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Adaptive Fuzzy PI Current Control of Grid Interact PV Inverter

机译:并网光伏逆变器的自适应模糊PI电流控制

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Now a day’s, Photo Voltaic (PV) power generation rapidly increasing. This power generation highly depending on the temperature and irradiation. When this power interface with grid through the voltage source inverter with PI controller. Its gains should be updated due to the parametric changes for the better performance. In This Work Fuzzy Controller updates the gains of the proportional integral (PI)s Controller under variable parametric conditions. the gaines of the PI Controller are updated based on the error current and change in error current through the fuzzy controller. The error current in direct and quadrature frame are the Inputs to the PI controller. The PI Controller generates the reference voltage to the pulse width modulation technique. Here reference voltage is compared with the carrier signal to generate the pulses to the 3-Ph Inverter connected to the grid. This controller has given well dynamic response with less steady state error and also given The less THD of the grid current compared to the PI and Fuzzy controller.It Is implemented and verified in MATLAB Simulink.
机译:如今,光伏(PV)发电迅速增长。这种发电高度依赖于温度和辐射。当此电源与电网通过电压源逆变器与PI控制器连接时。由于参数变化,应更新其增益,以获得更好的性能。在本工作中,模糊控制器在可变参数条件下更新比例积分(PI)控制器的增益。 PI控制器的增益根据误差电流和通过模糊控制器的误差电流的变化进行更新。直接和正交帧中的误差电流是PI控制器的输入。 PI控制器生成脉冲宽度调制技术的参考电压。此处,将参考电压与载波信号进行比较,以生成脉冲信号,该脉冲信号会连接到电网的3-Ph逆变器。与PI和Fuzzy控制器相比,该控制器具有良好的动态响应,稳态误差较小,并且电网电流的THD较小,在MATLAB Simulink中进行了实现和验证。

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