Switched Reluctance Electrical Machine Design with Elements of Parametric Optimization

Electric drives based on switched reluctance motors have a number of advantages, such as high reliability, a wide range of speed control, high overload capacity, high energy efficiency and low cost. Switched reluctance motors are also distinguished by a simple design. It ensures reliability and manufacturability with acceptable weight and size characteristics. The presented method for parameterizing a switched reluctance motor model, with the possibility of finite element calculations, provides high-precision numerical solutions, which is critical for the switched reluctance motor effective design and development. The use of this method significantly speeds up the design process. This contributes to faster implementation of the product on the market. The model parameterization allows to optimize the switched reluctance motor design, which ultimately reduces the prototype cost.