Design of High Efficient Induction Motor


  • Tarang M. Parekh Electrical Department, SLTIET, Rajkot
  • Vijay N. Bambhaniya Electrical Department, SLTIET, Rajkot
  • Sahaj maru Electrical Department, SLTIET, Rajkot


Induction Motor, efficiency, robustness, power factor, loss


In this paper, optimal design of three phase squirrel cage induction motor to improve efficiency and
power factor and to reduce total loss for variable load application is proposed. It has compared conventional and
optimally designed same rating of 3hp (2.2kW) motor. The motor is designed and optimization using mathematically
and the simulation results are presented. The mathematically equation is used for optimization and five objective
functions namely Stator Copper Loss, Rotor Copper Loss, Stator Iron Losses, Efficiency, and Power Factor are
considered. The importance of this work is highlighted by the recent concerns about the need to achieve energy
savings in the industry and in the territory sectors. The motor design procedure consists of a system of non-linear
equations, which imposes induction motor characteristics and motor performance. This is very useful to optimize the
power factor, losses and efficiency of the induction motors.



How to Cite

Tarang M. Parekh, Vijay N. Bambhaniya, & Sahaj maru. (2016). Design of High Efficient Induction Motor. International Journal of Advance Research in Engineering, Science & Technology, 3(13), -. Retrieved from