Simulation and back-to-back testing of synchronous machine

A. Câmpeanu, I. Vlad, S. Enache, M. Enache
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Abstract

The dynamic properties of back-to-back single supply high power salient poles synchronous machine are analyzed by modeling and simulation. The considered mathematical model is convenient for high power salient poles synchronous machines. The dynamic electromagnetic torques and windings currents where particularly considered. Of a special concern is also the steady state operation. This issue is of theoretical and practical interest in the field of electrical machines, especially high power, and there are no detailed references in literature. Simulations and experiments confirm the possibility of synchronous operation. The recoverable character of operation is fundamental. The proposed test method at rated load is experimentally validated. It is quite appropriate for high power machines, comparing with other methods.
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同步电机的仿真与背靠背测试
通过建模和仿真分析了背靠背单电源大功率凸极同步电机的动态特性。所考虑的数学模型适用于大功率凸极同步电机。特别考虑了动态电磁转矩和绕组电流。需要特别关注的还有稳态操作。这个问题在电机领域,特别是大功率电机领域具有理论和实际意义,在文献中没有详细的参考文献。仿真和实验证实了同步运行的可能性。操作的可恢复性是最根本的。实验验证了该方法在额定载荷下的性能。与其他方法相比,它非常适用于大功率机器。
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