Synchronization of Synchronous Generator and Induction Generator for Voltage & Frequency Stability Using STATCOM

S. P. Gawande, K. Porate, K. L. Thakre, G. Bodhe
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引用次数: 7

Abstract

Power demand increases continuously and it is not economical and reliable to fulfill the demand by thermal based generation methods. To overcome the problems of thermal based generation, use of non-conventional sources increases very rapidly. These sources are pollution free and economical but creating the problems while synchronization with synchronous generator. Compensating devices like STATCOM are suggested for the issue of stability and synchronization. This paper deals with the combine working by simulation method of oil based synchronous generator and induction generator based micro hydro plant located at remote places. The main objectives of this paper are to control voltage and frequency for variable load. The Simulink model is developed to perform the transient analysis of the proposed scheme.
利用STATCOM实现同步发电机与感应发电机电压频率的同步稳定
电力需求持续增长,采用热力发电方式满足电力需求是不经济、不可靠的。为了克服热能发电的问题,非常规能源的使用迅速增加。这些源是无污染和经济的,但产生的问题,同时与同步发电机同步。针对稳定性和同步问题,建议采用STATCOM等补偿装置。本文采用仿真方法研究了油基同步发电机与感应发电机型偏远地区微型水电厂的联合工作。本文的主要目的是对变负载的电压和频率进行控制。开发了Simulink模型对所提出的方案进行暂态分析。
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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