Combining field and circuit equations for the analysis of permanent magnet AC motor drives

E. Strangas, T. Ray
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引用次数: 8

Abstract

A finite-element formulation for modeling permanent-magnet synchronous machines by combining the field and circuit equations is presented. For an optimized and reliable operation of a machine, an accurate prediction of the magnetic field distribution is required. The field and circuit are coupled, giving a set of nonlinear time-dependent equations, a solution of which gives the magnetic vector potential at every nodal point and the electric field intensity at the conductor nodal points. The model can be used to perform any desired tests and to calculate operational parameters in both steady-state and transient operation, when the machine is fed from any power supply.<>
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结合场方程和电路方程对永磁交流电机驱动进行分析
提出了磁场方程和电路方程相结合的永磁同步电机有限元模型。为了使机器优化可靠地运行,需要对磁场分布进行准确的预测。将磁场和电路耦合,得到一组非线性随时间变化的方程,该方程的解给出了每个节点处的磁矢量势和导体节点处的电场强度。当机器从任何电源供电时,该模型可用于执行任何所需的测试和计算稳态和瞬态运行的运行参数
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