Annual Report 2009 - webfiles its vmware

as HVDC (both classical and modern VSC-based), FACTS equipment, powerfactor correctors, UPS and power conditioners. Finally students receive a deeperunderstanding in the properties and control of power electronic semiconductors.ENM075 Electric drives II(7.5 credits) Stefan LundbergThe overall aim of this course is to provide students with an understanding of howa field-oriented controlled induction machine and PMSM drive is designed andoperated. In addition, it gives students the practical ability to construct such a drivein the computer environment Matlab/Simulink, and enables them to interpret andevaluate the performance of the drive constructed. Another goal is to derivedynamic equations as well as equation set-ups appropriate for simulations fromthe physical construction of the electrical machines. Both induction machines aswell as permanent magnet synchronous machines are to be treated for bothsensored as well as sensorless (speed and position sensorless) operation.ENM095 Sustainable power production and transportation(7.5 credits) Ola CarlsonThis course aims to expose students to advanced and state-of-the-artdevelopments in wind power, photo voltages, wave power and hybrid electricvehicles, focusing both on the theoretical fundaments as well as building a goodpractical and experimental basis. The goal of the course is also to give thestudents a deep knowledge about the modelling, design and control of the electricsystem for hydro, wind, wave, and solar power. The electric system in electric orhybrid-electric vehicles will also be treated. The understanding of the gridinteraction of these power sources and consumables is also an important goal.ENM100 Power electronic solutions for power systems(7.5 credits) Massimo BongiornoThis is an elective course in the international master program in electric powerengineering. The aim of this course is to familiarise students with the use ofpower electronics both at transmission and distribution level. In particular, theconfiguration, design and control strategy for the different devices will be coveredduring the course. At the end of the course the student should have a properunderstanding of the different problems that can be encountered at the differentvoltage levels in the power systems and how to approach and solve them. Thecourse consists of theoretical lectures, tutorials and computer exercises. Thecourse was given the first time in 2008.MTT035 High voltage engineering(7.5 credits) Jörgen Blennow20 |