The paper presents a design procedure for the optimization of single-phase capacitor motor design. The optimization has been formulated as constrained minimization of an objective function, expressed in terms of the motor design variables. A detailed computer motor simulation has been used to predict the motor performance at different operating conditions. The capacities of the proposed procedure (easiness and flexibility in motor design, reliability of predicted performance) are pointed out considering different objective functions.

Design Procedure for Single-Phase Capacitor Motor Performance Improvement

VILLANI, Marco
1994-01-01

Abstract

The paper presents a design procedure for the optimization of single-phase capacitor motor design. The optimization has been formulated as constrained minimization of an objective function, expressed in terms of the motor design variables. A detailed computer motor simulation has been used to predict the motor performance at different operating conditions. The capacities of the proposed procedure (easiness and flexibility in motor design, reliability of predicted performance) are pointed out considering different objective functions.
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Utilizza questo identificativo per citare o creare un link a questo documento: https://hdl.handle.net/11697/29662
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