Electrical Drives (2)

Description

Overview of electric drive system concept and main components - Design considerations for electric machines and power converter selection criteria - Analysis of high efficiency motors and electricity saving calculations using VSDs - Energy saving in industrial applications (hydraulic and fan systems using VSDs) - Concept of D-Q model and transformation between REFERENCES frames - Direct torque control of AC machines - Torque control industrial application examples (paper and steel) - Automotive Electricity (concept, operation and control techniques) - Automotive Electricity and VSDs (application example for electric vehicles) - VSDs for electrical traction systems - Medium voltage VSDs configuration and typical application examples - Common DC bus VSDs technology - Automated VSD System - Installation and commissioning of commercial VSD.

Program

Bachelor Degree in Electrical and Control Engineering (144)

Objectives

• Overview of electric drive system concept and main components - Design considerations for electric machines and power converter selection criteria - Analysis of high efficiency motors and electricity saving calculations using VSDs - Energy saving in industrial applications (hydraulic and fan systems using VSDs) - Concept of D-Q model and transformation between REFERENCES frames - Direct torque control of AC machines - Torque control industrial application examples (paper and steel) - Automotive Electricity (concept, operation and control techniques) - Automotive Electricity and VSDs (application example for electric vehicles) - VSDs for electrical traction systems - Medium voltage VSDs configuration and typical application examples - Common DC bus VSDs technology - Automated VSD System - Installation and commissioning of commercial VSD.