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Thyristor-controlled susceptance design based on reduced power switching compensator

机译:基于减小功率开关补偿器的晶闸管控制电纳设计

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摘要

In this study, a single phase thyristor-controlled susceptance (TCS) with integrated reduced power voltage source inverter (VSI) acting as a switching compensator (also known as active power filter) has been proposed to mitigate the harmonics generated by thyristor-controlled reactor (TCR). The proposed scheme has the capability to fully attenuate all harmonics generated by TCR. The proposed technique can perform efficiently even at lower switching frequency of VSIs, which is a desirable feature for higher power rating systems. This results in a more feasible implementation for comparative dynamic control characteristics. This scheme has been described in detail and has been verified through simulation and experimental results.
机译:在这项研究中,提出了一种单相晶闸管控制电纳(TCS),具有集成的降压电压源逆变器(VSI)作为开关补偿器(也称为有源功率滤波器),以减轻由晶闸管控制的电抗器产生的谐波(TCR)。提出的方案具有完全衰减TCR产生的所有谐波的能力。所提出的技术即使在较低的VSI开关频率下也可以有效地执行,这是额定功率较高的系统的理想功能。这导致了比较动态控制特性的更可行的实现。已经对该方案进行了详细描述,并已通过仿真和实验结果进行了验证。

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