电压和频率控制器/或基于SEIG电池存储系统

V. Tripathi, M. Jain
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引用次数: 1

摘要

随着环境条件的恶化,保守能源的耗竭率不断上升,可再生能源日益受到重视。以微型水电站为例,可以通过可再生能源来衡量主要的有前途的来源。与电容器组相关联的鼠笼式感应发电机称为自激感应发电机(SEIG)。它们是预定需求,因为它们适用于坚固耐用,免维护运行,无刷结构,紧凑尺寸,改进的终端行为以及固有的短路安全行为能力。SEIG方案的主要缺点是在负载变化的情况下,其布置产生的电压加频率具有极大的动态性。为了克服SEIG的这些缺点,电压频率控制器(VFC)被用于有效的结果。VFC可以作为电压控制装置和谐波消除器,负载平衡,负载水平加上频率调节电压。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Voltage and frequency controller/or SEIG based battery storage system
The ever-increasing depletion rate of conservative energy source along with the deprivation of environmental circumstances have given leads to improved prominence on renewable sources of energy. Power plant for instance micro hydro be capable of measured the major promising origin enclosed via renewable energy. Squirrel cage induction generators associated with capacitor bank is termed as Self Exited Induction Generator (SEIG). They are scheduled demand because suitable in the direction of ruggedness, maintenance free operation, brushless construction, compact size, improved terminal act along with inherent short circuit security action capabilities. The major negative attribute of SEIG scheme be facilitate voltage plus frequency produced by the arrangement is extremely dynamic under changeable load circumstances. Headed for overcome these demerits of SEIG, Voltage frequency controller (VFC) be utilize for efficient results. The VFC can perform actions as a voltage control device and a harmonics eliminator, load-balancing, level of load plus voltage with frequency regulation.
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