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Implementation of adaptive hysteresis current control technique for shunt active power conditioner and its comparison with conventional hysteresis current control technique

机译:并联有功功率调节器自适应磁滞电流控制技术的实现及其与常规磁滞电流控制技术的比较

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摘要

Poor power quality is the main issue in the present day electrical power supply system. The main cause of poor power quality is distortion and interruption in the natural form of power. Electrical drives, switching of semiconductor devices etc. result in severe voltage fluctuation, noisy operation of machine and un-necessary losses in transmission lines. In this paper, power quality issues and the possible solution are reviewed. Shunt active power filter with different reference current generation techniques and current control techniques is presented. Mathematical analysis and hardware implementation of Adaptive hysteresis current control is presented. Comparative analysis between fixed band hysteresis current control and adaptive hysteresis current control is given in tabular form.
机译:电能质量差是当今电源系统中的主要问题。电能质量差的主要原因是自然功率形式的失真和中断。电力驱动,半导体设备的开关等会导致严重的电压波动,机器的嘈杂运行以及传输线中不必要的损耗。本文对电能质量问题和可能的解决方案进行了回顾。提出了具有不同参考电流产生技术和电流控制技术的并联有源功率滤波器。给出了自适应磁滞电流控制的数学分析和硬件实现。以表格形式给出了固定带磁滞电流控制和自适应磁滞电流控制之间的比较分析。

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