Workshop on Simulation Driven Design for Reliable & Efficient Electric Machines

About the Workshop

Electric power consumption by the electric motor technology occupies a huge potential of nearly 40% of the total global energy demand. However, the electric motor is not consuming but converting the electrical energy to mechanical energy in better efficient way. Even then, there is still requirement at the market end to enhance the efficiency for better utilization of energy resources. Numerous motor designs including rotor topologies, cooling system, winding and magnetic material continues to evolve in the recent decades as part of innovation. Huge R&D projects is continuing in University and Industry worldwide focusing on research to reduce the cost, enhance torque density, power density with superior efficiency and reliability in electric motors. The key guidelines for IM, BLDC, and SynRM motor with industrial practice will be illustrated. This workshop will address the present scenario and illustrates the possible solution for the young design engineers.

OBJECTIVES

The Key objective of conducting the workshop on “Simulation Driven Design for Reliable and Efficient Electric Machines” is to impart latest knowledge to young engineers involved in electrification, motor design for energy efficiency and other spectrum of applications. It emphasizes real world design problems to address the present scenario and illustrate possible solution to the fulfill gap on Industry-University collaborations. This workshop will supplement the undamental concepts and design strategies involved in IM, BLDC & Reluctance motor designs.

ELIGIBILITY

Practicing engineers from motor industries
Faculty working in engineering colleges
Engineers from R&D organizations
UG/PG engineering students

WORKSHOP CONTENTS

Recent advances in efficient electric motors
IEC Energy Efficiency Standards
Hard & Soft Magnetic Materials Fundamentals
Hands On: Electric motor design workflow for IE2 to IE4, Slot -Pole Selection, winding and material specification, Performance analysis and Fault tolerant studies and optimization
Traction motor design principles
Traction motor sizing using ANSYS Motor CAD
Hands On: Traction motor design using ANSYS Maxwell simulation, Torque speed envelop extraction, MTPA trajectory prediction and Efficiency map generation
Hands On: Electric Machine Reliability using ANSYS Multiphysics, Motor thermal and Motor NVH analysis

REGISTRATION FEE:

Students Rs. 1,500/-

Faculty Rs. 3,000/-

Industries Rs. 9,000/-

The registration fee inclusive of tax and cost towards course material, lunch and refreshment.

Important Date to Remember:

Last date for receipt of application : 10.03.2020

GATEWAY TO REGISTER

Registration for workshop can be made by sending the duly filled application form along with Demand Draft drawn in favour of “PSG CNCE” payable at Coimbatore. The applicants should send their applications in the specified format through their Principal or Sponsor to reach us on or before 10th March 2020.

The duly sponsored application form is to be sent to:

Dr. M. Sundaram
Organizing Secretary
Dept. of Robotics and Automation Engineering,
PSG College of Technology
Peelamedu, Coimbatore – 641004
Contact No: 090956 07079 / 099524 74349
Email: tdk.coew@psgtech.ac.in

For more details refer the Official Website : http://psgtech.edu/

Information Document