In this project a 3HP3000RPM permanent magnet assisted synchronous reluctance motor was designed for pumping application. A software tool developed for analytic & FEA design of motor using EMDLAB package. The below figure shows the sketch of the motor:

The below figure shows the software:

Design Steps:

  • Analytic design using object oriented programming in MATLAB
  • Calculation of magnetic-loading by FEA
  • Calculation of flux linkage for aligned and unaligned positions and calculation of saliency ratio
  • Optimizing rotor geometry by powerful built-in MATLAB optimization functions
  • Calculation of static torque versus stator phasor current angle
  • Calculation of motor torque map
  • Steady state simulation of motor and calculation of motor efficiency
  • Calculation of torque-speed curve and efficiency map
Request a high-performance computer (128 Cores, 5.8GHz, 8TB NVMe SSD, 256GB RAM) for large-scale problems and extensive optimizations
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