The ITER reactive power compensation and harmonic filtering (RPC & HF) system: Stability & performance

A. Mankani, I. Benfatto, J. Tao, J. Goff, J. Hourtoule, J. Gascón, D. Cardoso-Rodrigues, B. Gadeau
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引用次数: 30

Abstract

The ITER Pulse Power Electrical Network (PPEN) is capable of supplying 500 MW of pulse power and to compensate 750 Mvar of reactive power. In addition, the AC/DC conversion plant is always operated in dynamic conditions in terms of plasma control requirements. The AC/DC converter power supplies produce numerous harmonics, and with the large installed power compared to short circuit capacity and complex integration with the supply grid, results in stability of the power system and performance requirements becoming significant issues.
ITER无功补偿与谐波滤波(RPC & HF)系统:稳定性与性能
ITER脉冲电力网络(PPEN)能够提供500兆瓦的脉冲功率并补偿750兆瓦的无功功率。此外,根据等离子体控制要求,交/直流转换装置始终在动态条件下运行。交/直流变换器电源产生大量谐波,其装机容量大,短路容量大,与电网集成复杂,导致电力系统的稳定性和性能要求成为重要问题。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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