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Effects of forced power transfer on high speed generator-load systems

机译:强制功率传递对高速发电机负载系统的影响

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摘要

A computer-aided method for investigating disturbances due to the forced paralleling of out of phase high speed salient pole AC generator systems feeding isolated loads is presented. The method is used to predict the system performance including the reverse voltage across the rotating bridge rectifier of the field exciter. This paper presents the fundamentals and the modeling approach used in the development of this method. In addition, the results of using this approach to compute the machine parameters under different load conditions including saturation effects due to magnetic material nonlinearities and space harmonics effects due to machine geometry and winding layouts are presented. The computed parameters are validated by comparison to test data. These parameters form the main data for simulating the forced paralleling of out of phase high speed salient pole AC generator systems feeding isolated loads. Further, the results of using this modeling approach in a case study to predict the system performance due to forced power transfer are summarized and are shown to be in good agreement with test data.
机译:提出了一种计算机辅助方法,用于调查由于馈入隔离负载的异相高速凸极交流发电机系统的强制并联而引起的干扰。该方法用于预测系统性能,包括励磁机旋转桥式整流器两端的反向电压。本文介绍了该方法开发中使用的基础知识和建模方法。此外,还介绍了使用这种方法计算不同负载条件下的电机参数的结果,这些负载条件包括由于磁性材料非线性而引起的饱和效应和由于电机几何形状和绕组布局而引起的空间谐波效应。通过与测试数据进行比较来验证计算出的参数。这些参数构成了主要数据,用于模拟异相的高速凸极交流发电机系统馈入隔离负载的强制并联。此外,总结了在案例研究中使用这种建模方法来预测由于强制功率传输而导致的系统性能的结果,这些结果与测试数据非常吻合。

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