Lecturers:
Prof. Dr. F. Steinke, Prof. Dr. G.Griepentrog

Contact persons:
Sara Mollaeivaneghi

Content:

• Direct current circuits: Ohm’s law, Kirchhoff‘s theorems
• Alternating current circuits: dynamic behavior of coils and capacitors, computation via phasors and complex-valued impedances, active and reactive power
• Electro-magnetic fields: source and vortex fields, Coulomb’s law, electrical displacement density, influence, magnetic fields, induction, Maxwell’s laws in integral form
• Elements of power engineering: three phase systems, transformators, electrical machines, power electronics and power converters
• Introduction into current research topics in power engineering

After the course, students are able to name the electric variables and components, to calculate the electric direct- and alternating current circuits, and to derive electric and magnetic fields in simple, quasi-stationary settings. Moreover, they know the working principles of important power system components.

Type of course: Lecture two times per week (2 x 1,5h), exercise once per week (1,5h)

Language: English

Requirements for successful participation:

• Bachelor's degree
• Basic Mathematics

Verwendbarkeit: M.Sc. ESE

TUCAN ID: 18-st-3020-ue, 18-st-3020-vl