发电机多种方式自动并网同步数字装置的研制

V. Fyodorova, D. Kornilovich, V. Kirichenko, G. Glazyrin, Alexandra Sidorova, Alexandra Litvinova
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引用次数: 3

摘要

同步是一种使同步发电机与其他同步旋转电机或电力系统并联运行的动作算法。该操作是一个生成过程的复合部分。目前传统的同步方式有两种:理想同步和人工或使用自动装置的自同步。同步可能产生各种后果:均衡电流大,电厂母线断电,开关设备或同步发电机损坏。它们既取决于所选择的实施方法,也取决于人为因素的影响。为了最大限度地减少机组启动可能产生的后果,需要开发排除人为因素影响的自动化装置和一些现代化的同步方法,以消除两种传统方法的缺点。这种同步系统的建立将解决同步发电机纳入网络可能产生的后果问题。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Synchronization Digital Device Development for Generators Automatic Connection to the Network by Various Methods
Synchronization is an actions algorithm to turn on synchronous generators for parallel operation with other synchronously rotating machines or an electric energy system (EES). This operation is a generation process composite part. At the moment there are two traditional ways of doing it: ideal synchronization and self-synchronization manually by personnel or using automatic devices. Synchronization can have various consequences: large equalizing current, power plant busbar de-energization, damage to switching equipment or synchronous generators. They depend both on the chosen implementation method and on the human factor influence. The unit starting possible consequences minimizing necessitates an automatic device development that excludes the human factor influence and some modernized synchronization method that eliminates the two traditional methods disadvantages. The creation of such a synchronization system will solve the problem of possible consequences from the synchronous generator inclusion in network.
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