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Digital Single-phase Thyristor AC Voltage Regulator Research Based on Fuzzy PID and APF Control

机译:基于模糊PID和APF控制的数字单相晶闸管交流电压稳压器研究

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In the APF system, PWM control plays an important role in improvement of power quality and harmonic compensation. Given the current PWM control method assumes DC voltage as constant. So the APF operating loss and energy exchange among system components cause the DC voltage the certain fluctuation which deteriorates the effect of harmonic compensation. This paper presents an improved PWM method which uses the designed fuzzy PID controller to control the deviation between the calculated voltage and the set one, adjust the size of the duty cycle to modify PWM waves, and make the output stability in the new set-point. Finally, it shows the simulation results in this paper. This improved PWM approach makes the AV output to avoid the influence from the DC fluctuation, and obtains the ideal harmonic compensation effect.
机译:在APF系统中,PWM控制在提高电能质量和谐波补偿方面起着重要作用。鉴于当前的PWM控制方法假定DC电压作为常数。因此,系统组件之间的APF工作损耗和能量交换导致DC电压变差谐波补偿的效果。本文提出了一种改进的PWM方法,它使用设计的模糊PID控制器来控制计算的电压和集合之间的偏差,调整占空比的尺寸以修改PWM波,并在新设定点中进行输出稳定性。最后,它显示了本文的仿真结果。这种改进的PWM方法使AV输出避免了直流波动的影响,并获得理想的谐波补偿效果。

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