The performance of a low power line-start single-phase synchronous motor is evaluated via a mathematical model, elaborating the results of an automated sequence of magnetostatic FEM analyses. Such an approach remarkably speeds up the transient simulation with respect to a commercial FEM code for the transient analysis, allowing analysis of the influence of the parametric variations in a reasonable lapse of time. An optimization procedure based on such a technique could be profitably applied to a self-starting single-phase synchronous motor.
Automated Procedure for the Performance Improvement of a Low-power Single-phase Synchronous Motor
ANDRIOLLO, MAURO;
2003
Abstract
The performance of a low power line-start single-phase synchronous motor is evaluated via a mathematical model, elaborating the results of an automated sequence of magnetostatic FEM analyses. Such an approach remarkably speeds up the transient simulation with respect to a commercial FEM code for the transient analysis, allowing analysis of the influence of the parametric variations in a reasonable lapse of time. An optimization procedure based on such a technique could be profitably applied to a self-starting single-phase synchronous motor.File in questo prodotto:
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