ELE-3607 Electrical Machines and Power Electronics 1 - 5 ECTS
The course will introduce the student to power electronic components and basic circuits for DC-DC and DC-AC energy conversion. Equivalent models and characteristics for commonly used electrical DC and AC machines is included in the course, together with power electronic based drives. Familiarizing with hardware, measurement techniques and safety is ensured through extensive laboratory work during the course.
Power Electronic fundamentals:
- Basic functionality of semiconductor switches
- Established and future transistor technology
- Electric circuit design and analysis
- Energy sources and conversion
- Magnetic design and analysis
- Simulations using PSPICE and MATLAB/Simulink
Power Electronic circuits
- Switched circuits
- Rectifier circuits
- Line controlled thyristor converters
- DC-DC switched mode converters (Buck, Boost, Buck-boost)
- Flyback converters
- Full-bridge converter
- DC-AC inverters
- Hard and soft switching
- Power factor correction
- Snubber circuits
- Practical converter design
- Application of power electronic converters
- Mechanical systems in motor drives
- Equivalent models and characteristics of DC and AC machines
- Control of DC servo drives
- Scalar control of AC adjustable speed drives
After passing this course, the student shall have the following learning outcome:
- The candidate will be able to explain the use of transistors, thyristors and diodes in switched circuits
- The candidate will be able to explain how power conversion can be performed using power electronics and pulse with modulation
- The candidate will know the basic converter topologies (Buck, Boost, Buck-Boost and full-bridge) for converting one DC voltage into another.
- The candidate will be able to explain how DC can be converted to AC using power electronic switches
- The candidate will know the main sources of energy losses in power electronic circuits
- The candidate will have knowledge on running experiments and conducting measurements in a laboratory environment
- The candidate will be able to derive mathematical models for electrical circuits with linear and switched elements
- The candidate will be able to simulate power electronic circuits in PSPICE and Simulink
- The candidate will be able to calculate component values for DC-DC converters
- The candidate will be able to design and build inductors based on prefabricated cores
- The candidate will be able to design a controller for DC to AC converters with desired output frequency and voltage
- The candidate will be able to select and dimension an electric motor drive
- The candidate will be able to design a cascade control loop for DC motor drives
- The candidate can apply power factor correction and snubber circuits to increase power quality in power electronic converters
- The candidate will be able to perform measurements, analysis and troubleshooting on power electronic circuits
- The candidate will be able to realize control algorithms by using rapid prototyping systems (dSpace)
- The candidate will have basic knowledge on the use of power electronics in energy production, motor drives and power supplies.
Courswork / Course requirements
- Completed the required HSL courses within laboratory work and safety is required be approved before gaining access to the laboratory.
- 1 (out of 1) mandatory digital test in measurement techniques and correct use of laboratory equipment.
- 1 (out of 1) course evaluation form submitted
- 4 (out of 4) approved laboratory exercises.
Examination and assessment
The assessment is based on:
- 3-hours digital examination (100 %)
Grading is scaled from A (highest) to F (lowest), with E as the minimum pass grade.
Re-sit oral exam will be arranged if any candidate received grade F in the previous ordinary exam.
- About the course
- Campus: Narvik |
- ECTS: 5
- Course code: ELE-3607
- Responsible unit
- Institutt for elektroteknologi