• Prof. Dr.-Ing. habil Alexander Kuznietsov

• verschiedene Lehrende

keine

Electrical and Power Engineering, System dynamics, Feedback con-trol systems, MATLAB/SIMULINK or similar (e.g. PYTHON)

Stromversorgungssysteme: Sicherheit und Stabilität (Statische, dynamische und Kleinsignalstabilität in Smart Grids); Automatik (automatische Spannungsregelung, OLTC, Lastabwurf, Erzeugungsauslösung); Relaisschutzschemata (Kurzschlussberechnung, Relaisschutzkoordination in Smart Grids).
Weiträumige Überwachung und Steuerung wie Zustandsschätzung, Schwingungs- und Störungserkennung und -lokalisierung, Visualisierung und Dispatching werden angesprochen und Anwendung und Steuerung von Energiespeichersystemen sowie Steuerung von netzgekoppelten Umrichtern.

• Power system security and stability. Static, dynamic and small-signal stability in smart grids
• Power system automatics, automatic voltage regulation, OLTC, load shedding, generation tripping
• Wide area monitoring and control, state estimation, oscillation and disturbance detection and localisation, visualisation and dispatching
• Power system relay protection schemes, short circuit calculation, relay protection coordination in smart grids
• Application and control of energy storage systems
• Control of grid-connected converters

Specialised Competencies

• Principles of control operations for smart grids and renewable energies
• State of the art generation and storage technologies for smart grids
• Difficulties and limitations of control systems for renewable energy and smart grids applications

Method Competencies (specialised and multidisciplinary)

• Analyse and optimise operational modes of smart grids
• Design control algorithms for grid connected converters

SocialCompetencies

• Solving interdisciplinary problems of smart grid control
• Evaluating modern trends and published scientific results on smart grids control
• Assessing, reasoning and discussing individual and peer concepts

Self-Competencies

• A solid basic technical knowledge, manual dexterity and the ability to work through mathematical, physical and technical applications and problems in a structured and accurate manner
• Students are encouraged to strengthen their independence, critical faculties, self-confidence, reliability, sense of responsibility as well as duty

• 5 CrP
• Arbeitsaufwand 125 Std.
• Präsenzzeit 60 Std.
• Selbststudium 65 Std.

• 4 SWS
• Lecture
• Seminar

• Sustainability Transformation in Engineering and Management (M.Sc. 2024)

keine

Nein

Bonuspunkte werden gemäß § 9 (4) der Allgemeinen Bestimmungen vergeben. Art und Weise der Zusatzleistungen wird den Studierenden zu Veranstaltungsbeginn rechtzeitig und in geeigneter Art und Weise mitgeteilt.

Written examination (90 minutes)

• Prabha Kundur: ”Power Systems stability and Control”, EPRI, 1994
• Remus Teodorescu, Marco Liserre, Pedro Rodriguez: ”grid converters for photovoltaic and wind power systems”, Willey, 2012
• Qing Chang Zhong, Tomas Hornik: ”Control of power inverters in renewable energy and smart grid applications”, Willey, 2013