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首页> 外文期刊>IEEE Transactions on Energy Conversion >Voltage stabilization system for induction generator in stand alone mode
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Voltage stabilization system for induction generator in stand alone mode

机译：独立模式下感应发电机的稳压系统

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摘要

A problem of terminal voltage stabilization for self excited induction generator (SEIG) in stand alone mode is studied. Some means of SEIG terminal voltage stabilization implementing different designs of control schemes are observed. A method for tuning of digital control block by using an optimisation technique is proposed. The method is based on looking for minimum of criterion function that is weighted sum of some system' parameters. Factors of control equation have been obtained and computer modelling was done in order to check out system behaviour in different transient modes. Data of experimental investigations of a prototype are given which confirm the results of simulation. An overall method is based on well established theory for the time domain modelling of induction machines and affords to take into account nonlinearities of induction machines and digital control blocks and seems to be reliable and accurate.
机译：研究了独立模式下自激感应发电机（SEIG）的端电压稳定问题。观察到了实现不同控制方案设计的SEIG端子电压稳定化的一些方法。提出了一种利用优化技术进行数字控制块调整的方法。该方法基于寻找准则函数的最小值，该准则函数是某些系统参数的加权和。已获得控制方程的因素，并进行了计算机建模，以检查不同瞬态模式下的系统行为。给出了原型的实验研究数据，证实了仿真结果。总体方法基于用于感应电机的时域建模的公认理论，并且能够考虑感应电机和数字控制模块的非线性，并且似乎可靠且准确。

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