Design Of Motor Optimization System Based On C++/C#

Motor optimization is always a hotspot in motor design, how to improve the motor running as efficiently as possible under the premise of user needs and national standards has been the focus of everyone. It is very important to select a global optimization which is suitable for engineering applications.Aim at single-phase induction motor, three-phase induction motors and permanent magnet synchronous motor, the multi-objective optimization problem is studied In this paper. The motor optimal design process is designed, and a window interface which is easy to use is realized based on C#language. The main work is as follows:1.Based on the research of optimization algorithms commonly used for motor design, the multi-objective hybrid simulated annealing algorithm is given by combining the genetic algorithms and simulated annealing algorithm.2. The characteristics of electromagnetic calculation for single-phase motor, three-phase motor and permanent magnet motor are analyzed.3. A multi-objective optimization model of the motor is established. Combining of the electromagnetic calculation procedure of the motor and multi-objective hybrid simulated annealing algorithm, A multi-objective optimization design process based on hybrid simulated annealing algorithm is realized.4.A simple-to-use interactive window interface is designed and produced, users can input parameters and view the output results easily.5.The optimization design program is applied to various typical motor. In order to verify the correctness and validity of the optimization system, Ansoft software is used to check the motor optimization results.The work of this paper is supported by the national science and technology support project of china2013BAF01B01and2013BAF01B02.