采用飞轮感应电动机和发动机发电机的半导体功率无变换器电压凹陷补偿器和UPS

S. Kato, M. Cheng, H. Sumitani, R. Shimada
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引用次数: 14

摘要

飞轮储能系统从环保和高耐用的角度出发,成为不间断电源(UPS)的发展方向。采用低速、笨重、简单的飞轮和低成本的鼠笼式感应电机/发电机,本文提出了以下两种应用:1)采用电容器自励感应发电机的11kw电压凹陷补偿器,不采用半导体变换器;UPS由飞轮系统和发动机发电机组成。从一些实验结果来看,采用低技术含量的飞轮系统实现了理想的电压暂降补偿器和UPS。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Semiconductor Power Converterless Voltage Sag Compensator and UPS Using a Flywheel Induction Motor and an Engine Generator
Flywheel energy storage systems are focused as uninterruptible power supplies (UPS) from the viewpoint of environmental friendliness and high durability performance. Using a low-speed, heavy, simple flywheel, and a low-cost squirrel-cage induction motor/generator, this paper proposes two applications as follows; 1) 11-kW voltage sag compensator using a capacitor self-excited induction generator without semiconductor converters; 2) UPS composed of the flywheel system and an engine generator. From some experimental results, an ideal voltage sag compensator and UPS are realized by the low-technology flywheel system.
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