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“Using STF-PQ algorithm and hysteresis current control in hybrid active power filter to eliminate source current harmonic”

机译：“在混合有源电力滤波器中使用STF-PQ算法和滞环电流控制来消除源电流谐波”

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According to importance of power quality in power network, improvement of compensator equipment and ways of efficiency increasing can reduces destroyer effect on network. Active power filters as more importance and finance in network and industrial has depended detector algorithm and switching technique. This paper presents a novel algorithm (STF-PQ). This algorithm base on harmonic extract is divided into two parts as feedback loop and feedforward loop. Then, the hysteresis current control has been used to produce the switching pattern. A comparison between PWM and hysteresis current control has been performed that shows the efficiency and simplicity of hysteresis current control. Simulation of this filter has been done in Matlab/Simulink to prove the good performance of STF-PQ and hysteresis current control in hybrid filters.

机译：根据电网中电能质量的重要性，补偿器设备的改进和效率提高的方式可以减少破坏者对网络的影响。有源电力滤波器在网络和工业中的重要性和财务性一直依赖于检测器算法和切换技术。本文提出了一种新颖的算法（STF-PQ）。该算法基于谐波提取，分为反馈回路和前馈回路两部分。然后，磁滞电流控制已用于产生开关模式。已对PWM和磁滞电流控制进行了比较，显示了磁滞电流控制的效率和简便性。已经在Matlab / Simulink中对该滤波器进行了仿真，以证明STF-PQ和混合滤波器中的滞环电流控制具有良好的性能。

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来源
《The First Power Quality Conference》|2010年|1-1|共1页
会议地点
作者
Samadaei Emad; Vahedi Hani; Sheikholeslami Abdolreza; Lesan Saeid;
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原文格式 PDF
正文语种
中图分类输配电工程、电力网及电力系统;
关键词
Hybrid Active Power Filters; Hystrsis Current Control; Matlab/simulink; Self Tuning Filter;

机译：混合有源电力滤波器; Hystrsis电流控制; Matlab / simulink;自整定滤波器;

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专利

1. ADALINE Harmonics Extraction Algorithm applied to a Shunt Active Power Filter based on an Adaptive Fuzzy Hysteresis current control and a fuzzy DC voltage controller [J] . Noureddine KHENFAR, Abdelhafid SEMMAH, Mohamed KADEM Przeglad Elektrotechniczny . 2021,第5期

机译：基于自适应模糊滞后电流控制和模糊直流电压控制器的分流有源电力滤波器应用于分流有源电力滤波器的亚甘油谐波提取算法
2. Self Tuning Filter and Fuzzy logic Control of Shunt Active Power Filter for Eliminates the Current Harmonics Constraints under Unbalanced Source Voltages and Loads Conditions [J] . Ali Chebabhi, Kessal Abdelhalim, Fellah Mohammed Karim Fellah, Bulletin of the Institute of Heat Engineering . 2018,第1期

机译：自平衡滤波器和并联逻辑有源滤波器的模糊逻辑控制，消除了在不平衡电源电压和负载条件下的电流谐波约束
3. Design of Shunt Active Power Filter to eliminate the harmonic currents and to compensate the reactive power under distorted and or imbalanced source voltages in steady state [J] . Sangu Ravindra, Dr.V.C.Veera Reddy, Dr.S.Sivanagaraju International Journal of Engineering Trends and Technology . 2011,第3期

机译：并联有功功率滤波器的设计可消除谐波电流并在稳定状态下在源电压失真或不平衡时补偿无功功率
4. Using “STF-PQ” algorithm and hysteresis current control in hybrid active power filter to eliminate source current harmonic [C] . Samedaei E., Vahedi H., Sheikholeslami A., The First Power Quality Conference . 2010

机译：在混合有源电力滤波器中使用“ STF-PQ”算法和磁滞电流控制来消除源电流谐波
5. A DSP controlled resonant active filter for current harmonic mitigation in three-phase power systems. [D] . Unsal, Abdurrahman. 2001

机译：DSP控制的谐振有源滤波器，用于减轻三相电力系统中的电流谐波。
6. Elimination of Harmonic Force and Torque in Active Magnetic Bearing Systems with Repetitive Control and Notch Filters [O] . Xiangbo Xu, Shao Chen, Jinhao Liu 2017

机译：带有重复控制和陷波滤波器的有源电磁轴承系统中的谐波力和转矩消除
7. Comparison of current-source and voltage-source shunt active power filters for harmonic compensation and reactive power control [O] . Pinto J. G., Exposto Bruno Fernandes, Monteiro Vítor Duarte Fernandes, 2012

机译：电流源和电压源并联有功功率滤波器的谐波补偿和无功功率控制比较

“Using STF-PQ algorithm and hysteresis current control in hybrid active power filter to eliminate source current harmonic”

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