实现进行了研究。通过数学模型仿真和实验样机测试对所开发的系统进行了评价。结论是,对于作为电流源工作的逆变器,PR控制器适用于跟踪正弦参考信号。另一方面,lcl型滤波器在很大程度上消除了输出电流中的谐波含量,使其与并网光伏微型逆变器兼容。
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Proportional-Resonant Controller And LCL Filter Design For Single-Phase Grid-Connected PV Micro-Inverters
This paper presents a brief behavior description of LCL filters through the analysis of its frequency response and the convenience of its use instead L filters. Moreover, the equations that allow its design and implementation are also described. Regarding the Proportional Resonant (PR) controllers, their behavior, discretization techniques and digital implementation are also studies. The developed systems are evaluated by mathematical model simulation and experimental prototype test. It is concluded that, for inverters operating as a current source, the PR controllers are suitable to follow a sinusoidal reference signal. On the other hand, LCL-type filter largely eliminates the harmonic content of the output current, making it compatible for Grid-Connected PV micro-inverters.
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