首页> 外文会议>Electrical Machines and Systems, 2001. ICEMS 2001. Proceedings of the Fifth International Conference on >Comparison of transient and steady-state simulation methods on internal faults of salient-pole synchronous machine
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Comparison of transient and steady-state simulation methods on internal faults of salient-pole synchronous machine

机译:凸极同步电机内部故障的暂态和稳态仿真方法比较

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Transient analysis of internal faults in the salient-pole synchronous machine has been seldom discussed so far. In this paper, the mathematical model of the salient-pole synchronous machine, which comprises a group or differential equations with time-variant coefficients, is established using the multi-loop method. Two solution methods, the transient solution and the steady-state solution, are applied to work out the mathematical model. The numerical solutions based on both methods are verified separately by experiments on a 12 kW machine. The paper also compares the two sets of results, pointing out the advantages and limitations of corresponding methods in internal fault analysis.
机译:到目前为止,很少讨论凸极同步电机内部故障的瞬态分析。本文采用多回路法建立了凸极同步电机的数学模型,该模型由具有时变系数的一组或微分方程组成。应用瞬态解和稳态解这两种解法来建立数学模型。通过在12 kW机器上进行的实验分别验证了基于这两种方法的数值解。本文还比较了两组结果,指出了内部故障分析中相应方法的优点和局限性。

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