Combined System of Static Synchronous Series Compensation and Passive Filter applied to Wind Energy Conversion System

A. Singer, W. Hofmann
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引用次数: 5

Abstract

Permanent magnet salient pole synchronous connected dc network produces less power than the rated power even at rated excitation. Static synchronous series compensation (SSSC) provides a solution to this problem. Since SSSC compensates the reactance voltages drop of the generator. The passive filters are used to eliminate the harmonics which are generated by nonlinear loads. This paper presents simulation and experimental results when applying static synchronous series compensation and passive filter to permanent magnet salient pole synchronous generator (PSG) in order to increase the output power, stabilize the output voltage and get rid of the harmonic respectively.
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静态同步串联补偿与无源滤波组合系统在风能转换系统中的应用
永磁体凸极同步连接直流网络在额定励磁下产生的功率小于额定功率。静态同步串联补偿(SSSC)为这一问题提供了解决方案。由于SSSC补偿发电机的电抗电压降。无源滤波器用于消除非线性负载产生的谐波。本文介绍了在永磁凸极同步发电机(PSG)上应用静态同步串联补偿和无源滤波分别提高输出功率、稳定输出电压和消除谐波的仿真和实验结果。
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