The lecture gives an introduction to power electronic converters for renewable energy systems (RES) covering topics as circuit topologies modern (wide bandgap) semiconductor technology and their applicability to power electronics, comprehension of most relevant and essential power electronic circuits and appropriate control strategies to guarantee a reliable link between power grid and RES.
Analysis and simulation of state-of-the-art single and three-phase power electronic circuits for renewable energy systems and industrial applications.
Implementation of PV and wind power plants and appropriate control and filter strategies.
Applicability of modern (Silicon-Carbide, Gallium-Nitride) semiconductor technology in comparison to relevant and reliable state-of-the-art concepts (IGBT, Si-MOSFETs).
Simulation of a common power electronics issue using a commercialized simulation tool.
Remark: Course held in German language!
Voraussichtliche Termine 2019:
1. lect. Th 7.3 - 16:00-19:15Uhr (Gußhausstraße 25, altes EI, 3.Stock, Zeichensaal CF0335)
2. lect. Th 14.3 - 16:00-19:15Uhr (Gußhausstraße 25, altes EI, 3.Stock, Zeichensaal CF0335)
3. lect. Th 21.3 - 16:00-19:15Uhr (Gußhausstraße 25, altes EI, 3.Stock, Zeichensaal CF0335)
4. lect. Th 4.4 - 16:00-19:15Uhr (Gußhausstraße 25, altes EI, 3.Stock, Zeichensaal CF0335)
5. lect. Th 11.4 - 16:00-19:15Uhr (Gußhausstraße 25, altes EI, 3.Stock, Zeichensaal CF0335)
6. lect. Th 6.6 - 12:45-ca.17:30Uhr (Giefinggasse 2, 4.Stock Seminarraum GG2_F4_M1)
