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You are here: Home Faculty Education Programmes Postgraduate Programmes New postgraduate study programmes - 2018/2019 21- Energy Efficiency, Environment and Sustainable Development Electric Devices Control Methods with Improved Energy Efficiency

Electric Devices Control Methods with Improved Energy Efficiency

Course Title: Electric devices control methods with improved energy efficiency

Code: ФЕИТ02019

ECTS points: 6 ECTS

Number of classes per week: 3+0+0+3

Lecturer: Prof. Dr. Goran Rafajlovski

Course Goals (acquired competencies): With the successful completion of the course, the candidate will acquire the competencies to design different systems of power management devices (EES), and uses advanced techniques management that contribute to improving energy efficiency in industry and saving electricity.

Subject of the course content: Introduction to the energy efficiency with focus on speed, torque and power factor based control techniques. Electric motors dynamics and energy efficiency analysis. Different control systems for electric motors with improved energy efficiency. Scalar and Vector based control concepts for Variable speed Drives (VSD) for on-line power factor improvement. Fundamentals of Modern PID adaptive controller and flux observer for torque and speed control of induction motors. Industry application of VSD modern control techniques with improved energy efficiency. Potential of energy savings in VSD.

Literature:

Required Literature

No.

Author

Title

Publisher

Year

1.

John Chiasson

Modelling and high performance control of electrical machines

IEEE Press on Power Engineering

2005

2.

B.K.Bose

Modern Power Electronics and AC Drives

Prentice Hall , Upper Saddle River, NJ

2012

3.

Горан Ристо Рафaјловски

Електрични мотори -  динамика и управување

Универзитет „св.Kирил и Методиј„ Скопје

2012

Additional Literature

No.

Author

Title

Publisher

Year

1.

I. Boldea

S. A. Nasar

The Induction Machine Handbook

Electric Power Engineering Series, CRC; 1 edition

2001

2.

Math.H.J. Bollen

Understanding Power Quality Problems

IEEE Press, New York